Page 1 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 GR2K-GA-0014 Ver. 07-02...
Page 2 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Statement on EN55022 Compliance WARNING: This is a Class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures.
Page 3: Change Record
Hitachi, Ltd. Hitachi, Ltd. reserves the right to make changes to this document at any time without notice, and assumes no responsibility for its use. All the features described in this document may not be currently available.
Page 4 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 The information contained in this and other manuals is subject to change without prior notice. GR2000 Gigabit Router Series Documentation Title* Description/Notes Hitachi Gigabit Router In-depth information about the applications and uses for which the GR2000 Series Enhanced router is designed to perform.
Page 5 GR2000 Gigabit Router Series Documentation (continued) Hitachi Gigabit Router The purpose of the Quick Start Guide is to provide a concise guide GR2000 Series Enhanced to setting up the GR2000. It includes a guide to the documentation Version Quick Start Guide set, roadmaps, and instructions for performing the most common configuration and operations procedures.
Page 6 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 CATV CIDR CLLM CLNP CNTL COPS CR-LDP CSMA/CD DHCP Diff-serv DLCI DLSw DSAP DSCP DVMRP ELAN E-Mail EoMPLS Boot Strap Router Cable Television Constant Bit Rate Classless Inter-Domain Routing...
Page 7 Fully Qualified Domain Name Frame Relay Fiber To The Home GigaBit Interface Converter Guaranteed Frame Rate High-level Data Link Control Hitachi Network Architectural Internet Assigned Numbers Authority Internet Control Message Protocol Internet Control Message Protocol version 6 Identifier Initial Domain Identifier Institute of Electrical and Electronics Engineers, Inc.
Page 8 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 LAPB LLQ+3WFQ MPLS NAPT NAPT-PT NAT-PT NetBIOS viii Local Area Network Link Access Procedure Balanced Mode Link Control Protocol Label Distribution Protocol LAN Emulation Client Light Emitting Diode LAN Emulation Server...
Page 9 NLA ID NSAP NSSA OC-3c OC-12c OC-48c OSPF packet/s PADI PADO PADR PADS PADT PIM-DM PIM-SM PIM-SSM PPPoE GR2K-GA-0014 Ver. 07-02 Network Interface board Next-Level Aggregation Identifier Network Layer Protocol Non-Return-to-Zero Network Service Access Point Not So Stubby Area Network Time Protocol Operation Administration and Management Optical Carrier level 3 concatenation Optical Carrier level 12 concatenation...
Page 10 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 RIPng RMON RSVP SD-I SDLC SMTP SNAP SNMP SONET SSAP Primary Rate Interface Product Support Service Permanent Virtual Channel (Connection)/Permanent Virtual Circuit Quality of Service Router Advertisement Remote Defect Indication...
Page 11 TCP/IP TLA ID TPID UBR+ VLAN VoIP VRRP xDSL GR2K-GA-0014 Ver. 07-02 Switch to Switch Protocol System Simulation Test Switched Virtual Channel (Connection) Terminal Adapter Transmission Control Character Transmission Control Protocol/Internet Protocol Top-Level Aggregation Identifier Type Of Service Tag Protocol Identifier Telecommunication Technology Committee Time To Live Unspecified Bit Rate...
Page 12 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Acknowledgments [GateD] Copyright © 1995, 1996, 1997, 1998 The Regents of the University of Michigan. All rights reserved. Gate Daemon was originated and developed through release 3.0 by Cornell University and its collaborators.
Page 13 * Additional Contributors: Erik Schoenfelder ([email protected]): additions, fixes and enhancements for Linux by 1994/1995. David Waitzman: Reorganization in 1996. Wes Hardaker : Some bug fixes in his UC Davis CMU SNMP distribution were adopted by David Waitzman David Thaler : Some of the code for making the agent embeddable into another application was adopted by David Waitzman Many more over the years...
Page 14 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
Page 15 INFO-ZIP GROUP This product includes Info-ZIP's software which is used for a part of the boot program. Info-ZIP's software (ZIP, UnZip and related utilities) is free and can be obtained as source code or executables from various bulletin board services and anonymous-ftp sites, including CompuServe's IBMPRO forum and ftp.uu.net:/pub/ archiving/zip/*.
Page 16 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 SUN MICROSYSTEMS, INC. Copyright © 1984, 1985, 1986, 1987, 1988, 1993 Sun Microsystems, Inc. Sun RPC is a product of Sun Microsystems, Inc. and is provided for unrestricted use provided that this legend is included on all tape media and as a part of the software program in whole or part.
Page 17 acknowledgement: This product includes software developed by the Washington University in Saint Louis and its contributors. 4. Neither the name of the University nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY WASHINGTON UNIVERSITY AND CONTRIBUTORS “AS IS”...
Page 18 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.
Page 19 Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2.
Page 20 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 This software is not subject to any license of the American Telephone and Telegraph Company or of the Regents of the University of California. Permission is granted to anyone to use this software for any purpose on any...
Page 21 INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. [tcpd] Copyright 1995 by Wietse Venema.
Page 22 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 This started out as a very simple program, but the incremental decoding (into the BE structure) complicated things. Los Alamos National Laboratory Copyright, 1990. The Regents of the University of California. This software was produced under a U.S.
Page 23 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required.
Page 24 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
Page 25 Questions concerning this software should be directed to Kurt Windisch ([email protected]) $Id: LICENSE,v 1.2 1998/05/29 21:58:19 kurtw Exp $ Part of this program has been derived from PIM sparse-mode pimd. The pimd program is covered by the license in the accompanying file named "LICENSE.pimd". The pimd program is COPYRIGHT 1998 by University of Southern California.
Page 26 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 7. Nothing in this Agreement shall be construed as conferring rights to use in advertising, publicity or otherwise any trademark or the name of ‘‘Stanford’’. The mrouted program is COPYRIGHT 1989 by The Board of Trustees of Leland Stanford Junior University.
Page 27 1.Redistributions of source code must retain the above copyright notice,this list of conditions and the following discllaimer 2.Redistributions in binary form must reproduce the above copyrigt notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.
Page 28 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 xxviii GR2K-GA-0014 Ver. 07-02...
Page 29: General Safety Guidelines
This document provides safety-related notices for use of the GR2000 Gigabit Router. Read the following Safety Guidelines carefully before using the product and follow them to take full advantage of the GR2000’s features. General Safety Guidelines Perform all operations in accordance with the instructions and procedures as described in the product manuals.
Page 30 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Specific Warning Instructions DANGER: Failure to follow the instructions in this section could cause bodily injury or death to the user. Do not operate the device if you suspect damage or failure.
Page 31 This router contains a lithium battery for the real-time clock. Mishandling this battery may cause heat build-up, damage, or in an extreme case, explosion or fire. Do not remove the battery from the device, disassemble it, or expose it to temperatures of over 100 Do not throw or immerse lithium batteries into water.
Page 32 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Other Instructions Cleaning Clean the device only with a clean, dry cloth or use a cloth that has been dampened with water or another pH-neutral liquid and thoroughly wrung out.
Page 33: Table Of Contents
Chapter 1 - Filtering/QoS Information ...1-1 1.1 Flow Information ... 1-2 1.1.1 IPv4 Flow Control ... 1-2 1.1.2 IPv6 Flow Control ... 1-6 1.1.3 flow (Flow Information) ... 1-9 1.1.4 flow filter (Filter Flow Information) ... 1-24 1.1.5 flow filter (IPv4)... 1-26 1.1.6 flow filter (IPv6) [ROUTE-OS6]...
Page 34 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2.1.2 ipx-interface ... 2-3 2.1.3 ipx-arp... 2-9 2.1.4 static-route ... 2-11 2.1.5 static-sap ... 2-14 2.1.6 rip-filtering ... 2-18 2.1.7 sap-filtering ... 2-21 2.1.8 ipx-filtering ... 2-24 2.2 Bridge Objects ... 2-29 2.2.1 bridge...
Page 35 4.7.8 PPP Information ... 4-42 4.7.9 PPPoE Information ... 4-43 4.7.10 Frame Relay Information ... 4-44 4.7.11 ATM Information ... 4-46 4.7.12 ISDN Information (Japan Only) ... 4-48 4.7.13 Tunnel Interface Information... 4-50 4.7.14 IP Interface Information ... 4-51 4.7.15 NAT-PT Information ... 4-53 4.7.16 IPX Information ...
Page 36 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Index ... Index-1 GR2K-GA-0014 Ver. 07-02...
Page 37 List of Figures Chapter 1 - Filtering/QoS Information ...1-1 Figure 1-1. Range of QoS, Filter-Flow Control ... 1-2 Figure 1-2. Control Range for QoS Queue Attribute and QoS Interface Information ... 1-4 Figure 1-3. Control Range for QoS Discard Mode ... 1-5 Figure 1-4.
Page 38: Hitachi Gigabit Router Gr2000 Series Enhanced Version Configuration Commands,
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 This page left intentionally blank GR2K-GA-0014 Ver. 07-02...
Page 39: List Of Tables
List of Tables Chapter 1 - Filtering/QoS Information ...1-1 Table 1-1. Features of Each Constituting Definition Inputting Form for Filter Flow Information.. 1-5 Table 1-2. Feature of Constituting Definition of QoS Flow Information by Each Input Form ... 1-6 Table 1-3. Features of Each Constituting Definition Inputting Form for flow filter Information... 1-7 Table 1-4.
Page 40 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-33. General ICMPv6 Type and Code Number ... 1-49 Table 1-34. List of Interfaces that Support Flow Control ... 1-50 Table 1-35. Maximum Definable Entries by Model and Each PM Mounting Memory Size ... 1-58 Table 1-36.
Page 41 the flow control ... 1-165 Table 1-81. Discard Mode ... 1-166 Table 1-82. Configurable Parameters for Flow Detection by Upper-level Protocol ... 1-169 Table 1-83. Configurable Flow Control Parameters by Flow-control Type... 1-170 Table 1-84. Relationship Between IP User Data Length Upper/Lower Limits and IP User Total Data Length ...
Page 42 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 4-11. List of Initial Values That Can Be Set Using ARM Information and Initial Values During Initial Installation ... 4-47 Table 4-12. List of Initial Values That Can Be Set Using ISDN Information and Initial Values During Initial Installation ...
Page 43: Chapter 1 - Filtering/Qos Information
This is the second of two volumes detailing the configuration commands for the Hitachi GR2000 Gigabit Router Series. This manual is organized into five chapters: Chapter 1 provides information regarding filtering and QoS, including flow information, QoS objects, and COPS.
Page 44: Flow Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Flow Information The flow control can be divided into the IPv4 flow control noticing on the IPv4 packet and the IPv6 noticing on the IPv6 packet. Explanations are given hereunder on the respective functions, followed by explanations on the constituting definition commands and parameters that define the information given about this flow control.
Page 45 Filter function on the first input side stage The first input side stage executes the following functions: Filtering: DSCP rewriting: Policy routing: Constituting definition command QoS function on the second input side stage (flow control part) The second input side stage executes the following functions: Priority determination: DSCP rewriting: Contract band monitoring:...
Page 46: Figure 1-2 Control Range For Qos Queue Attribute And Qos Interface Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Connection branching: Constituting definition command Interlocking with QoS transmission control Queue mode shall be set to control the sequence of outputting a packet to the transmission queue in the interface. The queue mode includes the following five...
Page 47: Figure 1-3 Control Range For Qos Discard Mode
Flow Control (input) Priority Determination TOS Rewrite Contracted Bandwidth Monitoring : Control range of this command Figure 1-3 Control Range for QoS Discard Mode Precautions The inputting form for the filter flow information includes the following two forms: the flow filter constituting definition information, and the filter-list, filter-group and filter-interface constituting definition information.
Page 48: Ipv6 Flow Control
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Precautions The inputting form for the QoS flow information includes the following two forms: the flow QoS constituting definition information, and the qos-ip-list, qos-ip-list-group and qos-ip constituting definition information. The features of each inputting form are shown in Table 1-2.
Page 49 The features of a flow filter input format are listed in Table 1-4. Table 1-3 Features of Each Constituting Definition Inputting Form for flow filter Information Item Number of entry (*1) Inputting form Function use, and unused unit Operation command Indication unit for filter ip flow.
Page 50 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-5 List of Interfaces that Support Flow Control Interface Name rmEthernet ...
Page 51: Flow (Flow Information)
Table 1-6 Types of action that have an affect when using filter flow information and QoS flow information in combination Types of action Filtering DSCP rewrite Policy routing Connection branch Output priority definition User priority rewrite Contract band monitoring EXP rewrite : Setting is disabled when EXP rewrite is defined by flow qos (QoS flow information) X: The setting with the highest activation priority is enabled.
Page 52 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Parameters [{-no | -yes}] Description: Default: This parameter fixedly specifies the priority of an IPv4 packet that this router generates or specifies it using a flow qos command. It is invalid in RP-A1. In RP-A1, this parameter operates as classify_all_off.
Page 53: Table 1-7 Supported L2 Upc Functions For Each Rp Type
Description: Default: Range of value: Table 1-7 Supported L2 UPC functions for each RP type Item RP type L2 UPC function support Supported interface L2 header setting no VLAN identifier value (*1) VLAN identifier Other than above : Setting possible -: Setting not possible *1: Only Ethernet V2 format frames are supported.
Page 54: Table 1-8. Priority For Each Packet Type When Classify_All_Off Is Specified (All Models Except Gr2000-1B And Gr2000-2B)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 used_resources Description: Default: Table 1-8 Priority for Each Packet Type When classify_all_off is Specified (All Models Except GR2000-1B and GR2000-2B) Packet Type ARP (ARP Request/ARP Response) packet generated by this router...
Page 55: Table 1-9. Priority For Each Packet Type When Classify_All Is Specified (All Models Except Gr2000-1B, Gr2000-2B And Gr2000-2B+)
Table 1-9 Priority for Each Packet Type When classify_all is Specified (All Models Except GR2000-1B, GR2000-2B and GR2000-2B+) Packet Type ARP (ARP Request/ARP Response) packet generated by this router Layer 2 packet generated by this router (WAN) IPv4 packets generated by this router (RIP, OSPF, BGP, telnet, ftp, snmp, igmp, pim, etc.) IPv4 ICMP packet for reporting the...
Page 56: Table 1-10 Priority For Each Packet Type When Classify_All_Off Is Specified
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-10 Priority for Each Packet Type When classify_all_off is Specified (For all Models Except GR2000-1B, GR2000-2B, GR2000-2B+ and Group Band Control) State of IP Flow Packet Type Detection...
Page 57: Table 1-11 Priority For Each Packet Type When Classify_All_Off Is Specified (All Models Except Gr2000-1B, Gr2000-2B, Gr2000-2B+ And Group Band Control)
Table 1-11 Priority for Each Packet Type When classify_all_off is Specified (All Models Except GR2000-1B, GR2000-2B, GR2000-2B+ and Group Band Control) Packet Type ARP (ARP Request/ARP Response) packet generated by this router Layer 2 packet generated by this router (WAN) IPv4 packets generated by this router (RIP, OSPF, BGP, telnet, ftp, snmp, igmp, pim, etc.) IPv4 ICMP packet for reporting the error...
Page 58 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-12 Priority for Each Packet Type When classify_all is Specified (All Models Except GR2000-1B, GR2000-2B, GR2000-2B+ and Group Band Control) State of IP Packet Type Detection Conditions ARP (ARP Request/ARP...
Page 59: Table 1-12. Priority For Each Packet Type When Classify_All Is Specified (All Models Except Gr2000-1B, Gr2000-2B, Gr2000-2B+ And Group Band Control)
Table 1-13 Priority for Each Packet Type When classify_all is Specified (All Models Except GR2000-1B, GR2000-2B, GR2000-2B+ and Group Band Control) Packet Type ARP (ARP Request/ARP Response) packet generated by this router Layer 2 packet generated by this router (WAN) IPv4 packets generated by this router (RIP, OSPF, BGP, telnet, ftp, snmp, igmp, pim, etc.) IPv4 ICMP packet for reporting the error...
Page 60: Table 1-14 Priority For Each Packet Type When -Classify_All_Off Is Specified (Gr2000-Bh)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-14 Priority for Each Packet Type When -classify_all_off is Specified (GR2000-BH) Packet Type ARP (ARP Request/ARP Response) packet generated by this router IPv4 packets generated by this router (RIP, OSPF, BGP, telnet, ftp, snmp, igmp, pim, etc.)
Page 61: Table 1-15 Priority For Each Packet Type When -Classify_All Is Specified (Gr2000-Bh)
Table 1-15 Priority for Each Packet Type When -classify_all is Specified (GR2000-BH) Packet Type ARP (ARP Request/ARP Response) packet generated by this router IPv4 packets generated by this router (RIP, OSPF, BGP, telnet, ftp, snmp, igmp, pim, etc.) IPv4 ICMP packet for reporting the error generated by this router IPv4 packets relayed by this router 1.
Page 62: Table 1-16 Priority For Each Packet Type When -Classify_All_Off Is Specified (Ne1G-2D)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-16 Priority for Each Packet Type When -classify_all_off is Specified (NE1G-2D) Packet Type ARP (ARP Request/ARP Response) packet generated by this router IPv4 packets generated by this router (RIP, OSPF, BGP, telnet, ftp, snmp, igmp, pim, etc.)
Page 63: Table 1-17 Priority For Each Packet Type When -Classify_All Is Specified (Ne1G-2D)
Table 1-17 Priority for Each Packet Type When -classify_all is Specified (NE1G-2D) Packet Type ARP (ARP Request/ARP Response) packet generated by this router IPv4 packets generated by this router (RIP, OSPF, BGP, telnet, ftp, snmp, igmp, pim, etc.) IPv4 ICMP packet for reporting the error generated by this router IPv4 packets relayed by this router 1.
Page 64 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Input Examples 1. Setting the parameter: The flow control function is set to the use mode. 2. Deleting the parameter: The contents set for the flow control function are deleted.
Page 65 6. Indicating the set information: All the contents set for the flow control function are indicated. 7. Indicating the set filter list and Qos list entry number. Related Commands flow , flow filter , flow qos , filter , filter-list , qos , qos-ip-list Related Information For the COPS function, see the GR2000 Applications Guide.
Page 66: Flow Filter (Filter Flow Information)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4. -cops_range cannot be set when flow filter and flow qos list numbers that have been already used exist in the range of the specified list number. A -cops_range parameter in which the number of RP unit entries exceeds 2000 cannot be set.
Page 67: Table 1-20 Maximum Definable Entries By Each Pm Mounting Memory Size
The flow control is judged in the order of list numbers specified in the input/output interface of filter flow information (in the order of the display during execution of a show flow filter). Configuration definition qos-ip-list and filter-list cannot be set when this command is set.
Page 68: Flow Filter (Ipv4)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 1.1.5 flow filter (IPv4) Input Form Setting and changing the global information by each input/output interface. Setting and changing the flow information. [Flow detecting condition] 1. When all high order protocol is target.
Page 69 Deletion of the information Indication of the information Indication of a blank list number in the specified range Indication of top blank list number in the specified range Parameter Parameters that can be set for each RP type have been determined. The list of parameters that can be set for each RP type using IPv4 filter flow information is shown in Table 1-21 List of Parameters that Can Be Set for Each RP Type Using IPv4 Filter Flow Information.
Page 70: Table 1-21 List Of Parameters That Can Be Set For Each Rp Type Using Ipv4 Filter Flow Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-21 List of Parameters that Can Be Set for Each RP Type Using IPv4 Filter Flow Information Item Main item Sub-item Flow All protocol IPs detection Protocol number...
Page 71 { in | out } Inbound/Outbound is designated. Either one or both of the Inbound/Outbound can be set simultaneously. in :Inbound (Designation of frame input side) out:Outbound (Designation of frame output side) Default: [-disable] The flow control is nullified by each input/output interface. Default: list ...
Page 72: Table 1-22 General Protocol Number
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-22 General Protocol Number Protocol No. Protocol ICMP IGRP OSPF Transmitter IPv4 address is designated. If address to be designated is one: nnn.nnn.nnn.nnn If address is designated by range: nnn.nnn.nnn.nnn-nnn.nnn.nnn.nnn If designated by sub-net mask length: nnn.nnn.nnn.nnn/aa...
Page 73: Table 1-23 Relationship Between Upper And Lower Ip User Data Length Llimits And Ip User Data Length
Default: Range of value: High-Order 6 Bits are Designated. DSCP (Differentiated Services Code Point), CU (Current Unused) Default: Range of value: Description: default: Range of value: Table 1-23 Relationship between Upper and Lower IP User Data Length Llimits and IP User Data Length Upper and Lower Limits Designation -upper...
Page 74: Table 1-24 General Port Number
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Transmitter port numbers are designated. If port number to be designated is one: nnnnn If port number is designated by range:nnnnn-nnnnn Default: Range of value: Destination port numbers are designated.
Page 75: Table 1-25 General Icmp Type And Code Nnumber
Default: Range of value: ICMP type is designated. Default: Range of value: ICMP code is designated. Default: Range of value: Table 1-25 General ICMP Type and Code Nnumber Type Name Echo Reply Destination Unreachable Source Quench Redirect Echo Time Exceeded Parameter Problem Timestamp Timestamp Reply...
Page 76: Table 1-27 List Of Interfaces Supporting Flow Control
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Operation Parameter If the operation parameter is either set or changed, please be sure to set this parameter at the head of the whole operation parameter. Default: Range of value: Operation which agrees with the flow detecting condition is designated.
Page 77 No setting is possible for the IPv4 addresses of 127.0.0.0-127.255.255.255, and IPv4 addresses of class D [224.0.0.0-239.255.255.255) and broadcast address (in which net ID or host ID is a binary number, and all is one or zero). The policy group name designated in the policy-group is designated. When relaying a packet that agrees with the filter condition, the packet is transmitted to the route of the highest priority among the output destinations registered in the policy group designated by this option.
Page 78: Table 1-28 Packet Type In Which The Filtering Based On The Flag (Ack And Syn) Conditions Of Tcp Header Is Limited In Use
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-28 Packet Type in which the Filtering Based on the Flag (ACK and SYN) Conditions of TCP Header Is Limited in Use Packet Type IPv4 packet generated by this router...
Page 79 Designation of policy routing group: Output a packet with the transmitter IPv4 address being 10.10.10.2 by selecting one list from the list registered in the group whose policy routing group name is RedGroup. 2. Insertion of lists: Insert the list number 3 between the list numbers 1 and 5. GR2K-GA-0014 Ver.
Page 80 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 3. Nullification of filter flow information by each input/output interface: Nullify the filter flow control of the output interface, Tokyo. 4. Change of parameters: Change of parameters for flow detecting condition and the operation designation.
Page 81 Change of parameter only for the operation designation: Change the parameter for the list number one from relay (forward) to discard (drop). 5. Deletion of filter flow information: Deletion in input/output interface unit Delete the filter flow information of the output interface, Tokyo. GR2K-GA-0014 Ver.
Page 82 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Deletion in list unit: Delete the list number one for the output interface, Tokyo. Deletion of operation designation parameter: Delete the operation designation in the list number one of the output interface, Tokyo.
Page 83 6. Indication of filter flow information: Indication of all input/output interfaces Indicate the filter flow information of all input/output interfaces. Indication in input/output interface unit: Indicate the flow information of the output interface, Tokyo. Indication in list unit: Indicate the flow information of the list number 5 of the output interface, Tokyo.
Page 84 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Display of blank list number in the specified range: Display all blank list numbers in the range in which the list number is 1 to 100 on the Inbound (input) side of interface Tokyo.
Page 85: Flow Filter (Ipv6) [Route-Os6]
1.1.6 flow filter (IPv6) [ROUTE-OS6] Input Format Setting Setting and changing the global information by each input/output interface. [set] flow filter {in | out} [-disable] Setting and changing the flow information. Flow cetecting condition 1. When the high order protocol is other than TCP, UDP and IGMPv6. 2.
Page 86: Table 1-29 List Of Parameters That Can Be Set For Each Rp Type Using Ipv6 Filter Flow Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Indication of top blank list number in the specified range Parameters Parameters that can be set for each RP type have been determined. The list of parameters that can be set for each RP type using IPv6 filter flow information is shown in Table 1-29 List of Parameters that Can Be Set for Each RP Type Using IPv6 Filter Flow Information.
Page 87 Description: Default: Description: Default: Description: Default: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Description: Default: Flow detecting condition parameter Description: GR2K-GA-0014 Ver. 07-02 The subject interface name set in the IP information or the IP-address information is designated. (The IP information or IP-address information should have been set before inputting this command.) The RM Ethernet is not supported.
Page 88: Table 1-30 General Protocol Number
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: Range of value: Table 1-30 General Protocol Number Protocol No. Protocol ICMP ICMPv6 IGRP OSPF Transmitter IPv6 address is designated. If address to be designated is one: If address is designated by range:...
Page 89 Range of value: This parameter specifies the DSCP value that is the upper six bits of a Traffic class field. The DSCP value is compared with the upper six bits of a Traffic class field in a receive packet. The lower two bits of a TOS field are ignored. High-order 6 bits are designated.
Page 90: Table 1-31 Relationship Between Upper And Lower Ip User Data Length Limits And Ip User Data Length
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-31 Relationship Between Upper and Lower IP User Data Length Limits and IP User Data Length Upper and Relationship between A (packet value) : (Total Length) Lower Limits...
Page 91: Table 1-33 General Icmpv6 Type And Code Number
Virtual circuit establishment permit (having one SYN flag) is designated. Default: None (the SYN flag is not included in the flow detecting condition.) Range of value: None ICMP type is designated. Default: Range of value: ICMPv6 code is designated. Default: Range of value: Table 1-33 General ICMPv6 Type and Code Number Type...
Page 92: Table 1-34 List Of Interfaces That Support Flow Control
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 -drop: The agreed packet is discarded. Default: Range of value: This parameter enables the function of policy routing. Packets are transmitted to the output destination specified using this option when relaying the packets that coincide with filter conditions.
Page 93 This parameter enables the function that rewrites a DSCP value. It rewrites the DSCP value that is the upper six bits of a TOS field. The lower two bits of a TOS field are not rewritten. On the output side, do not specify this parameter to multicast packets.
Page 94 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Insertion of lists: Insert the list number 40003 between the list numbers 40001 and 42000. 3. Nullification of filter flow information by each input/output interface: Nullify the filter flow control of the output interface, Tokyo.
Page 95 4. Change of parameters: Change the parameters for flow detecting condition and the operation Designation whose list number is 40001. Change of parameter only for the operation designation: Change the parameter for the list number one from relay (forward) to discard (drop).
Page 96 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5. Deletion of filter flow information Deletion in input/output interface unit: Delete the filter flow information of the output interface, Tokyo. Deletion in list unit: Delete the list number 40001 for the output interface, Tokyo.
Page 97 Delete the operation parameter: Delete the list number 40001 for the output interface, Tokyo. 6. Indication of filter flow information Indication of all input/output interfaces Indicate the filter flow information of all input/output interfaces. Indication in list unit: Indicate the flow information of the output interface, Tokyo. GR2K-GA-0014 Ver.
Page 98 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Indication in list unit Indicate the flow information of the list number 40005 of the output interface, Tokyo. 7. Display of blank list number Display of all blank list numbers Display all blank list numbers on the Inbound (input) side of interface Tokyo.
Page 99: Flow Qos (Qos Flow Information)
Related Commands flow, flow qos, filter, filter-list, qos, qos-ip-list, qos-tos-map, nat, nat inside interface, nat outside interface Related Information None Precautions 1. The filter flow is determined in the order of the list number designated in the input/output interface of the filter IP flow information (the indication order when show flow filter is executed).
Page 100: Flow Qos (Ipv4)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-35 Maximum Definable Entries by Model and Each PM Mounting Memory Size RM Mounting Model Memory Size GR2000-2S GR2000-4S 64MB, 128MB, 192MB 256MB or more GR2000-6H 64MB, 128MB,...
Page 101 [Normal packet flow detecting condition] and [Important packet flow detecting condition] 1. When all high order protocol is target. 2. When the high order protocol is other than TCP, UDP, ICMP and IGMP. 3. When the high order protocol is TCP, UDP. 4.
Page 102 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Changing only the operation designation. Deletion of the information Indication of the information Indication of a blank list number in the specified range Indication of top blank list number in the specified range...
Page 103: Table 1-36 List Of Parameters That Can Be Set For Each Rp Type Using Ipv4 Qos Information
Table 1-36 List of Parameters that Can Be Set for Each RP Type Using IPv4 QoS Information Item Main Item Sub-Item Flow Flow detection detection conditions conditions Protocol number Protocol TCP Protocol UDP Protocol ICMP Protocol IGMP Source IP address Destination IP address DSCP...
Page 104 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-36 List of Parameters that Can Be Set for Each RP Type Using IPv4 QoS Information (continued) Item Main Item Sub-Item Designation Contract band of operation Output priority...
Page 105 Control 5: Rewrites DSCP, uses it to determine the priority and performs surveillance on the contract band. If the detected flow breaches the contract band, abolishment processing is performed. Control 6: Rewrites DSCP, uses it to determine the priority and performs surveillance on the contract band.
Page 106: Table 1-37 Operating Parameters That Can Be Set For Each Operation
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-37 Operating Parameters that Can Be Set for Each Operation Operation Parameter Existence of operating parameter -action Contract band monitoring { -upc [-upc_burst ]| -min_rate [- min_rate_burst ]| -...
Page 107 Parameter Description: Default: Description: out: Default: Description: Default: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Description: Default: GR2K-GA-0014 Ver. 07-02 Specifies the subject interface name set in the ip information or ip-address information. (The ip information or the ip-address information should be set before inputting this command.) RM Ethenet and Tunnel interface are not supported.
Page 108: Table 1-38 General Protocol Number
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Flow detecting condition parameter: Description: Default: Range of value: Table 1-38 General protocol number Protocol No. Protocol ICMP IGRP OSPF Specifies the transmitter IP address. If address to be designated is one:nnn.nnn.nnn.nnn If address is designated by range:nnn.nnn.nnn.nnn-nnn.nnn.nnn.nnn...
Page 109: Table 1-39 Relationship Between Upper And Lower Ip User Data Length Limits And Ip User Data Length
Default: Range of value: High-Order 6 Bits are Designated DSCP (Differentiated Services Code Point), CU (Current Unused) Default: Range of value: Specifies the upper or lower limit of the IP user data length. -upper:Upper limit of the IP user data length is designated. -lower:Lower limit of the IP user data length is designated.
Page 110: Table 1-40 General Icmp Type Code Number
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Specifies the transmitter port number. If port to be specified is one: nnnnn If port number is specified by range:nnnnn-nnnnn Default: Range of value: Specifies the destination port number.
Page 111: Table 1-41 Genral Igmp Type Code Number
Range of value: Description: Default: Range of value: Table 1-41 Genral IGMP Type Code Number Type Name Echo Reply Destination Unreachable Source Quench Redirect Echo Time Exceeded Parameter Problem Timestamp Timestamp Reply Address Mask Request Address Mask Reply Description: Default: Range of value: Table 1-42 General ICMP type number Type...
Page 112 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Ordinary packet flow detecting condition} [premium {important packet flow detecting condition}] When the maximum band restriction (-max_rate) or the minimum band assurance (-min_rate) is executed, the important packet is transferred with priority given in the band, and the ordinary packet is transferred when the important packet is not transferred by using all the bands.
Page 113 Specifies the maximum contract band restriction by kbit/s. Specifies burst size in byte unit. If a value greater than the line speed is set, no action at breach is taken. When setting this parameter, it is not possible to set -upc, or -upc_burst. Packets exceeding the maximum band when setting this parameter are all discarded.
Page 114: Table 1-43 Relationship Between Number Of Queues And Priority
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Range of value: Makes the flow control function effective by specifying the output priority and queuing priority. Sets the priority in . The priority parameter is used as the output priority in the case of output priority control and as the queue number in the case of minimum band assurance.
Page 115 when the group number has been previously set in the QoS interface information. Designate this parameter’s out (Outbound) as the flow control of the output side. When this parameter is designated, only "-priority" and "-discard" can be set. The setting range for "-priority" is from one to four. This parameter cannot be set if the output line is a VLAN line.
Page 116: Table 1-44 Relationship Between Number Of Queues And Priority
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 This parameter enables the function that specifies a DSCP rewrite value and that determines the output priority and queuing priority using the rewritten DSCP value. The DSCP value and its corresponding output priority and queuing priority are specified using a qos-tos-map command.
Page 117: Table 1-45 Number Of Entries Used Per List By Each Setting
Specifies the rewriting value for the EXP field. (This parameter is valid for RP-CV and RP-DV.) Default: Range of value: Specifies the rewriting value for user priority. Use this parameter to specify "out" (outbound) VLAN line information as flow control on the outbound side. When this parameter is set, it is only possible to set -priority, -discard and -replace dscp.
Page 118 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Contract band specification: Specifies to monitor traffics from end users by using ISP and discard the packets breaching the contract band. Specifies that packets with the interface name of Tokyo and the transmitter address of 10.10.10.0/24 to be monitored in the contract band of 128 kbit/s.
Page 119 Specifying the maximum band restriction + minimum band assurance + important packet protecting function: Sets the maximum band restriction, the minimum band assurance, and important packet protecting function for each end user by using ISP. Specifies that the users with the interface name of Tokyo and the transmitter address of 10.10.10.1 have a maximum band restriction band of 128 kbit/s and the minimum band assurance band of 64 kbit/s, gives the important packet a DSCP value of 20, and the other packets TOS values different from that.
Page 120 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Setting the precedence comparison function: The following is a setting example with user priority set to 1 when the send packet precedence value is 7. 2. Inserting the list The list number three is inserted between the list numbers one and five.
Page 121 4. Changing the parameter Changing the parameters for flow detecting conditions and operation specification Changes the parameters for flow detecting conditions and operation specification in the list of the list number one. Changing only the parameter for operation specification Changes the parameters in the list of the list number one from the output priority of six to the output priority of two.
Page 122 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5. Deleting the QoS flow information Deleting the input/output interface unit Deletes the QoS flow information of the input/output interface Tokyo. Deleting the list unit Deletes the list number one of the output interface Tokyo.
Page 123 Deleting the parameters for operation specification Deletes the operation specification in the list number one of the output interface Tokyo. 6. Displaying the QoS flow information Displaying all the input/output interface Displays the QoS flow information for the entire input/output interface. Displaying the input/output interface unit Displays the QoS flow information for the input/output interface Osaka.
Page 124 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Displaying the list unit Displays the QoS flow information of the list number five for the input/output interface Osaka. 7. Display of blank list number Display of all blank list numbers Display all blank list numbers on the Inbound (input) side of interface Tokyo.
Page 125: Flow Qos (Ipv6) [Route-Os6]
Related Information For the flow control, please refer to the GR2000 Applications Guide. Precautions 1. Determination of the QoS flow is performed in the order of the list number specified in the input/output interface in the QoS flow information (the order of display when show flow qos is executed).
Page 126 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. When the high order protocol is TCP, UDP. 3. When the high order protocol is ICMPv6. Note: 1: If the {normal packet flow detecting condition}, [premium {important packet flow...
Page 127: Table 1-46 List Of Parameters That Can Be Set For Each Rp Type Using Ipv6 Qos Information
Parameter Parameters that can be set for each RP type have been determined. IPv6 QoS can be executed using RP-C6, RP-D6,GR2000-1B, GR2000-2B, GR2000-2B+ and GR2000-BH but cannot be executed using RP-A1, RP-C, and RP-D. The list of parameters that can be set for each RP type using IPv6 QoS information is shown in Table 1-46 List of Parameters that Can Be Set for Each RP Type Using IPv6 QoS Information.
Page 128 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-46 List of Parameters that Can Be Set for Each RP Type Using IPv6 QoS Information. Item Main Item Sub-Item Designation Contract band of operation monitoring Output priority...
Page 129: Table 1-47 Operating Parameters That Can Be Set For Each Operation
Control 4: Rewrites DSCP and uses it to determine the priority. Control 5: Rewrites DSCP, uses it to determine the priority and performs surveillance on the contract band. If the detected flow breaches the contract band, abolishment processing is performed. Control 6: Rewrites DSCP, uses it to determine the priority and performs surveillance on the contract band.
Page 130 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-47 Operating Parameters that Can Be Set for Each Operation Operation Parameter Priority designation by input IP packet DSCP -dscp_map Contract band monitoring -penalty_drop Decision of priority by using DSCP of input IP packet.
Page 131: Table 1-48 General Protocol Number
Default: Range of value: Description: Default: Range of value: Description: Default: Description: Default: Flow Detecting Condition Parameters Description: Default: Range of value: Table 1-48 General Protocol Number Protocol No. GR2K-GA-0014 Ver. 07-02 Default is possible only in the indicated case. All the lists are displayed at default.
Page 132 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Transmitter IPv6 address is designated. If address is designated by range: If designated by sub-net prefix length: If all IPv6 addresses are designated: any Default: Range of value: Prefix length (aaa): 0-128 Designated filter conditions by Transmitter IPv6 address.
Page 133: Table 1-49 Relationship Between Upper And Lower Ip User Data Length Limits And Ip User Data Length
This parameter specifies precedence value, which is the upper 3 bits of the ToS field. This is compared to the upper 3 bits of the ToS field of sent/received packets. The lower 5 bits of the ToS field are ignored. High-order 6 bits are designated.
Page 134: Table 1-50 General Icmp Type Code Number
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Specifies the destination port number. If port to be specified is one: nnnnn If port number is specified by range:nnnnn-nnnnn Default: Range of value: Table 1-50 General ICMP Type Code Number...
Page 135 Table 1-51 General IGMPv6 Type Code Number Type Name Router Advertusement (NDP) Neighbor Solicitation (NDP) Neighbor Advertusement (NDP) Redirect (NDP) Description: Default: Range of value: When the maximum band restriction (-max_rate) or the minimum band assurance (-min_rate) is executed, the important packet is transferred with priority given in the band, and the ordinary packet is transferred when the important packet is not transferred by using all the bands.
Page 136 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Range of value: Specifies the maximum contract band restriction by kbit/s. Specifies burst size in byte unit. If a value greater than the line speed is set, no action at breach is taken.
Page 137: Table 1-52 Relationship Between Number Of Queues And Priority Setting Condition Range
Makes the flow control function effective by specifying the output priority and queuing priority. Sets the priority in . The priority parameter is used as the output priority in the case of output priority control and as the queue number in the case of minimum band assurance.
Page 138 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 information. Designate this parameter’s out (Outbound) as the flow control of the output side. When this parameter is designated, only "-priority" and "-discard" can be set. The setting range for "-priority" is from one to four. This parameter cannot be set if the output line is a VLAN line.
Page 139: Table 1-53 Relationship Between Number Of Queues And Priority
Specifies the queuing priority after having been changed. If this parameter is specified and the output line is ATM, it is possible to set the cell loss priority indication bit (CLP bit) of a cell transmitted by VC to zero when the queuing priority is three or four, and to one when the queuing priority is one or two.
Page 140: Table 1-54 Number Of Entries Used Per List By Each Setting
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Specifies the rewriting value for user priority. Use this parameter to specify "out" (outbound) VLAN line information as flow control on the outbound side. When this parameter is set, it is only possible to set -priority, -discard and -replace dscp.
Page 141 Specification of queuing priority when contract band is breached: Specifies that packets breaching the contract band be discarded more easily when the output lines are congested. Monitors the packets with the interface name of Tokyo and the transmitter address of 3ffe::501:811:ff01:1::1 in the contract band of 5,000 kbit/s and changes the queuing priority to one at breach.
Page 142 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Specifying the maximum band restriction plus minimum band assurance plus important packet protecting function: Sets the maximum band restriction, the minimum band assurance, and important packet protecting function for each end user by using ISP. Specifies...
Page 143 DSCP value rewriting: Rewrites the DSCP value according to each traffic flow received from end users. Rewrites the DSCP value of the packets with the transmitter IPv6 address of 3ffe::501:811:ff01:1::1 to 34 and those with 3ffe::501:811:ff02:1::1 to 10. 2. Inserting the list: The list number 40003 is inserted between the list numbers 40001 and 40005.
Page 144 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 3. Nullification of QoS flow information by each input/output interface: Nullifies the QoS flow control of the output interface Tokyo. 4. Changing the parameter and changing the parameters for flow detecting...
Page 145 Changing only the parameter for operation specification: Changes the parameters in the list of the list number 40001 from the output priority of six to the output priority of two. 5. Deleting the QoS flow information and deleting the input/output interface unit: Deletes the QoS flow information of the input/output interface Tokyo.
Page 146 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Deleting the list unit: Deletes the list number one of the input/output interface Tokyo. Deleting the parameters for operation specification: Deletes the operation specification in the list number one of the input/output interface Tokyo.
Page 147 6. Displaying the QoS flow information and displaying all the input/output interface: Displays the QoS flow information for the entire input/output interface. Displaying the input/output interface unit: Displays the QoS flow information for the input/output interface Osaka. Displaying the list unit: Displays the QoS flow information of the list number five for the input/output interface Osaka.
Page 148 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 7. Display of blank list number Display of all blank list numbers Display all blank list numbers on the Inbound (input) side of interface Tokyo. Display of blank list number in the specified range: Display all blank list numbers in the range in which the list number is 40001 to 40100 on the Inbound (input) side of interface Tokyo.
Page 149: Table 1-55 Features Of Constituting Definition Of Filter Flow Information By Input Form
Precautions 1. Determination of the QoS flow is performed in the order of the list number specified in the input/output interface in the QoS flow information (the order of display when show flow qos is executed). 2. When setting the qos-ip-list (QoS IP frame condition information) or filter-list (filter list information), this command cannot be set.
Page 150: Filter
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 1.1.10 filter Function Object for creation, modification, deletion, and display of the filter information. The filter function forwards or discards packets that match a specific condition and forwards all packets that do not match the condition.
Page 151 3. Show the current filter settings, modify the filter information so as not to use the filter, and show the result: (config)# s h o w f i l t e r 4. Delete the filter: 5. Delete the specified parameter and reset to the default value. Delete the filter of receipt packet addressed to this router: GR2K-GA-0014 Ver.
Page 152: Filter-List (Filter List Information In The Old Bsd Unix-Based Command System)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Related Configuration Object Precautions 1. Use the filter command with the set subcommand must precede that of the related command shown above. If the filter information is set once, further input is enabled as long as the filter information is not deleted.
Page 153: Table 1-56 Applicable Parameters By Upper Protocol
To show the first free entry No.: Parameters Filters can be set based on information in the TCP, UDP, ICMP, IGMP packets. See Table Table 1-56 for a list of parameters and conditions. Table 1-56 Applicable Parameters by Upper Protocol Parameter Filter list no.
Page 154: Table 1-57 Filtering Condition Derived From Relation Between Limit Setting Parameter And Ip User Data Length
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Description: Default: Range of value: Description: Default: Range of value: Table 1-57 Filtering Condition Derived from Relation between Limit Setting Parameter and IP User Data Length Limit Setting Parameter...
Page 155: Table 1-59 Corresponding Values - Diff-Serv
Table 1-59 Corresponding Values - Diff-serv DSCP The six high-order bits are specified. DSCP = Differentiated Services Code Point = Currently Unused Default: Range of value: Description: Default: Description: Default: Range of value: GR2K-GA-0014 Ver. 07-02 None (Does not include TOS value to the condition of flow detection.) 0-255 Specifies the method of checking the transmission source IP...
Page 156 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Description: Default: Description: 1-114 Specifies the destination IP address. When both destination and source IP addresses are set under one condition, set so that the specified addresses do not overlap. If they overlap, set an IP address pair switch as ip-pair_of.
Page 157 Default: Range of value: Description: Default: Range of value: Description: Default: GR2K-GA-0014 Ver. 07-02 When specifying port numbers within a range: Undefined 0–65535 Specifies the destination upper protocol port number. When both destination and source upper protocol port numbers are set under one condition, set so that the specified upper protocol port numbers do not overlap.
Page 158 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Note: When using IP address pair switch, high-order protocol port No. pair switch, or IP address high-order protocol port No. synchronization switch, pay attention to the following: (1) When using IP address pair switch for "-ip_pair": When using source IP address and destination IP address for range specification, set not to overlap the source IP address range and destination IP address range.
Page 159: Table 1-60 Combination Of Pair Switch
Table 1-60 Combination of Pair Switch Combination of Pair Switch -Pair_synchronized_off -port_pair_off -port_pair -pair_synchronized -port_pair_off -port_pair Table 1-61 Combined Setting of Pair Switch and Possibility of Use Combined Setting of Possibility of Pair Switch (Note) -ip_pair_off Possible -ip_pair Possible Note: -port_pair_off/-port_pair and -pair_synchronized_off/-pair_synchronized switches are invalidated when the upper protocol number is undefined or when numbers other than 6(TCP) or 17(UDP) are defined in the upper protocol number.
Page 160: Table 1-62 Packet Type In Which The Filtering Based On The Flag (Ack And Syn) Conditions Of Tcp Header Is Limited In Use
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Description: Default: Range of value: Note: Define the filtering according to the GR2000 Configuration Settings (universal CLI) manual when the IPv4 packets shown in the table below are filtered under the ACK/SYN flag conditions of a TCP header.
Page 161: Table 1-63 Igmp Type Number
Description: Default: Range of value: Description: Default: Range of value: Table 1-63 IGMP Type Number IGMP Type No. (h) 0x11 0x12 0x13 0x16 0x17 0x22 Description: Default: Range of value: Description: Default: Range of value: GR2K-GA-0014 Ver. 07-02 Specifies the ICMP code number in decimal. Undefined 0–255 Specifies the IGMP type number in decimal.
Page 162: Table 1-64 Replace_Tos Field Rewriting
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Description: Default: Range of value: Table 1-64 Replace_TOS Field Rewriting Set Content Replace_tos Example 1. Set the condition to permit (relay) FTP from the transmit source in filter list...
Page 163 To specify -pair_synchronized and the method of checking the upper-rank protocol port number as ip_pair_off port_pair_off 2. Change the destination IP address of filter list number 1 from 123.123.2.1 to 123.123.2.1-123.123.2.123. GR2K-GA-0014 Ver. 07-02 , specify the method of checking the IP address as Filtering/QoS Information 1-121...
Page 164 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 3. Delete parameters of filter list information: 4. Show all filter list information: 1-122 GR2K-GA-0014 Ver. 07-02...
Page 165 5. Show filter list number 2 information: 6. Delete filter list number 2: GR2K-GA-0014 Ver. 07-02 Filtering/QoS Information 1-123...
Page 166: Filter-Group (Information On Filter Group Of Old Bsd Unix-Based Command System)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 7. Display of blank entry number Display of all blank entry numbers Display of first blank entry number Related Configuration Object filter filter-group filter-interface qos-tos-map dlci_group vc-group policy-group Precautions 1.
Page 167 To delete the filter group information: To show the filter group information: To insert the filter group information: Parameters Description: Default: Description: Default: Range of value: Description: Default: Range of value: Examples 1. Set filter list number 3 in filter group name ip1: (config)# GR2K-GA-0014 Ver.
Page 168 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Add filter list number 18 at the end of filter group name ip1: 3. Show the contents of all filter groups: (config)# 4. Show the contents of filter group name ip1: 5.
Page 169 6. Delete filter list number 9 of filter group name ip1: (config)# 7. Delete filter group name ip1: (config)# Related Configuration Objects Precautions 1. Set the filter list before setting the filter group. 2. The filter is executed in the order of the filter list numbers specified in the filter group (order of display when 3.
Page 170: Filter-Interface (Information On Filter Interface Of Old Bsd Unix-Based Command System)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 8. If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply...
Page 171 Default: Description: Default: Example 1. Set filter group name config 2. Set filter group name interface name (config)# 3. Change the filter group name set in inbound of interface name (config)# GR2K-GA-0014 Ver. 07-02 : Outbound (specify when filtering on transmit side of -out frame) Undefined...
Page 172 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4. Show all the contents: 5. Show the contents of interface name 6. Delete the definition of inbound of interface name Related Configuration Object filter filter-list filter-group ip-address Precaution 1.
Page 173: Quality Of Service (Qos) Objects
Quality of Service (QoS) Objects This section describes the parameters and configuration commands that define QoS. QoS control enables transmission of IP packets by priority, with highest-priority packets transmitted first. The following is a brief description of each component of the overall QoS control mechanism, with associated configuration commands displayed for each block.
Page 174: Figure 1-6 Range Of Qos Discard Mode Control
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 3. Queue control When there is a backlog on the output queue, packets remaining on the queue are transmitted or discarded depending on priority. The QoS discard mode command (qos-discard-mode) sets queue size and enables queuing by priority class.
Page 175: Figure 1-7 Range Of Qos Ip Frame Condition Information, Qos Ip Frame Condition Group Information, And Ip Qos Information Control
information to be collated into a single group. Finally, IP QoS (qos-ip) applies the group used on each interface. 1.2.5 qos-ip-list 1.2.6 qos-ip-list-group 1.2.8 qos-ip Flow Control (input) Priority Determination TOS Rewrite Contracted Bandwidth Monitoring List n List 2 List 1 Priority Determination TOS Rewrite Contracted Bandwidth...
Page 176: Qos
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 1.2.7 qos-tos-map Sets from qos-tos-map. Flow Control (input) Priority Determination TOS Rewrite Contracted Bandwidth Monitoring : Control range of this command Figure 1-8 Range of TOS-QoS Conversion Table Information Control 6.
Page 177 Default: Description: Default: -wan_length_mode { short | long} Description: Default: Example 1. Setting QoS parameters To enable flow control: GR2K-GA-0014 Ver. 07-02 : enable -yes This parameter uses all interfaces by a COPS function. None (All interfaces are not used by a COPS function.) Designates in the device unit the length of a hardware queue that is used in frame transmission to WAN lines smaller than 6 M bit/s (serial, BRI, PRI, J2, BRIISDN, PRIISDN, T1, ED) and...
Page 178 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Modifying Parameters: To disable flow control (invalidates previous flow control): 3. Deleting parameters: To delete flow control settings (parameters cannot be deleted when QoS configurations other than QoS information have been specified): 4.
Page 179: Table 1-66 Relationship Between Qos Command Effectiveness And Ineffectiveness
Related commands qos-queue-list qos-interface qos-discard-mode qos-ip-list qos-ip-list-group qos-tos-map qos-ip qos-ipx qos-bridge qos-hdlc cops Precautions 1. Before invoking any of the related commands above, set the proper command configuration. Once the configuration has been set for a given command, the command may be entered continuously, unless and until the QoS settings are deleted.
Page 180: Qos-Queue-List
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-66 Relationship Between QoS Command Effectiveness and Ineffectiveness Command Name qos-tos-map qos-ipx qos-bridge qos-hdlc-passthrough Effective, Ineffective Depends on the flow command’s effectiveness/ineffectiveness 1.2.2 qos-queue-list This command assigns a name to the QoS queue list, defines the QoS mode (priority, round-robin, or bandwidth), and allocates bandwidth when QoS mode is set for bandwidth.
Page 181: Table 1-67 Parameters To Be Set Per Queue Mode
Table 1-67 shows parameters to be set per queue mode. Table 1-67 Parameters To Be Set Per Queue Mode Parameter -priority -round_robin -bandwidth -equal_bandwidth -bandwidth_kbps -bandwidth_traffic -queue_number -queueX_bandwidth (X: 1-16) [{-max_queue_number_4[ROUTE-OS 6B] | -max_queue_number_8 | -max_queue_number_16| -max_queue_number_32| -max_queue_number_64...
Page 182: Table 1-68 Maximum Range Of Send Bandwidth
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: Range of value: Default: Table 1-68 Maximum Range of Send Bandwidth RP Type NIF Type RP-A1,RP-D, NE100-8TB 10BASE-T RP-D6, RP-DV full-duplex 100BASE-T full-duplex NE1G-1SB 1000BASE-SX NE1G-1LB 1000BASE-LX NE1G-1LHBA 1000BASE-LH...
Page 183: Table 1-69 Media Type And Available Queue Mode
Table 1-69 Media Type and Available Queue Mode Media and Layer 2 Unit for Holding Protocol Queue Ethernet NE100-8T Line NE100-8TA Ethernet Line containing GR2000-2S NE100-4F NE100-4FS NE100-4FS4 Ethernet NE100-8TB Line 10BASE-T Ethernet Line half-duplex containing 100BASE-T GR2000-1B Line X half-duplex GR2000-2B Line NEB100-4TB...
Page 184 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-69 Media Type and Available Queue Mode (continued) Media and Layer 2 Unit for Holding Protocol Queue Low speed (*4) DLCI WAN (to 6M) Frame Relay ISDN (*4)
Page 185 Table 1-70 Categories of the Control Packets Outputted by Queue 8 or 16 Item No. Control Packet Category Influence if Not Transmitted. PPP-LCP control Monitors link quality by using echo under the link setting condition. If the echo does not pass packet through, line quality NG may be detected erroneously.
Page 186 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: Range of value: Description: (*1):The relationship between the "-max" queue number 64 and the set line in GR2000-1B and GR2000-2B is explained below: 64 is effective as the maximum queue number only when set to one line (line number zero.
Page 187 Default: Range of value: This parameter sets the maximum transmission band when securing the fixed band for each queue and transmitting packets. The maximum transmission band is set only when the queue mode is -bandwidth_traffic. The maximum transmission band is invalid even if it is set when the queue mode is -priority, -round_robin, -bandwidth, -equal_bandwidth, or -bandwidth_kbps.
Page 188: Table 1-71 Parameters List In Bandwidth Control (Traffic)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-71 Parameters list in bandwidth control (traffic) Item Parameter Queue No. -max_queue_nu mber_8 -max_queue_nu mber_32 Traffic type per -constant queue -guarantee Minimum -min_rate guarantee band for each queue...
Page 189: Table 1-72 Calculation Example Of Excess Bandwidth
Table 1-72 Calculation Example of Excess Bandwidth Minimum Traffic Type Bandwidth Guarantee (kbit/s) -constant -constant -guarantee 10000 -guarantee 20000 -constant -guarantee 30000 -guarantee 10000 Not set. To set the band control (traffic designation) to a physical line in which a VLAN line is defined, do not change the maximum queue number.
Page 190 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Example 1. Setting parameters: a. To set the queueA mode for priority: b. To set the queueB mode for bandwidth (20 percent of bandwidth is allocated to queue1 and 80 percent to queue 2): c.
Page 191 Set the queue mode of queue list name QUEUEF to the band control (traffic designation). Assign a fixed band of 1 Mbit/s to queue number 1. Assign a minimum guarantee band of 1.5 Mbit/s and a maximum limitation band of 9 Mbit/s to queue number 2.
Page 192 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Modifying parameters: To modify queueB bandwidth for queue1 and queue2 to 10 percent and 90 percent, respectively: a. Change the maximum limitation band of queue number 2 in queue list name QUEUEF, whose queue mode is set to the band control (traffic designation), from 9 Mbit/s to 5 Mbit/s.
Page 193 Deleting settings: a. To delete queue list name queue A: 5. Deleting parameter: a. To delete queue1_bandwidth of queueB. Qos-queue-list parameter that once set can be deleted by delete command. b. To delete queue2_bandwidth of queueB. Qos-queue-list parameter that once set can be deleted by specifying parameter name.
Page 194 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Related Commands qos-interface qos-discard-mode qos-ip-list qos-ip-list-group qos-tos-map qos-ip qos-ipx qos-bridge qos-hdlc Precautions 1. When changing a queue mode, perform new setting after deleting the related parameters. 2. The active attribute list on the QoS interface cannot be deleted.
Page 195: Qos-Interface
routing protocol information, IP multicast routing protocol information, and MPLS information are reflected to the operation. 8. When the queue mode is set to the band control (traffic designation) using this command, set in the same line so that the total of min_rate for the queue of which traffic type is guarantee, peak_rate for the queue of which traffic type is constant, and 192 kbit/s for the queue of which traffic type is not set becomes less than the maximum transmission band of a line.
Page 196: Table 1-75 Parameters That Can Be Set By Each Transmission Control
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Deleting information Displaying information Table 1-75 shows the parameters that can be set by each transmission control. Table 1-75 Parameters That Can be Set by Each Transmission Control Output...
Page 197: Table 1-76 Interface Names
Parameters This parameter specifies the interface name for the interface that sets QoS queue attributes. The following table displays various interface names along with the circuits and protocols that the interfaces supports. Table 1-76 Interface Names Interface ...
Page 198: Table 1-78 Range In Which A Line's Maximum Transmission Range Can Be Set
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 The maximum transmission band is set to the VLAN line or the group. Default: Range of value: Table 1-78 Range in Which a Line’s Maximum Transmission Range Can Be Set...
Page 199 Examples 1. Setting parameters: a. When the interface name is LINE number 0, LINE name: priority on office 1 specifies the QoS queue list name queueA: b. When the interface name is : serial circuit, NIF number 1, LINE number 0, line speed 9600bps, LINE name: office2, protocol: Frame Relay, DLCI number 16, DLCI name: round-robin on dlci1 specifies the QoS queue list name queue B:...
Page 200 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 d. The QoS queue list name "QUEUED" is set using the band control (traffic designation) in the Ethernet line, NIF number zero, LINE number zero if the interface name is , the LINE name: center, VLAN ID: 10 and VLAN name: "office1."...
Page 201 Set the parameter using the band control (traffic designation) in the Ethernet line, NIF number zero, LINE number zero if the interface name is , the LINE name: office1. GR2K-GA-0014 Ver. 07-02 Filtering/QoS Information 1-159...
Page 202 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Modifying parameters: a. To modify the QoS queue list name on interface name office1 from queueA to queue B: b. The maximum limitation band of queue number 2 in the interface name: "office1"...
Page 203 c. The maximum limitation band of queue number 2 in the interface name: "office1" and " group1" that has set the group band control is changed from 2Mbit/s to 4Mbit/s. 3. Displaying settings: a. To display all settings: b. To display any interface setting: GR2K-GA-0014 Ver.
Page 204 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4. Deleting settings: a. To delete the QoS queue list setting for interface name b. The maximum limitation band of queue number 2 in the interface name: "office1" that has set the band control (traffic designation) is deleted.
Page 205 c. The maximum limitation band of queue number "two" in the interface names: "office1" and "group 1" that have set the group band control is deleted. d. The queue number 2 in the interface name: "office1" that has set the band control (traffic designation) is deleted.
Page 206 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 e. To delete the queue number "two" in the interface names: "office1" and "group 1" that have set the group band control. Related Commands qos-queue-list qos-discard-mode qos-ip-list qos-ip-list-group qos-tos-map...
Page 207: Table 1-80. Relationship In The Priority Determination Between The Group Band Control And
5. If addition/deletion/change in the parameters is executed in the qos-interface (QoS interface information) in the Ethernet (NE100-8TB), communication in all of the lines in the same NIF is temporarily disabled. 6. With the interface that has used this command to set the group band control, the group band control function can be executed only when the output priority has been determined using the output priority designation in the flow control.
Page 208: Qos-Discard-Mode
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 1.2.4 qos-discard-mode This command sets the discard mode to a NIF, where discard mode is queue size. The discard mode enables queuing by priority class. Input Format Setting information...
Page 209 Examples 1. Setting parameters: To set discard mode 2 on NIF number 9: 2. Modifying parameters: To change discard mode on NIF number 9 from 2 to 1: 3. Displaying settings: To display settings: 4. Deleting settings: To delete the NIF discard mode setting: Related Commands qos-queue-list qos-interface...
Page 210: Qos-Ip-List (Information On Qos Ip Frame Condition Of The Old Bsd Unix-Based Command System)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 1.2.5 qos-ip-list (Information on QoS IP Frame Condition of the Old BSD UNIX-Based Command System) This sets IP QoS information. QoS ip frame condition groups are assigned to interfaces defined by ip information or ip-address information. If IP QoS information is set, QoS determination is executed in sent or received packets of the relevant interface.
Page 211: Table 1-82 Configurable Parameters For Flow Detection By Upper-Level Protocol
Displaying the first free entry No. TCP, UDP, and other upper level protocols specify the configurable parameters for flow detection, whereas the flow control parameters that can be configured depend on the type of flow-control process used. The following tables illustrate the configurable parameters for flow detection that are supported by various upper-level protocols, and the flow-control parameters that are supported by different flow-control methods.
Page 212: Table 1-83 Configurable Flow Control Parameters By Flow-Control Type
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-83 Configurable Flow Control Parameters by Flow-control Type Flow Control Parameter -max_priority_class_X -priority_class -discard_class -replace_tos -tos_map -upc {no | } -upc_penalty drop -upc_penalty -modified_priority_class ...
Page 213: Table 1-84 Relationship Between Ip User Data Length Upper/Lower Limits And Ip User Total Data Length
Default: Range of value: Description: Table 1-84 Relationship Between IP User Data Length Upper/Lower Limits and IP User Total Data Length Upper/Lower Limit Specification -payload_length_upper_limit -payload_length_upper_limit -payload_length_lower_limit -payload_length_lower_limit Default: Range of value: Description: D (Delay), T (Throughput), R (Reliability) Default: Range of value: GR2K-GA-0014 Ver.
Page 214 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Description: Default: Range of value: Description: Default: Range of value: Description: 1-172 This parameter specifies a method to check IP source and destination addresses. -ip_pair Switches IP source and destination addresses for an address check, then runs a check without switching the addresses (see note 1).
Page 215 Default: Description: Default: Range of value: Description: Default: Range of value: Description: GR2K-GA-0014 Ver. 07-02 -port_pair_off Checks upper-level protocol port numbers without switching the port numbers of the source and destination protocols. Before specifying the -port_pair check function for IP address and upper level protocol port number to OFF ( -pair_synchronized_off Define 6 (TCP) or 17 (UDP) for a -protocol parameter when this...
Page 216: Table 1-85 List Of Igmp Type Number
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Table 1-85 List of IGMP Type Number IGMP Type No. (HEX) 0x11 0x12...
Page 217 Description: Default: Range of value: Flow Control Parameters Flow control parameter This parameter sets whether the contents of the band control set in this list are a minimum guarantee band or maximum limitation band and whether the flow is an important packet or normal packet when important packet protection (priority band assignment) is performed in each band.
Page 218: Table 1-86 Upc Penalty Operation
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-86 UPC Penalty Operation Maximum band limitation (Important) Maximum band limitation (Normal) Minimum band guarantee (Important) Minimum band limitation (Normal) -modified_priority_class uses the class specified by -priority_class. Uses -modified_discard_class set in a minimum band guarantee (important) list.
Page 219: Figure 1-9 Maximum Band Limitation + Minimum Band Guarantee
Table 1-87 UPC Combined Setting Sequence Combined Setting Maximum band limitation max_rate_importance Minimum band guarantee min_rate_importance Maximum band limitation + Minimum guarantee max_rate_importance band Maximum band limitation + Important packet max_rate_importance protection Minimum guarantee band + Important packet min_rate_importance protection Maximum band limitation + Minimum...
Page 220: Figure 1-10 Maximum Band Limitation + Important Packet Protection
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Maximum band limitation + Important packet protection or Minimum band guarantee + Important packet protection Input packet Figure 1-10 Maximum Band Limitation + Important Packet Protection Maximum band limitation + Minimum band guarantee + Important packet...
Page 221: Table 1-88 Range Of Priority Class And Discard Class
Default: range of value: Table 1-88 Range of Priority Class and Discard Class Max. Output Interface Using Priority This List Omitted Input side Omitted Output side Omitted Output side Omitted Output side Omitted Output side Omitted Output side When the value other than the range is specified to output priority, the setting becomes invalid. When QoS queue attribute of output interface is minimum bandwidth guarantee (kbit/s), flow control is processed as follows: •...
Page 222 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: range of value: Description: Default: Description: Default: Range of value: Description: Pprecedence High-order 6 bits are designated. D (Delay),T (Throughput), R (Reliability) High-Order 6 Bits are Designated. DSCP (Differentiated Services Code Point), CU (Current Unused)
Page 223: Table 1-89 Range Of Priority Class And Discard Class
Default: Range of value: Table 1-89 Range of Priority Class and Discard Class Max. Output Interface Using Priority This List Omitted Input side Omitted Output side Omitted Output side Omitted Output side Omitted Output side Omitted Output side When the value other than the range is specified to output priority, the setting becomes invalid. When queue count of output interface is 250 or 1000, flow control is processed as follows: •...
Page 224: Table 1-90 Combination Of Pair Switch
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Notes 1. When using IP address pair switch, higher protocol port No, pair switch, or IP address higher protocol No. interlock switch, pay attention to the followings: When address pair switch is used with “-ip_pair”.
Page 225: Table 1-91 Combined Setting Of Pair Switch And Possibility Of Use
When the upper protocol number is undefined or when numbers other than 6(TCP) or 17(UDP) are defined in the upper protocol number. Table 1-91 Combined Setting of Pair Switch and Possibility of Use Combined Setting of Pair Item Switch (Note 2) -ip_pair_off -ip_pair -port_pair_off / -port_pair and -pair_synchronized_off/-pair_synchronized switches are invalidated...
Page 226: Table 1-93 Tos Replacing Value For Setting Value
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-93 TOS Replacing Value for Setting Value Setting Value Replacing Value 8-11 12-15 16-19 20-23 24-27 28-31 32-35 36-39 40-43 44-47 48-51 52-55 56-59 60-63 64-67 68-71 72-75...
Page 227: Table 1-95 Mapping Of Class No. And Queue No. (Max Output Priority Is 8)
b. When the maximum output priority is 16: Table 1-95 Mapping of Class No. and Queue No. (Max Output Priority is 8) Class No. GR2K-GA-0014 Ver. 07-02 Queue No. Queue Count: 8 Queue Count: 16 (matched) (unmatched) Filtering/QoS Information Queue Count: 32 (unmatched) 1-185...
Page 228: Table 1-96 Mapping Of Class No. And Queue No. (Max Output Priority Is 32)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 c. When the maximum output priority is 32: Table 1-96 Mapping of Class No. and Queue No. (Max Output Priority is 32) Class No. 1. Sets only when output line protocol is frame relay.
Page 229 Examples 1. Set parameter: Sets the parameter of the flow detection condition and flow control parameter in QoS IP frame condition list number 1.5 Flow detection condition parameter The higher priority protocol 6 (TCP), TOS field 32 (precedence:1 Delay:0 Throughput:0 Reliability:0), ip_pair Source IP address Destination IP address...
Page 230 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 a. Maximum band limitation + Minimum band guarantee A flow detection condition parameter and flow control parameter are set in QoS IP frame condition list numbers 1 and 2 for maximum band limitation and minimum band guarantee.
Page 231 Flow control parameter: Contract band: 5,000,000 bit/s (Maximum limitation band) c. A flow detection condition parameter and flow control parameter are set in QoS IP frame condition list numbers 1 to 4 for maximum band limitation, minimum band guarantee and each important packets protection. Flow detection condition parameter of priority packet Flow detection condition parameter of non-priority packet Flow control parameter...
Page 232 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 1-190 GR2K-GA-0014 Ver. 07-02...
Page 233 2. Modify parameters: To change the destination IP address in the QoS IP frame condition list number 3 to 123.2.1 from 123.123.2.1-123.123.2.123 3. Show settings a. To display all the QoS IP frame condition list contents: GR2K-GA-0014 Ver. 07-02 Filtering/QoS Information 1-191...
Page 234 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 b. To display optional QoS IP frame condition list: 4. Delete settings: To delete the settings of QoS IP frame condition list number 2: 5. Delete parameter: The transmission source IP address of QoS IP frame condition list number 1 is deleted.
Page 235: Table 1-97 Packet Type
6. Display of blank entry number: Display of all blank entry numbers: Display of first blank entry numbers: Related Commands qos-queue-list qos-interface qos-discard-mode qos-ip-list-group qos-tos-map qos-ip Related Information For the flow control, refer to the GR2000 Applications Guide. Precautions 1. The packets shown in the table below are distributed to each queue by fixed priority regardless of the flow control parameter set using this command.
Page 236: Qos-Ip-List-Group (Information On Qos Ip Frame Condition Group Of The Old Bsd Unix-Based Command System)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 1.2.6 qos-ip-list-group (Information on QoS IP Frame Condition Group of the Old BSD UNIX-based Command System) Establishes the QoS IP frame condition group settings. Combines QoS IP frame condition list which is defined in the QoS IP frame condition settings with the determination numbering.
Page 237 Examples 1. Setting parameters: To set the QoS IP frame condition list number 3 in the QoS IP frame condition group named 2. Modifying parameters: To add the QoS IP frame condition list number 18 to the last list of the QoS IP frame condition group named 3.
Page 238: Qos-Tos-Map
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5. Deleting settings: a. Deleting the list in the group To delete QoS IP frame condition list number 9 of the QoS IP frame condition group named b. Deleting the group:...
Page 239 The output priority and queuing priority are determined by a TOS value when parameters replace_tos and tos_map of QoS IP frame condition information or parameter replace_tos of filter list information are set. The setting of this command is not required when the DSCP value of Diff-serv is associated with the output priority and queuing priority using the recommended value of this router.
Page 240: Table 1-98 Initial Value Corresponding To Tos Value
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 1-98 Initial Value Corresponding To TOS Value Precedence 1-198 TOS Value Output Priority Class Queuing Priority Class 0-31 32-39 40-47 48-55 56-63 64-71 72-79 80-87 88-95 96-103 104-111...
Page 241: Table 1-99 Mapping Of Tos Value And Output/Queuing Priority Class
Table 1-99 Mapping of TOS Value and Output/Queuing Priority Class Output/ Queuing Priority Class priority8 priority7 priority6 priority5 priority4 priority3 priority2 priority1 Low drop Hatching part is RFC’s recommended value. Legend: DSCP value (Binary) DSCP value (Decimal) Hatched value is the RFC’s recommended value: EF’s recommended value AF’s recommended value Note: In output priority control, the packet with bigger priority is sent out by priority.
Page 242 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Examples 1. Setting parameters To set the priority class 2 and queuing priority class in TOS precedence: 2. Modifying parameters To change the queuing priority class in TOS precedence 1 from 1 to 2: 3.
Page 243: Qos-Ip (Information On Ip Qos Of The Old Bsd Unix-Based Command System)
Related Commands Related Information For the flow control, refer to the GR2000 Applications Guide. Precautions 1. Multiple IP frame condition groups cannot be set as inbound/outbound in a single interface. 2. When exp is specified as a flow detection condition parameter by qos-ip-list , only "in"...
Page 244 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Display settings Parameters Description: Default: Description: Default: Description: Default: Examples 1. Setting parameters (settings are inbound) To set frame condition group named 2. Setting parameters (settings are inbound and outbound) To set the IP frame condition groups named interface designated inbound and outbound.
Page 245 3. Changing parameters To change IP frame condition group names from office1: 4. Displaying settings To display the setting contents of the interface named 5. Deleting settings To delete inbound settings of the interface named Related Commands qos-queue-list qos-interface qos-discard-mode qos-ip-list qos-ip-list-group qos-tos-map...
Page 246: Figure 1-12 Effect Of Qos Configuration Definition Output Priority In Atm Line
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. When exp is specified as a flow detection condition parameter by qos-ip-list, the entry is enabled only on in designation. out designation is disabled. The entry is enabled only on the core router in an MPLS network. The entry and exit edge routers in an MPLS network are disabled.
Page 247: Qos-Ipx
1.2.9 qos-ipx Sets IPX QoS settings. A maximum of 160 entries can be generated per device. Input Format Settings Change settings Delete settings Display settings Parameters Description: Default: Description: Default: Range of value: Description: Default: Range of value: GR2K-GA-0014 Ver. 07-02 This parameter sets the relevant interface name established in the IPX routing interface settings.
Page 248 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Examples 1. Setting parameters: To set the output priority class 3 and the queuing priority class 1 in the interface named office1 2. Modifying parameters: To change the queuing priority of the interface named 3.
Page 249: Qos-Bridge
5. Deleting parameters: To delete the discard-class of interface name office 1. Related Commands qos-queue-list qos-interface qos-discard-mode ipx-interface Precaution If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply subcommand is executed before the command is executed, and the changed IP routing protocol information, IP multicast routing protocol information, and MPLS information are...
Page 250 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Parameters Description: Default: -priority_class Description: Default: Range of value: Description: Default: Range of value: Examples 1. Setting parameters: To set the output priority class 3 and queuing priority class 1 in the interface...
Page 251: Qos-Hdlc-Passthrough
3. Displaying settings: a. To display all: b. To display the optional interface name: 4. Deleting settings: To delete the settings of the interface named 5. Deleting parameters: To delete the discard_class of interface name office 1. Related Commands Precaution If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply subcommand is...
Page 252 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Input Format Settings Changing settings: Deleting settings: Displaying settings: Parameters { | } Description: Default: Description: Default: Range of value: Description: Default: Range of value: 1-210 | ...
Page 253 Examples 1. Setting parameters: To set the output priority class 3 and queuing priority class 1 in the interface named office1 2. Modifying parameters: To change the queuing priority class of the interface named 3. Displaying settings: a. To display all: b.
Page 254: Shaper (Shaper Transmission Information)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Related commands qos-queue-list qos-interface qos-discard-mode bridge-interface Precaution If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS...
Page 255 If the queuing mode is not omitted If the queuing mode is omitted 3. In the case of weighted fair queuing (4WFQ): If the queuing mode is not omitted If the queuing mode is omitted Deleting settings: Displaying settings: Parameters Rewrites user priority in Tag-VLAN to default 0 and sends.
Page 256: Table 1-100 Parameters For Each Queuing Mode
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Sends packets from high priority queues. Packets are sent from lower priority queues only if there are no packets in higher priority queues. Table 1-100, Parameters of each queuing mode, gives a list of parameters for each queuing mode.
Page 257: Table 1-101 Default Length Of Each Queue
Table 1-100 Parameters for each queuing mode Item Parameter 4WFQ Queue mode 4wfq Maximum send bandwidth Queue length (*1) If queue length is not set in each queue, default 0 is assigned. Table 1-101, Default length of each queue, indicates the default length of each queue.
Page 258 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Setting VLAN2 priority control in low latency queuing + weighted fair queuing (LLQ+3WFQ) Setting VLAN3 in weighted fair queuing (4WFQ) 2. Changing parameters: Changing the maximum VLAN1 bandwidth to 30mbps 3.
Page 259 Displaying random VLAN line name settings 4. Deleting setting information: Deleting VLAN line name VLAN1 settings Related commands flow,flow filter,flow qos Related information None Precaution It may not be possible to guarantee the specified bandwidth if the flow control function is activated in gigabit Ethernet. GR2K-GA-0014 Ver.
Page 260: Cops
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 COPS 1.3.1 COPS The configuration definition commands and parameters for defining the information that manages a cops command are described below. A security function is not used when an encryption key is not set using this command.
Page 261: Table 1-102 Allowable Characters
Parameters Description: Default: Range of value: Description: Default: Range of value: Table 1-102 Allowable Characters Char Code Char Code Char Space 0x20 0x30 0x21 0x31 0x32 0x23 0x33 0x34 0x25 0x35 & 0x26 0x36 0x37 0x28 0x38 0x29 0x39 0x2A 0x3A 0x2B <...
Page 262 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: 1-220 This parameter sets the IP address of a primary server.
Page 263 Description: Default: Range of value: Description: Default: Range of value: Examples 1. Setting parameters: PEPID and the IP address of a primary server are set using a cops control function. PEPID, the IP address of a primary server, the port number of a primary server, the IP address of a backup server, the port number of a backup server, a server password, and a COPS password are set using a cops control function.
Page 264 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Changing parameters: A cops control function is changed to disuse. The port number of a backup server is changed. 3. Displaying setting information: The contents of setting are displayed.
Page 265 4. Deleting parameters: The definition of COPS is deleted. The port number of a backup server is deleted. The IP address of a backup server is deleted. When the IP address is deleted, the port number is also deleted simultaneously. Related Commands flow qos-disard-mode...
Page 266 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Precausion 1. -pepid and -primary cannot be deleted by specifying a parameter. 2. Before setting this command, set the flow entry reservation for cops using a flow cops_range command and then set qos cops. If not, this command cannot be set.
Page 267: Chapter 2 - Ipx/Bridge Information
IPX Objects This section explains the configuration command and parameters that define IPX routing protocol information. 2.1.1 This sets the operation information for IPX routing. Input Format Setting information Change settings Display settings Delete settings Parameters Description: Default: Description: Default: Range of value: GR2K-GA-0014 Ver.
Page 268 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Examples 1. Setting parameters To set the IPX routing operation to Enable and set the timing of the watchdog spoofing response and forwarding intervals: 2.
Page 269: Ipx-Interface
2.1.2 ipx-interface This sets the interface information for the IPX routing protocol. Input Format Setting information s> Changing information Delete settings Display settings Parameters Description: GR2K-GA-0014 Ver. 07-02 -node_address } This parameter specifies the interface name to be set. Pay attention to the followings.
Page 270 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: Description: Default: Description: Default: Description: Default: - IPX routing interface can be defined only to the interface that is set IP interface (except rmEthernet, AUX, tunnel. Therefore, IPX interface alone cannot be defined.
Page 271 Description: Default: Description: Default: Description: Default: Range of value: Description: Default: Range of value: Description: nearest_sap_reply nearest_sap_reply_off Default: GR2K-GA-0014 Ver. 07-02 This parameter is the RIP packet’s send switch when there is a change in the network where the RIP Request reply and the local router can be routed at start-up.
Page 272 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: ...
Page 273 Description: Default: range of value: Examples 1. Setting parameters: To set the interface information for Ethernet to all four frame types: Setting of interface for WAN (PPP): Setting of interface for ATM or WAN (FR or ISDN)(when the interface is , , or ): Setting of interface for ATM or WAN (FR)(when the interface is ) ipx-arp is set to DLCI, Peer, or VC controlled under an interface.
Page 274 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 3. Displaying settings: a. To display all: To display options: 4. Deleting settings: To delete the IPX interface information in the EthNetLine1 interface: GR2K-GA-0014 Ver. 07-02...
Page 275: Ipx-Arp
5. Deleting parameter: To delete the llc_network_address information of interface Department1. Related Commands line Precaution If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply subcommand is executed before the command is executed, and the changed IP routing protocol information, IP multicast routing protocol information, and MPLS information are...
Page 276 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Examples 1. Setting parameters To set to MAC address to vpvc2 12:11:11:11:11:11 2. Changing parameters To change the ARP entry MAC address 3. Displaying settings To display all ARP table information: 4.
Page 277: Static-Route
2.1.4 static-route This command allows setting of the IPX static route. Input Format Setting information Change settings Insert settings Delete settings Display settings Parameters Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: GR2K-GA-0014 Ver.
Page 278 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Description: Default: Range of value: Examples 1. Setting parameters: To set the static routing to next hop network 02:11:11:11:11:11 11111111 2. Changing parameters To change the number of hops to 2 and the number of ticks to 10 for static route entry number 2: 3.
Page 279 4. Displaying settings a. To display all: b. To display options for static route entry number 1: 5. Deleting settings a. To delete entry number 1: Related Commands ipx interface Precausion If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply subcommand is executed before the command is executed, and the changed IP routing protocol...
Page 280: Static-Sap
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2.1.5 static-sap This command sets the static SAP information. Input Format Setting information Change settings Insert settings Delete settings Display settings Parameters Description: Default: Range of value: Description: 2-14 This parameter specifies the registered static server name.
Page 281 Table 2-1 Server Type Reference Values Type Server Type 0001 User 0002 User group 0003 Print list 0004 Novell file server 0005 Job server 0006 Gateway1 0007 Print server 0008 Archive list 0009 Archive server 000a Job list 000b Administration VAP = Value Added Process (component of NetWare286 software) VMS = Virtual Memory System (DEC minicomputer operating system) Default:...
Page 282 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Description: Default: Range of value: Examples 1. Setting parameters: To set static SAP information on the server named 2. Changing parameters: To change only the type and the number of hops for SAP entry number 2: 3.
Page 283 4. Displaying settings a. To display all: b. To display options for SAP entry number 1: 5. Deleting settings To delete SAP entry number 1: GR2K-GA-0014 Ver. 07-02 IPX/Bridge Information 2-17...
Page 284: Rip-Filtering
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 6. Deleting parameter The node_address of SAP information in No. 1 are deleted. Related Commands ipx interface Precautions If this command is inputted in the cases where changes are made on the IP routing...
Page 285 Inserting settings Deleting settings Displaying settings Parameters Description: Default: range of value: Description: Default: Range of value: Description: Default: Description: Default: Examples 1. Setting parameters To drop the RIP packet with network address 11111111 with a target interface in network address 22222222:. GR2K-GA-0014 Ver.
Page 286 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Changing parameters To change the operation of RIP filtering entry number 2 to drop and input: 3. Displaying settings a. To display all: b. To display options for RIP filtering entry number 1: 4.
Page 287: Sap-Filtering
6. Deleting parameter The filtering operation and mode of SAP filtering information in No. 1 are deleted. Related Commands ipx-interface Precautions If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply subcommand is executed before the command is executed, and the changed IP routing protocol information, IP multicast routing protocol information, and MPLS information are...
Page 288 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Deleting settings Displaying settings Parameters Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Description: Default: Examples 1. Setting parameters To forward the SAP information for server network address...
Page 289 2. Changing parameters To change the operation of SAP filtering information entry number 1 to drop and input: 3. Inserting parameters To insert new information: 4. Displaying settings a. To display all: b. To display options for SAP filtering information entry number 1: 5.
Page 290: Ipx-Filtering
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 6. Deleting parameter The filtering operation and mode of SAP filtering information in No. 1 are deleted. Related Commands ipx-interface Precautions If this command is inputted in the cases where changes are made on the IP routing...
Page 291 Changing settings Inserting settings Deleting settings Displaying settings Parameters Description: Default: Description: Default: Description Default: Range of value: Description: Default: Range of value: Description: GR2K-GA-0014 Ver. 07-02 This parameter specifies the interface name to be set. Cannot be omitted This parameter specifies the filtering operation. Packet is forwarded.
Page 292 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: range of value: Description: Default: Range of value: Examples 1. Setting parameters To suppress ( drop 2.
Page 293 3. Displaying settings a. To display all: b. To display options for IPX filtering entry number 1: 4. Deleting settings To delete IPX filtering entry number 1: 5. Inserting parameters To insert new information: GR2K-GA-0014 Ver. 07-02 IPX/Bridge Information 2-27...
Page 294 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 6. Deleting parameters To delete the netmask of IPX filtering number1. Related Commands ipx-interface Precausion If this command is inputted in the cases where changes are made on the IP routing...
Page 295: Bridge Objects
Bridge Objects This section explains the configuration commands and parameters that define bridge information. 2.2.1 bridge Function Object for display of the Bridge information. Input Format Example Related Commands None Precausion If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply subcommand is executed before the command is executed, and the changed IP routing protocol...
Page 296: Bridge-Interface
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2.2.2 bridge-interface You can define the bridge interface configuration. Input Format Defining Modifying Deleting Displaying show bridge-interface [{ | | | }]...
Page 297 Description: Default: Range of value: Description: Default: Range of value Description: Default: Description: Default: Examples 1. Parameter configuration To set the interface sk1 as a spanning-tree bridge interface: GR2K-GA-0014 Ver. 07-02 You can assign a cost parameter to calculate best path from each interface to the root bridge.
Page 298 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Parameter modification To modify the interface sk1 to the bridge interface, which does not allow spanning-tree operation, and the path cost to 20: 3. Configuration display a. To display all: b.
Page 299: Filtering-Database
Related Commands bridge line Precautions If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply subcommand is executed before the command is executed, and the changed IP routing protocol information, IP multicast routing protocol information, and MPLS information are reflected to the operation.
Page 300 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value Description: Default: Description: Default: Examples 1. Parameter configuration To set the aging of the filtering-database to 300 seconds, and the static entry for the MAC address to 2.
Page 301: Extended-Filtering
Related Commands bridge bridge-interface line Precaution 1. The value specified for ageing is ageing out within the range of the value that rounded out by 10 seconds unit. For example, when 30 to 39 is specified, ageing out in 40 seconds. 2.
Page 302 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Displaying Parameters Description: Default: Description: Default: Description: Default: Description: dsap ssap type user Default: 2-36 This parameter sets whether you perform extended-filtering: indicates extended filtering, and filtering. This parameter specifies the name of the interface that performs extended-filtering.
Page 303 Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Examples 1. Setting parameters To set extended filtering ( interface sk3: 2. Changing parameters To change extended filtering number 2 entry information to to 10: GR2K-GA-0014 Ver.
Page 304 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 3. Displaying setting information: a. Display all information: b. Displaying specific information: 4. Deleting setting information To delete entry information number 1: 5. Deleting parameters: To delete the offset of entry information number1.
Page 305: Spanning-Tree
2.2.5 spanning-tree Configure protocol parameters for spanning-tree protocol. However, if there is no interface to run spanning tree, there is no need to configure these parameters. Input Format Setting information Modifying information Displaying information Deleting information Parameters Description: Default: Range of value: Description: Default: Range of value:...
Page 306 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: Range of value: Examples 1. Setting parameters To set priority for spanning tree to aging time to 2. Changing parameters To change the priority to 3. Displaying setting information 4.
Page 307 Precausion If this command is inputted in the cases where changes are made on the IP routing protocol information, the IP multicast protocol information, and the MPLS information, and the apply command is not being executed, the apply subcommand is executed before the command is executed, and the changed IP routing protocol information, IP multicast routing protocol information, and MPLS information are reflected to the operation.
Page 308 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 This page left intentionally blank 2-42 GR2K-GA-0014 Ver. 07-02...
Page 309: Chapter 3 - Snmp Information
SNMP Objects The SNMP information objects apply to either SNMP or RMON as shown in Table 3-1 below. Table 3-1 Application of SNMP Information Objects Category Purpose SNMP To register SNMP Manager RMON To set RMON Ethernet history-group control information history-control To set RMON Ethernet alarm-group information To set RMON Ethernet event-group information Note: These objects must be used in conjunction with the configuration subcommand.
Page 310 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 To delete an SNMP Manager: To display registered SNMP Managers: Parameters < Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default:...
Page 311 Caution: When 1 to 3 is specified in , the operation is the same as when 3 is specified. Table 3-2 Trap System Message Levels Level Meaning Fatal failure. Serious failure or greater. RM failure or greater. NIF failure or greater. Standby system failure or greater.
Page 312 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Setting is made for the purpose of selecting MIBs appended at the time when link up/down traps are issued. MIBs appended at the time of link up/down trap issuance by the setting of this parameter are indicated in the table below.
Page 313 This parameter transmits the trap in case the temperature state changes when the Trap transmission mode is selection_trap. This parameter transmits the trap in case a PVC failure is notified when the trap transmission mode is selection_trap. Examples 1. Create the following SNMP Manager entries, and show the resulting SNMP Manager information: SNMP Manager with IP address 10.1.1.1, community name “public,”...
Page 314 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Modify registered SNMP Managers in the following manner, and show the resulting SNMP Manager information: Setting of SNMP Manager with IP address 10.1.1.1 and community name “public”: Enable private trap in system message level 7 (RM failure or greater).
Page 315 Display register status of SNMP Manager: Delete part of SNMP Managers and show the resulting SNMP Manager information: Related Configuration Object None Related Information For the support MIB and Trap, refer to the GR2000 Operations Log and MIB Reference. Precautions Five standard traps (cold start, warm start, link up, link down, and authentication failure) as well as the individually specified trap are issued when selection_trap is specified.
Page 316: History-Control
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 3.1.2 history-control Function Object for creation, modification, deletion, and display of RMON (RFC1757) Ethernet history-group control information. A maximum of 32 history-group control entries can be registered per router.
Page 317 Description: Default: Range of value: Description: Default: Range of value: Example Create RMON Ethernet history-group control entries and show the resulting history-group control entries in the following order: 1. Using the snmp object with the set subcommand omitted, create an SNMP Manager entry with the following properties: Community name: public SNMP Manager IP address: 30.1.1.1...
Page 318 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 RMON Ethernet history-group control index number: 45 Interface name: osaka Interval: 2000 seconds Owner: “net-mgr ken” 6. Show the resulting history-group control entries. 7. Modify the number of history-group control entries for RMON Ethernet...
Page 319 1. Show the registration status of RMON Ethernet history-group control entry. 2. Delete registered RMON Ethernet history-group control entry with index number 33, and show the resulting history-group control entries: Related Configuration Object line snmp Related Information The MIB value of an RMON Ethernet history group can be referenced using an SNMP manager or this router’s snmp command.
Page 320: Alarm
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 3.1.3 alarm Function Object for creation, modification, deletion, and display of RMON (RFC1757) Ethernet alarm-group information. A maximum of 128 alarm-group entries can be registered per router. The RMON Ethernet alarm-group MIB contents can be referenced by the device management command snmp.
Page 321 Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: GR2K-GA-0014 Ver. 07-02 Sets the interval of time in seconds for checking out the alarm threshold.
Page 322 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Example Create RMON Ethernet alarm-group entries and show the resulting alarm-group entries in the following order: 1.
Page 323 Object MIB ID: “1.3.6.1.2.1.2.2.1.19.3” (= “ifOutDiscards.3”) Note: ifOutDiscards MIB counts discarded packets for which no error is detected. Interval: 256111 seconds Sample type: delta Rising threshold: 400000 packets Rising event index number: 3 Falling threshold: 100 packets Falling event index number: 3 Owner: “net-mgr ken 07/25”...
Page 324 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5. Show the resulting alarm-group entries. 3-16 GR2K-GA-0014 Ver. 07-02...
Page 325 Change the interval setting for RMON Ethernet alarm-group index number 12 to 256 seconds and show the resulting alarm-group entries: Show the registration status of RMON alarm-group control entry: GR2K-GA-0014 Ver. 07-02 SNMP Information 3-17...
Page 326 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Delete registered RMON Ethernet alarm entry with index number 12 and show the resulting alarm-group entries: Related Configuration Objects Related Information The MIB value of an RMON Ethernet history group can be referenced using an SNMP manager or this router’s snmp command.
Page 327: Event
3.1.4 event Function Object for creation, modification, deletion, and display of RMON (RFC1757) Ethernet event-group information. A maximum of 16 event-group entries can be registered per router. The RMON Ethernet event-group MIB contents can be referenced by the device management command snmp. For this snmp command, see the GR2000 Operations Commands, Vol.
Page 328 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Default: Range of value: Description: Default: Range of value: Description: Default: Range of value: Example Create RMON Ethernet event-group entries and show the resulting event-group entries in the following order: 1.
Page 329 Event type: Trap community name: “net-mgr ichiro 07/25” 4. Using the alarm object with the set subcommand omitted, create an RMON Ethernet alarm-group entry with the following properties for the above event-group entries: RMON Ethernet alarm-group index number: 12 Object MIB ID: “ifOutDiscards.3” Note: ifOutDiscards MIB counts discarded packets for which no error is detected.
Page 330 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Show the registration status of RMON event-group entry: Delete registered RMON Ethernet event-group entry with the event-group index number 3, and show the resulting event-group entries: Related Configuration Objects...
Page 331: Chapter 4 - Operation Management Information
Operation Management Information Host Name Information Note: This object must be used in conjunction with the configuration subcommand. 4.1.1 hosts The host name can be specified for identifying each device on the network, e.g., when configuring log information or NTP information. Function Specifies host name information.
Page 332 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Example Create a host name entry and show the result (IPv4): Create a host name entry and show the result (IPv6): Delete a host name entry and show the result (IPv4):...
Page 333: Dns-Resolver
Precautions Multiple host names must not be defined to the same IP or IPv6 address. “localhost” must not be defined as the host name. “127.*.*.*” must not be defined as the IPv4 address. The class D or class E address must not be defined as an IPv4 address. Global address and site local address may be specified as the IPv6 addresses.
Page 334 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 To delete domain name: To show information: Parameter Description: Description: Description: Example 1. Set of DNS resolver Set DNS resolver with own host name as router-1.mydomain.com, domain name as mydomain.com, and nameserver as 192.168.0.1: 2.
Page 335 3. Showing of setting information Show DNS resolver information: 4. Deletion of setting information Delete DNS resolver information: 5. Effectuation of the DNS relay Effectuates the DNS function. 6. Invalidity of DNS relay Set DNS relay to invalid 7. Invalidity of DNS relay (Deletion of information) Set DNS relay to invalid and delete the information Related Commands None...
Page 336 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Precautions Only one host name can be defined to this router. Only one domain name can be defined to this router. Up to 3 name servers can be specified.
Page 337: Log Information
Log Information Caution: Regarding log Information, this object must be used in conjunction with the configuration subcommand. LOG information can be sent to other devices on the network by the following methods: 1. Sends to the device with syslog function (UNIX workstation, etc.) by using syslog interface.
Page 338 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Example 1. Setting of log syslog information The log of event level evt is set so that it is output to host name loghost as syslog of a notice level.
Page 339: Logger-Email
4.2.2 logger-email Function Sets information for output log information by e-mail. Up to 64 entries can be set. Input Format To set information: To set information: To set information: To delete information: To show information: Parameter Description: Description: Description: Description: GR2K-GA-0014 Ver.
Page 340 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Example 1. Set of log E-Mail information Set to send log of event level evt to mail address logger@loghost at 9:00, 13:00, and 17:00: 2. Deletion of log E-Mail information Delete the setting to send log of event level evt to mail address logger@loghost: 3.
Page 341: Logger-Email-From (Log E-Mail Transmission Source Information)
When using e-mail messages and log e-mail simultaneously, do not set more than 1 entry for log e-mail destination address and 1 entry for SMTP server. If defined with more than 1 entry, e-mail transmissions may be delayed several minutes beyond the set time due to entry count and the load conditions of the SMTP server used for log e-mail and e-mail messages.
Page 342: Logger-Smtp
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 2. Deletion of E-Mail transmission source information The setting of log E-Mail transmission source is deleted.: 3. Display of setting information The log E-Mail transmission source information is displayed.:...
Page 343 Parameter Description: Description: Example 1. Set of SMTP server information Set SMTP server to loghost to be used fro log E-Mail sending: 2. Set of SMTP server information Set SMTP server to be used for log E-Mail sending to port 10025 of loghost: 3.
Page 344 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Precaution 1. Confirm if the specified SMTP server information (host name or IP address, port No.) matches to the one defined to destination SMTP server. If the connection with SMTP server at the sending of e-mail fails, the mail is discarded.
Page 345: Report (E-Mail Report Information)
report (e-mail report information) This sets information for the purpose of sending reports of failure information by e-mail. It is possible to set a maximum of 1 entry for local e-mail address, destination e-mail address and SMTP server information for sending e-mail reports. Input Format Setting information: Setting enable/disable...
Page 346 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Description: Default: Range of value: Specifies the e-mail destination maintenance service center. Our GR2000 Product Support Service (PSS) is used by specifying "assist." Specifies the destination e-mail address Specifies the code that enables the e-mail destination maintenance service center to identify the reported device.
Page 347 Example 1. Setting parameters The destination e-main address used for e-mail reports is set in [email protected]. The SMTP server used for e-mail reports is set in loghost. Setting so that an e-mail report is sent to e-mail address logger@loghost by device manufacturing number 1234.
Page 348 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Deleting SMTP server definitions. Deleting destination e-mail address definitions. Deleting e-mail report definitions. Related Configuration Object Precautions 1. It is necessary to have a GR2000 Product Support Service (PSS) contract in order to us this function.
Page 349 11. Characters usable in e-mail addresses are limited to lower- and upper-case alphabet, numerals, hyphen (-), dot (.) and "at" sign (@). Note that underscoring cannot be used. In addition, the "@" sign cannot be used at the beginning or end of the address and no more than 1 can be used per address.
Page 350: Ntp Object - Ntp
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 NTP Object - ntp Note: This object must be used in conjunction with the configuration subcommand. Function Object for creation, deletion, and display of the NTP configuration information, i.e., the router’s timer setting information in synchronization with the NTP server.
Page 351 Description: Default: Range of Value: Description: Default: Range of Value: Description: Default: Description: Description: Default: Range of Value: Description: Default: Range of Value: Description: Default: Range of Value: Description: Default: GR2K-GA-0014 Ver. 07-02 Specifies the authentication key number used for accessing the peer server.
Page 352 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Description: Default: Range of Value: Description: Default: Range of Value: Description: Default: Range of Value: Description: Default: Description: Default: Range of Value: Description: Description: Default: Range of Value:...
Page 353 Description: Default: Range of Value: Description: Default: Description: Default: Range of Value: Description: Default: Range of Value: Description: Default: Range of Value: GR2K-GA-0014 Ver. 07-02 Specifies the net mask address No mask Net mask address in dot notation These parameters, if specified, execute actions below. Ignores all accesses from the specified host.
Page 354 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Description: Default: Range of value: Example Define an NTP server with the IP address 192.168.1.100: Define peer servers and show the result: Delete one of the defined peer servers:...
Page 355 Related Standards The NTP specifications of GR2000 are based on RFC1305. Precautions Depending on the type of the connected NTP server, the usable authentication key length may be shorter than 32 bits. In such a case, adjust the key contents to match the usable key length of the connected NTP server.
Page 356 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 If the IP address of the device is set by "config router local-address," the IP address of the device is used as the local IP address when sending NTP packets.
Page 357: Radius (Radius Server Information)
radius (RADIUS server information) The following is an explanation of configuration definition commands and parameters that define information for the purpose of controlling GR2000 access using RADIUS authentication. This sets RADIUS servers used for authentication. Input Format Setting information: Setting RADIUS server information Setting RADIUS connection information Changing information: Changing RADIUS server information...
Page 358 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Description: Default: Range of Value: Description: Default: Range of Value: Description: Default: Range of Value: Description: Default: Range of Value: Example 1. Specifying RADIUS servers: Setting IP address 192.168.10.1, RADIUS key "Aodiug-cl3*%63j9d" and the RADIUS server.
Page 359 Setting IP address 172.16.100.1 and RADIUS key "Okdf8dL#LIdjei87+e" as the second RADIUS server. 2. Adding parameters: Setting resend count 3 and timeout time 10 seconds as RADIUS connection information. Specifying 1645 as RADIUS server port number of IP address 192.168.10.1 and to use RADIUS server at IP address 172.16.100.1 first when initiating authentication.
Page 360 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4. Deleting parameters: Deleting the RADIUS server port number of IP address 192.168.10.1 and reverting to the default value. Deleting the resend count designation in RADIUS connection information. 5. Deleting RADIUS servers Deleting the RADIUS server of IP address 172.16.100.1.
Page 361: Board Disablement Object - Disable
Board Disablement Object - disable Note: This object must be used in conjunction with the configuration subcommand. Function Object for creation, deletion, and display of the board disablement definition. You can set and alter configuration information on lines accommodated in the disabled NIF, regardless of the NIF type.
Page 362 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Related Configuration Object None Precautions The board slot defined as disabled with the disable object is not restarted even when the upper hardware is re-initialized. Such board slot is not restarted with the free command (refer to the GR2000 Operations Commands, Vol.
Page 363: Default Configuration Objects
Default Configuration Objects 4.7.1 default Function Sets the configuration to the user-defined default values with the set subcommand, or displays the default values for the configuration with the show subcommand. Input Format To display the default values for the configuration information: Parameter Following displays a list of items and the parameters supported, which can be set to be used as it’s initial default values.
Page 364: Snmp Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.2 SNMP Information Input Format d e f a u l t Parameters The initial value items that can be set using SNMP information and the initial values during initial installation are shown in Table 4-2. For details of each parameter, refer to the configuration definition information in "Section 3.1, “SNMP Objects".
Page 365: Line Information (Ethernet/Gibabit Ethernet)
4.7.3 Line Information (Ethernet/Gibabit Ethernet) Input Format d e f a u l t Parameters The initial value items that can be set using line Information (Ethernet/Gibabit Ethernet) and the initial values during initial installation are shown in Table 4-3. For details of each parameter, refer to the configuration definition information in "line Information (Ethernet/Gibabit Ethernet)."...
Page 366: Line Information (Wan)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.4 Line Information (WAN) Input Format d e f a u l t Parameters The initial value items that can be set using line Information (WAN) and the initial values during initial installation are shown in Table 4-4.
Page 367: Table 4-4. List Of Initial Value Items That Can Be Set Using Line Information (Wan) And Initial Values During Initial Installation
Table 4-4 List of Initial Value Items that Can Be Set Using line Information (WAN) and Initial Values During Initial Installation Information Information Name Group Name line Information Selection of physical layer frame format in (WAN) Selection of physical layer line code format in E1 Selection of synchronized clock in E1 Setting value of national bit in E1...
Page 368: Line Information (Wan Oc-Pos)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.5 Line Information (WAN OC-POS) Input Format d e f a u l t Parameters The initial value items that can be set using line Information (WAN OC-POS) and the initial values during initial installation are shown in Table 4-5.
Page 369: Table 4-3. List Of Initial Value Items That Can Be Set Using Line Information
Table 4-5 List of Initial Value Items that Can Be Set Using line Information (WAN OC-POS) and Initial Values during Initial Installation Information Information Name Group Name line Information Selection of synchronized clocks in (WAN oc3pos OC-POS) Multi-CRC length in oc3pos Selection of scramble disable/enable in oc3pos Setting value of SONET overhead in...
Page 370: Line Information (Atm)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.6 line Information (ATM) Input Format d e f a u l t Parameters The initial value items that can be set using line Information (ATM) and the initial values during initial installation are shown in Table 4-6.
Page 371: Subline Information (Wan)
4.7.7 Subline Information (WAN) Input Format d e f a u l t Parameters The initial value items that can be set using subline Information (WAN) and the initial values during initial installation are shown in Table 4-7. For details of each parameter, refer to the configuration definition information in "subline (subline Information)."...
Page 372: Ppp Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.8 PPP Information Input Format d e f a u l t Parameters The initial value items that can be set using PPP Information and the initial values during initial installation are shown in Table 4-8. For details of each parameter, refer to the configuration definition information in "PPP Information".
Page 373: Pppoe Information
4.7.9 PPPoE Information Input Format Parameters TThe initial value items that can be set using PPP Information and the initial values during initial installation are shown in Table 4-9. For details of each parameter, refer to the configuration definition information in "PPPoE Information" [ROUTE-OS6B]. Table 4-9 List of Initial Values That Can Be Set Using PPPoE Information and Initial Values During Initial Installation...
Page 374: Frame Relay Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.10 Frame Relay Information Input Format d e f a u l t Parameters The initial value items that can be set using frame relay Information and the initial values during initial installation are shown in Table 4-12, “List of Initial Values That...
Page 375: Table 4-10 List Of Initial Values That Can Be Set Using Frame Relay Information And Initial Values During Initial Installation
Table 4-10 List of Initial Values that can be set using Frame Relay Information and Initial Values during Initial Installation Information Information name group name frame_relay Procedure of PVC state report using Frame-Relay information protocol Direction of PVC state report procedure using Frame-Relay protocol Transmission of single PVC non-synchronous state display report using Frame-Relay protocol...
Page 376: Atm Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.11 ATM Information Input Format d e f a u l t 4-46 GR2K-GA-0014 Ver. 07-02...
Page 377: Table 4-11 List Of Initial Values That Can Be Set Using Arm Information And Initial Values During Initial Installation
Parameters The initial value items that can be set using ATM Information and the initial values during initial installation are shown in Table 4-11. Table 4-11 List of Initial Values That Can Be Set Using ARM Information and Initial Values During Initial Installation Information Information Name Group Name...
Page 378: Isdn Information (Japan Only)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 4-11 List of Initial Values That Can Be Set Using ARM Information and Initial Values During Initial Installation (continued) Information Information Name Group Name VC information Active/non-active state switching of VC...
Page 379: Table 4-12 List Of Initial Values That Can Be Set Using Isdn Information And Initial Values During Initial Installation
Parameters The initial value items that can be set using ISDN Information and the initial values during initial installation are shown in Table 4-12. For details of each parameter, refer to the configuration definition information in "ISDN Information". Table 4-12 List of Initial Values That Can Be Set Using ISDN Information and Initial Values During Initial Installation Information Information Name...
Page 380: Tunnel Interface Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 4-12 List of Initial Values That Can Be Set Using ISDN Information and Initial Values During Initial Installation (continued) Information Information Name Group Name ISDN Report of local IPX node number...
Page 381: Ip Interface Information
Table 4-13 List of Initial Values That Can Be Set Using Tunnel Information and Initial Values During Initial Installation Information Information Name Group Name Tunnel Optimizing option of tunnel relay performance information Tunnel interface MTU size Relay limit count during encapsulation 4.7.14 IP Interface Information Input Format...
Page 382: Table 4-14 List Of Default Values That Can Be Set Using Ip Information And Default Values During Initial Installation
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 4-14 List of Default Values That Can Be Set Using IP Information and Default Values During Initial Installation Information Information Name Group Name IP interface ARP cache table aging time...
Page 383: Nat-Pt Information
4.7.15 NAT-PT Information Input Format Changing information: Parameters The default value items that can be set using NAT-PT Information and the default values during initial installation are shown in Table 4-15. For details of each parameter, refer to the configuration definition information in GR2000 Configuration Commands, (universal CLI) Vol.
Page 384: Ipx Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 4-15 List of Default Values That Can Be Set Using NAT-PT Information and Default Values During Initial Installation Information Information Name Group Name ARP hardware type information DHCP...
Page 385: Table 4-16 List Of Initial Values That Can Be Set Using Ipx Information And Initial Values During Initial Installation
Parameters The initial value items that can be set using IPX Information and the initial values during initial installation are shown in Figure 1-9. For details of each parameter, refer to the configuration definition information in "Section 2.1, “IPX Objects". Table 4-16 List of Initial Values That Can Be Set Using IPX Information and Initial Values During Initial Installation Information...
Page 386: Bridge Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.17 Bridge information Input Format d e f a u l t Parameters The initial value items that can be set using bridge Information and the initial values during initial installation are shown in Table 4-17. For details of each parameter, refer to the configuration definition information in "Section 2.2, “Bridge Objects".
Page 387: Qos Information
4.7.18 QoS Information Input Format d e f a u l t (1*) For the maximum queue number, refer to the “qos-gueue-list (QoS queue attribute)." Parameters The initial value items that can be set using QoS Information and the initial values during initial installation are shown in Table 4-18.
Page 388: Table 4-18 List Of Initial Values That Can Be Set Using Qos Information And Initial Values During Initial Installation
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 4-18 List of Initial Values That Can Be Set Using QoS Information and Initial Values During Initial Installation Information Information Name Group Name Queue mode of queue list...
Page 389: Filter Information
4.7.19 Filter Information Input Format d e f a u l t Parameters The initial value items that can be set using filter Information and the initial values during initial installation are shown in Table 4-19. For details of each parameter, refer to 1.1.10 to 1.1.13 in this guide for filter information.
Page 390: Router-Default
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 4.7.20 router-default Function Displays the initial default values for the router configuration with the show subcommand. Input Format Parameters None Example Related Configuration Object router-default Precautions None 4-60 GR2K-GA-0014...
Page 391: Chapter 5 - Configuration Error Messages
Configuration Error Messages This chapter describes error messages displayed when you enter configuration commands. GR2K-GA-0014 Ver. 07-02 Chapter 5...
Page 392: Common
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Common Table 5-1 Configuration Error Messages Message Can not execute config command, please try again. Command incomplete because processing configuration deletion exceeded time limit.To complete deletion, please try same command again.
Page 393: Router Control Information
Table 5-1 Configuration Error Messages (continued)
Page 394 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Network Interface Table 5-3 Network Interface Error Messages Message AC name is longer than 32 characters. Atm not specified. Aux is not supported. Bod in ppp configuration not specified.
Page 395: Table 5-1. Configuration Error Messages
Table 5-3 Network Interface Error Messages (continued) Can not delete Frame Relay configuration with IP configuration. Can not delete group configuration referred by QoS IP configuration. Can not delete group configuration referred by QoS bridge configuration. Can not delete group configuration referred by QoS hdlc passthrough configuration.
Page 396: Network Interface
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-3 Network Interface Error Messages (continued) Can not delete line referred by QoS interface configuration. Can not delete line with ARP configuration. Can not delete line with ATM configuration.
Page 397 Table 5-3 Network Interface Error Messages (continued) Can not delete vc configuration with QoS interface configuration. Can not delete vp configuration with vc configuration. Can not set adtf. Can not set bod. Can not set bri topology on priisdn. Can not set call reference length on priisdn. Can not set cdf.
Page 398 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-3 Network Interface Error Messages (continued) Dch line not specified. Dlci not specified. Duplicate dlci. Duplicate IP address. Duplicate subline number. Duplicate timeslot. Duplicate vc. Duplicate vpi. Echo success times is greater than echo trial times.
Page 399 Table 5-3 Network Interface Error Messages (continued) Invalid phone number. Invalid physical interface type. Invalid remote IP address. Invalid remote IP address. Invalid timeslot number. Invalid traffic. IP address configuration not specified. IP configuration not specified. Line already defined. LINE No. out of range. Links not specified.
Page 400 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-3 Network Interface Error Messages (continued) Mcr not specified. Minimum rate is greater than server rate2. Monitored events counter is less than error threshold. NIF board is not mounted.
Page 401 Table 5-3 Network Interface Error Messages (continued) Relations between local management and inverse arp(dlci). Relations between mcr and icr are inconsistent. Relations between mcr and pcr are inconsistent. Relations between mcr, pcr and priority4 pcr are inconsistent. Relations between overload link add threshold and overload link drop threshold are inconsistent.
Page 402 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-3 Network Interface Error Messages (continued) Relations between total of vp and vp shaping number are inconsistent. Relations between traffic abr pcr and vp pcr are inconsistent. Relations between traffic gfr mcr and vp pcr are inconsistent.
Page 403 Table 5-3 Network Interface Error Messages (continued) The total of traffic cbr pcr, vbr scr, and abr mcr exceeded vp pcr. The total of traffic gfr mcr exceeded vp pcr. The total of traffic gfr2 mcr exceeded vp pcr. Timeslot number not specified. Traffic not specified.
Page 404: Ip Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 IP Information Table 5-4 IP Information Error Messages Message Can not be multihome. Can not change interface name. Can not delete IP configuration dlci with dlci-group replace. Can not delete IP configuration dlci with dlci-group.
Page 405 Table 5-4 IP Information Error Messages (continued) Can not delete policy group configuration with filter list configuration. Can not delete policy list configuration with policy group configuration. Can not delete relay group configuration with relay interface configuration. Can not delete relay list configuration with relay group configuration.
Page 406 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-4 IP Information Error Messages (continued) Duplicate relay address. Duplicate subject IP address. Duplicate vlan. Inconsistency has occurred in a setting of IPv6 address and NDP. Interface name not specified.
Page 407 Table 5-4 IP Information Error Messages (continued) Maximum number of IP addresses are already defined on the RP. Maximum number of IP configurations are already defined. Maximum number of linklocal address are already defined. Maximum number of policy group name are already defined.
Page 408 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-4 IP Information Error Messages (continued) Relations between destination ip address and local address in router configuration are inconsistent. Relations between destination IP address and IP address in IP address configuration.
Page 409 Table 5-4 IP Information Error Messages (continued) This interface is multihome/please use ip-address object. Virtual router ip address not specified. Cannot utilize IPv6 and VPN option simultaneously. 6to4 tunnel configuration is already defined. Invalid 6to4 tunnel IPv6 address. IPv4 address cannot change because used by 6to4 tunnel.
Page 410: Routing Protocol
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Routing Protocol Table 5-5 Routing Protocol Error Messages Message aggregate: duplicate AS path pattern in list aggregate: duplicate autonomous-system in list at aggregate: duplicate entry at
mask ...
Page 411 Table 5-5 Routing Protocol Error Messages (continued) aggregate: linklocal address should be followed by % (IPv6 interface name) aggregate: low end of range shorter than prefix mask aggregate: low end of range ( bits) is greater than high end ( bits) aggregate: mask not contiguous aggregate: Non-masked bits not zero for
...
Page 412 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) attribute-list: invalid {BGP|BGP4+} metric value at not in range 0 to 65535 attribute-list: invalid index number in extended community number value at not in...
Page 413 Table 5-5 Routing Protocol Error Messages (continued) bgp: as-count only makes sense with external peers bgp: as-count option is not supported the policy group bgp: as-override may only be used with external peers bgp: as-override option must be the same in the policy group bgp: aspath-opt option is not supported the policy group...
Page 414 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) bgp: external peer must not have the same AS as we do locally member AS () bgp: gateway not a host address on an attached network :
...
Page 415 Table 5-5 Routing Protocol Error Messages (continued) bgp: invalid ttl value at not in range 1 to 255 bgp: invalid vpn number value at not in range 1 to bgp: ipv4-uni option is not supported for this peer type bgp: ipv4-vpn option not valid for vpn bgp: keep-none-vpn option not valid for vpn...
Page 416 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) bgp: "peer local" can be used only with routing peer group bgp: permit-asloop may only be used with external peers bgp: policygroup can be used in same group...
Page 417 Table 5-5 Routing Protocol Error Messages (continued) bgp: This peer address matches the local router id
bgp4+: address should not be:: bgp4+: address should not be v4-compat bgp4+: address should not be v4-mapped bgp4+: as-count only makes sence with external peers bgp4+: as-count optionis not supported the policy group...
Page 418 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) bgp4+: external peer must not have the same AS as we do locally () bgp4+: external peer must not have the same AS as we do locally member AS ()
Page 419 Table 5-5 Routing Protocol Error Messages (continued) bgp4+:only one choice the gateway option or the multihop option bgp4+: only one choice the gateway option or the set-nexthoppeer option bgp4+: only one choice the refresh option or the refresh-128 option bgp4+: out of range bgp4+: permit-asloop may only be used with external peers bgp4+: policygroup can be used in same...
Page 420 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) bgp4+: the peer group option must be the same for policy group bgp4+: the peer option is link-local address, but the internal peeras group is not supported...
Page 421 Table 5-5 Routing Protocol Error Messages (continued) export: Attribute-filter not found at export: attribute-list name "" longer than 15 characters export: {bgp|bgp4+} attribute option of route-filter must not be define for {rip|riping|ospf_ase|ospf6_ase} export: duplicate AS path pattern in list export: duplicate autonomous-system in list at ...
Page 422 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) export: invalid autonomous system value at not in range 1 to 65534 export: invalid {BGP|BGP4+} {metric|localpref} metric value at not...
Page 423 Table 5-5 Routing Protocol Error Messages (continued) export: invalid {RIP|RIPng} metric value at not in range 1 to 16 export: invalid route-filter number value at not in range 1 to 65535 export: invalid vpn number value at not in range 1 to ...
Page 424 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) export: route-filter not found at export: Set-attribute "" cannot be specified export: Set-attribute not found at export: syntax error export: tag option of route-filter must not be...
Page 425 Table 5-5 Routing Protocol Error Messages (continued) import: duplicate gateway in list at
In the import definition, a gateway address is duplicated. Use a import: duplicate interface address in list at
import: duplicate peer address in list at ...
Page 426 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) import: invalid number of route-filter lists value at not in range 1 to 8 import: invalid octet value at not in range 0 to 255 import: invalid preference value at ...
Page 427 Table 5-5 Routing Protocol Error Messages (continued) import: Non-masked bits not zero for
masklen import: not IPv6 prefix import: out of range import: proto option of route-filter must not be define for import filter import: route-filter name "" cannot be specified import: route-filter name ""...
Page 428 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) network-filter: invalid {inet|IPv6} mask bits value at not in range 0 to {32|128} network-filter: invalid low end of range value at not in range 0 to {32|128} network-filter: invalid network-filter number value at ...
Page 429 Table 5-5 Routing Protocol Error Messages (continued) options: invalid maximum paths value at not in range 1 to 16 options: invalid octet value at not in range 0 to 255 options: out of range options: syntax error ospf: 2 or more areas have been defined: need to configure backbone ospf: authentication-key ""...
Page 430 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) ospf: Interface not found at ’’ ospf: Interface not found at
ospf: invalid area-number value at not in range 0 to 4294967295 ospf: Invalid domain configuration value at ’5’...
Page 431 Table 5-5 Routing Protocol Error Messages (continued) ospf: invalid retransmit-interval value at not in range 1 to 65535 ospf: invalid router-dead-interval value at not in range 1 to 65535 ospf: invalid seconds value at not in range 0 to 4294967295 ospf: invalid transit-delay value at ...
Page 432 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) ospf: stop generate time must be later than start generate time ospf: stub option not valid for backbone ospf: syntax error ospf: this Router ID and Neighbor ID must be...
Page 433 Table 5-5 Routing Protocol Error Messages (continued) ospf6: invalid hello-interval value at ’’ not in range 1 to 255 ospf6: invalid instance value at ’’ not in range 0 to 255 ospf6: invalid octet value at ’’ not in range 0 to 255 ospf6: invalid OSPF6 cost value at ’’...
Page 434 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) rip: duplicate rip clause rip: duplicate rip interface parameter rip: Interface not found at ’’ rip: Interface not found at
...
Page 435 Table 5-5 Routing Protocol Error Messages (continued) ripng: invalid aging time value at ’’ not in range 1 to 360 ripng: invalid external-route-tag value at ’’ not in range 1 to 65535 ripng: invalid holdcount value at ’’ not in range 1 to 8 ripng: invalid preference value at ’’...
Page 436 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) route-filter: duplicate interface address in list route-filter: duplicate peer address in list at ’ route-filter: duplicate proto in list at ’’ route-filter: duplicate route-filter at ...
Page 437 Table 5-5 Routing Protocol Error Messages (continued) route-filter: invalid domain-number value at not in range 1 to 65535. route-filter: invalid high end of range value at not in range 0 to {32|128} route-filter: invalid index number in extended community number value at ...
Page 438 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) route-filter: invalid vpn number value at not in range 1 to route-filter: ipv4 protocol and ipv6 protocol must not be intermingled: ...
Page 439 Table 5-5 Routing Protocol Error Messages (continued) routerid: address invalid for routerid routerid: error resolving ’’: Unknown host routerid: invalid octet value at not in range 0 to 255 routerid: out of range routerid: routerid specified twice routerid: syntax error static: address should not be:: static: address should not be v4-compat static: address should not be v4-mapped...
Page 440 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-5 Routing Protocol Error Messages (continued) static: invalid octet value at not in range 0 to 255 static: invalid pollcount value at xxx not in range 1 to 10 static: invalid pollinterval value at ...
Page 441 Table 5-5 Routing Protocol Error Messages (continued) vpnmap: address invalid for routerid vpnmap: duplicate extended community. vpnmap: duplicate vpn at vpnmap: error resolving ’’: Unknown host vpnmap: invalid autonomous system number value at not in range 1 to 65534 vpnmap: invalid index number in extended community number value at ...
Page 442: Multicast Routing Protocol
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Multicast Routing Protocol Table 5-6 Multicast Router Control Information Error Messages Message configuration check error dvmrp: can not locate tunnel on interface dvmrp: can not set interface address at
...
Page 443 Table 5-6 Multicast Router Control Information Error Messages (continued) dvmrptunnel: error resolving
: Unknown host dvmrptunnel: octet or hex string too long to be an IP address dvmrptunnel: specified remote address
belongs to the local network of this router dvmrptunnel: the total number of enable interfaces is more than the maximum permitted (32)
Page 444 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-6 Multicast Router Control Information Error Messages (continued) igmp: Interface not found at
igmp: invalid max-response-time value at not in range 1 to igmp: invalid inet mask length for interface
...
Page 445 Table 5-6 Multicast Router Control Information Error Messages (continued) multicast: can not set interface address at
multicast: duplicate group address with the same mask at multicast: duplicate group address with the same mask at / multicast: duplicate group address with the same mask at ...
Page 446 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-6 Multicast Router Control Information Error Messages (continued) multicast: duplicate group address with the same mask at mask multicast:duplicate group
clause multicast:duplicate source
clause multicast: duplicate interface address at
...
Page 447 Table 5-6 Multicast Router Control Information Error Messages (continued) multicast: invalid inet mask bits value at not in range 4 to 32 multicast: mask length out of range from 4 to multicast: mask not contiguous multicast: Non-masked bits not zero for ...
Page 448 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-6 Multicast Router Control Information Error Messages (continued) pim: can not set interface address at
pim: dense and sparse can not be set up simultaneously pim: duplicate group address and mask ...
Page 449 Table 5-6 Multicast Router Control Information Error Messages (continued) pim: invalid max-interfaces value at ’’ pim: mask not contiguous pim: Non-masked bits not zero for / pim: Non-masked bits not zero for mask pim: Non-masked bits not zero for ...
Page 450 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-6 Multicast Router Control Information Error Messages (continued) pim: the total number of enable interfaces is more than the max-interfaces value () though it is less than the maximum number of interfaces that this router runs ()
Page 451 Table 5-6 Multicast Router Control Information Error Messages (continued) pim: the total number of enable interfaces is more than the maximum number of interfaces that this router runs () though it is less than the max-interfaces value () pim: the total number of groups on candidate-rp is more than the maximum permitted (128) pim: the total number of interfaces is more...
Page 452: Ipv6 Multicast Routing Protocol
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 IPv6 Multicast Routing Protocol Table 5-7 IPv6 Multicast Router Control Information Error Messages Message configuration check error mld:address of group definition is not omissible mld:address of source definition is not omissible mld:
...
Page 453 Table 5-7 IPv6 Multicast Router Control Information Error Messages (continued) pim6: duplicate group prefix / pim6: duplicate pim6 clause pim6: duplicate sparse parameter pim6: global or site local address not assigned on router local address pim6: group prefix() has a narrow scope pim6: interface ...
Page 454: Flow Information Error Messages
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Flow Information Error Messages Table 5-8 Flow Information Error Messages Message Can not change cops_range. Can not delete all action because premium is defined. Can not delete flow list because COPS used.
Page 455 Table 5-8 Flow Information Error Messages (continued) Can not delete upc or min_rate because penalty_tos or penalty_dscp is defined. Can not delete upc or min_rate because penalty_dscp is defined. Can not set disable. Can not set discard because replace_tos or replace_dscp is already defined.
Page 456 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-8 Flow Information Error Messages (continued) Can not set max_rate because replace_user_priority is already defined. Can not set penalty_tos or penalty_dscp because upc or min_rate not specified. Can not set max_rate_burst because max_rate not specified.
Page 457 Table 5-8 Flow Information Error Messages (continued) Can not set penalty_drop because replace_user_priority is already defined. Can not set penalty_drop because upc or min_rate not specified. Can not set penalty_dscp because replace_user_priority is already defined. Can not set penalty_tos or penalty_dscp because replace_user_priority is already defined.
Page 458 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-8 Flow Information Error Messages (continued) Can not set repalce_exp and these parametors(replace_tos, replace_dscp, tos_map, dscp_map, penalty_drop, penalty_tos, penalty_dscp, penalty_discard) in the same flow list configuration. Can not set replace_exp because penalty_discard is already defined.
Page 459 Table 5-8 Flow Information Error Messages (continued) Can not set replace_user_priority because penalty_dscp is already defined. Can not set replace_user_priority because penalty_tos or penalty_dscp is already defined. Can not set replace_user_priority because replace_exp is already defined. Can not set replace_user_priority because tos_map or dscp_map is already defined.
Page 460 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-8 Flow Information Error Messages (continued) Can not set upc because max_rate or min_rate is already defined. Can not set upc because replace_user_priority is already defined. Can not set upc_burst because upc not specified.
Page 461 Table 5-8 Flow Information Error Messages (continued) lower out of range Masklen is not in range of 0 to 32. max_rate is not in range of 0 to 2400000. max_rate_burst is not in range of 0 to 131072. The input value is out of the prescribed range. Set the range of 0 to Maximum number of Flow IPv6 Filter_interface configurations are already defined.
Page 462 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-8 Flow Information Error Messages (continued) protocol out of range QoS IP configuration is already defined. Relation between regular protocol and premium protocol are inconsistent. replace_exp out of range...
Page 463 Table 5-8 Flow Information Error Messages (continued) Can not set penalty_dscp because upc or min_rate not specified. Can not set these parametors(replace_dscp, dscp_map) in the same flow list configuration. Can not set penalty_discard because replace_dscp is already defined. Can not set penalty_discard because dscp_map is already defined.
Page 464 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-8 Flow Information Error Messages (continued) Can not set penalty_discard because replace_dscp or dscp_map is already defined. Can not set penalty_dscp because replace_dscp or dscp_map is already defined.
Page 465 Table 5-8 Flow Information Error Messages (continued) Can not set replace_dscp because group is already defined. Can not set penalty_dscp because group is already defined. Can not set dscp_map because group is already defined. Can not set index because group is already defined.
Page 466: Filter And Qos Information (Other Than Flow Information)
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Filter and QoS Information (Other than Flow Information) Table 5-9 Filter and QoS Information (Other than Flow Information) Error Messages Message Branch index is greater than group index. Can not delete filter group configuration referred by filter interface configuration.
Page 467 Table 5-9 Filter and QoS Information (Other than Flow Information) Error Messages Can not set QoS IP list tos map. Can not set QoS IP list upc penalty drop. Can not set QoS IP list upc penalty modified discard class. Can not set QoS IP list upc penalty modified new tos number.
Page 468 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-9 Filter and QoS Information (Other than Flow Information) Error Messages Filter list not specified. Filter list number not specified. Filter not specified. Invalid ip destination network class.
Page 469 Table 5-9 Filter and QoS Information (Other than Flow Information) Error Messages Maximum number of QoS IP list group configurations are already defined. Maximum number of QoS IPX configurations already defined on the RP. Maximum number of QoS IPX configurations already defined.
Page 470 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-9 Filter and QoS Information (Other than Flow Information) Error Messages QoS IP list group entry number not specified. QoS IP list group name not specified. QoS IP list ip destination high is less than QoS IP list ip destination low.
Page 471 Table 5-9 Filter and QoS Information (Other than Flow Information) Error Messages Relations between QoS IP list discard class, QoS IP list replace tos and QoS IP list tos map are inconsistent. Relations between QoS IP list ip pair switch and QoS IP list pair synchronized are inconsistent.
Page 472 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-9 Filter and QoS Information (Other than Flow Information) Error Messages Relation between Rate1, Rate2, Rate3 and Rate4 are inconsistent. The total of QoS queue list bandwidth exceeded 100%.
Page 473: Mpls Information
5.10 MPLS Information Table 5-10 MPLS Information Error Messages [ROUTE-OS7] Message explicit_route: duplicate IP address at ’
’ in list ’’ explicit_route: invalid IP address ’
’ in ’’ explicit_route: invalid mask value at ’’ in ’
’ not in 1 to 32 in ’’ explicit_route: invalid mask value ’
’...
Page 474 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-10 MPLS Information Error Messages [ROUTE-OS7] (continued) label_switched_path: duplicate ’to
’ in ’’ label_switched_path: duplicate vpn in ’’ label_switched_path: either ’to’ or explicit_route_name is needed in ’’...
Page 475 Table 5-10 MPLS Information Error Messages [ROUTE-OS7] (continued) label_switched_path: the explicit_route_name ’’ for the secondary_label_switched_path should not be the same explicit_route_name for the label_switched_path in ’’ label_switched_path: vpn is necessary in ’’ label_switched_path: When VPN and flow_map are set up, ether one only a side is possible in ’’...
Page 476 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-10 MPLS Information Error Messages [ROUTE-OS7] (continued) mpls: duplicate explicit_route_name ’’ mpls: duplicate label_switched_path_name ’’ mpls: duplicate l2transport mpls: duplicate lsp path to same destination ’
’...
Page 477 Table 5-10 MPLS Information Error Messages [ROUTE-OS7] (continued) secondary_label_switched_path: duplicate pinning in ’’ secondary_label_switched_path: duplicate retry_interval in ’’ secondary_label_switched_path: explicit_route_name is mandatory in ’’ secondary_label_switched_path: invalid retry_interval value ’’ not in range 10 to 600 in ’’ topology_driven: duplicate default topology_driven: duplicate IP address in list at ’
’...
Page 478: Ipx Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5.11 IPX Information Table 5-11 IPX Information Error Messages Message Can not delete IPX with IPX filtering configuration. Can not delete IPX with IPX interface configuration. Can not delete IPX with IPX rip filtering configuration.
Page 479 Table 5-11 IPX Information Error Messages (continued) Duplicate ethernet802.3 network address, llc network address. Duplicate ethernet802.3 network address, network address. Duplicate ethernet802.3 network address, snap network address. Duplicate IPX filtering. Duplicate IPX rip filtering. Duplicate IPX sap filtering. Duplicate IPX static route. Duplicate IPX static sap.
Page 480 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-11 IPX Information Error Messages (continued) Duplicate snap network address, snap network address. Hops not specified. Interface name not specified. Invalid name . IPX interface already defined. IPX not specified.
Page 481: Bridge Information
5.12 Bridge Information Table 5-12 Bridge Information Error Messages Message Action (drop , forward) not specified. Duplicate extended filtering. Duplicate filtering database. Interface name not specified. Invalid port mode. IP interface is not defined. Length not specified. MAC address not specified. Maximum number of bridge interfaces are already defined on the RP.
Page 482: Vrrp Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5.13 VRRP Information Table 5-13 VRRP Information Error Messages Message Critical interface with target address not specified. Target address not specified. Failure detection times is greater than check trial times.
Page 483: Snmp Information
5.14 SNMP Information Table 5-14 SNMP Information Error Messages Message Community name not specified. Duplicate RMON alarm index. Duplicate RMON event index. Duplicate RMON history control index. Duplicate snmp configuration. Invalid RMON history control line. Manager IP address not specified. No such RMON history control line.
Page 484: Cops Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5.15 COPS Information Table 5-15 COPS Information Error Messages Message Both are required for pepid and primary. Both are required for server_password and cops_password. COPS program is editing the configuration, please try again.
Page 485: Radius
5.16 RADIUS Table 5-16 RADIUS Error Messages Message Range of retransmit is from 0 to 15. Range of timeout is from 1 to 30. Range of auth_port is from 0 to 65535. Parameter of key is wrong. key option required for server. Invalid IP address for server.
Page 486: Operation Management Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5.17 Operation Management Information Table 5-17 Operation Management Information Error Messages Message ntp: "
" is not class D at multicastclient line ntp: "
" not valid number at broadcast line ntp: "
"...
Page 487: Address Translation Information
5.18 Address Translation Information Table 5-18 Address Translaion Information Error Messages Message nat:timeout is not in range 300 to 86400 nat:network mask length of NAT source IP address is not in range 8 to 32. at:network mask length of NAT translation IP address is not in range 8 to 30 or 32.
Page 488 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-18 Address Translaion Information Error Messages (continued) nat:option requires an argument -- service nat:Can not specify "auto" to a source IP address. nat:Can not specify "auto" to a translation IP address.
Page 489: Dhcp Server Information
5.19 DHCP Server Information Table 5-19 DHCP Server Information Error Messages Message dhcp-server: expecting netmask dhcp-server: fixed-address is already used dhcp-server: interface not found at ’’ dhcp-server: invalid DHCP option dhcp-server: invalid DHCP option value dhcp-server: invalid IP address dhcp-server: invalid MAC address dhcp-server: invalid host-name dhcp-server: invalid range...
Page 490: Dhcp Client Information
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5.20 DHCP Client Information Table 5-20 DHCP Client Information Error Messages Message dhcp-client: maximum number of interfaces already defined dhcp-client: interface already used by other function dhcp-client: definition of IP address is not...
Page 491: Dns Resolver Information
5.22 DNS Resolver Information Table 5-22 DNS Resolver Information Error Messages Message Can not set domain configuration without hostname configuration, or can not delete hostname configuration with domain configuration. Can not set domain configuration without nameserver configuration, or can not delete nameserver configuration with domain configuration.
Page 492: Other Error Messages
Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 5.25 Other Error Messages The following sub-commands (mainly, the open, close, save and copy sub-commands) are used for other purposes than for editing configuration definitions. Table 5-25 Other Error Messages Message Bad address.
Page 493 Table 5-25 Other Error Messages (continued) CAUTION: Current configuration file was successfully changed. Configuration file do not modified to standby RM because configuration file copy failed. CAUTION: Current configuration file was successfully saved. Update configuration file do not copy to standby RM because standby RM is not ready.
Page 494 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-25 Other Error Messages (continued) Configuration file copy failed. Configuration file copy failed because cached configuration file create failed. Configuration file do not copy to standby RM because standby RM is not ready.
Page 495 Table 5-25 Other Error Messages (continued) Current configuration file was successfully changed. Configuration file do not modified to standby RM because configuration file is opened in standby RM. Current configuration file was successfully changed. Configuration file do not modified to standby RM because standby RM is not ready.
Page 496 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 Table 5-25 Other Error Messages (continued) Not a directory. Operation not permitted. Permission denied. Resource temporarily unavailable. syntax error line Text file busy. Too many levels of symbolic links.
Page 497 alarm, snmp object 3-12 alarm-group information 3-12 ARP info. when WAN (frame relay) is used 2-9 board disablement object --- disable 4-31 bridge 2-29 bridge objects 2-29 bridge 2-29 bridge-interface 2-30 extended-filtering 2-35 filtering-database 2-33 spanning-tree 2-39 bridge-interface 2-30 command bridge 2-29 snmp 3-1 community 3-19...
Page 498 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2 static-route 2-11 static-sap 2-14 IPX QoS settings 1-205 IPX routing protocol info. 2-1 IPX static route settings 2-11 ipx-arp 2-9 ipx-filtering 2-24 ipx-interface 2-3 line name 3-8 log information 4-7...
Page 499 sample 3-13 sap-filtering 2-21 show, subcommand 4-34, 4-40, 4-42, 4-43, 4-46, 4-48, 4-50, 4-51, 4-54, 4-56, 4-57, 4-59 SNMP information objects, application of 3-1 snmp 3-1 SNMP manager IP Address 3-2 SNMP managers creation 3-1 deletion 3-1 display 3-1 modification 3-1 SNMP object alarm 3-12 event 3-19...
Page 500 Hitachi Gigabit Router GR2000 Series Enhanced Version Configuration Commands, Vol. 2, Part No. GR2K-GA-0014, Version 07-02 Copyright © 2002, Hitachi America, Ltd., All rights reserved, Printed in the U.S.A. Hitachi America, Ltd., 2000 Sierra Point Parkway, Brisbane, CA 94005-1835 U.S.A.

Hitachi GR2000 Series Configuration Commands

Chapter 1 - Filtering/Qos Information

Chapter 2 - Ipx/Bridge Information

Chapter 3 - SNMP Information

Chapter 4 - Operation Management Information

Chapter 5 - Configuration Error Messages

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Summary of Contents for Hitachi GR2000 Series