北电Passport8600原版手册-rip

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passport系统用户维护手册

passport系统用户维护手册精品汇编资料Passport 7400/15000系统用户维护手册北电网络2003年3月本手册系根据Passport 7400 和 Passport 150000 的主要性能要求制订，作为机房维护人员的参考指南，为更有效地管理系统及保障系统的可靠性，预防和及时发现潜在的问题提供帮助。

本手册针对 Passport 的特点，给出了部分技术指标和操作方法，维护人员可根据本手册制订相应表格，或参考我们制订的表格，周期性的记录测试和观察的结果。

维护人员应严格按照维护规程操作，并如实填写维护日志。

在维护人员发现和解决问题的过程中，如发现与北电NTP资料有异，则以北电NTP资料为准；如需要支援可联系我们的技术人员。

我们希望本手册能够帮助您更好地管理和维护Passport系统，使其达到最佳的运行状态；如在使用本手册过程中发现有错误之处，或您有更好见解，请与我们联系、商讨。

我们将经常更新，以使其更加完善。

目录前言......................................................... 第一部分 Passport 交换机维护规程................................. 一：北电用户服务和技术支持流程....................................... 二：ATM 网络维护人员分工原则......................................... 三：PASSPORT 交换机硬件系统维护...................................... 四：PASSPORT 交换机软件系统及业务电路的维护.......................... 五：网管系统的维护................................................... 第二部分 Passport维护工作详述..................................... 第一章Passport15000硬件简介及维护................................ 第二章Passport7480硬件简介及维护 ................................. 第三章Passport软件及业务系统维护详解............................. 第三部分告警.................................................... 一：Passport告警概论................................................. 二：告警策略......................................................... 三：产生告警主要情况：............................................... 四：告警清除......................................................... 五：告警信息解释..................................................... 第四部分 Passport业务配置与故障排查 ............................. 一：ATM业务配置及故障排查：.......................................... 二：帧中继业务配置及故障排查：....................................... 三：FrAtm业务配置及故障排查：........................................ 四：电路仿真业务配置及故障排查：..................................... 五：IP over Passport业务配置及故障排查： ............................第一部分 Passport 交换机维护规程北电PASSPORT系列交换机的维护主要包括对硬件系统、软件系统、网管系统以及各项业务的日常维护，同时这些维护工作又可以分为日维护项目、周维护项目和月维护项目。

视频会议HDV8600-MCU说明书

件解码TV输出、四画面分割后TV输出功能、HDV8602网络模块单元主要完成中
心会场对远端分会场之间的以太网数据通信的功能，它集视频、音频、数据控
制等媒体功能于一体，能够提供功能完备的多点音/视频/数据通信和交互功能。
HDV8600 MPEG-4 MCU具有使用简单、可靠性高、经济、实用等特点，可以
以太网络通道，通过网络接口单元的级联可以灵活扩展到与64个会场的以太网
通道的通信能力，HDV8602 网络接口单元内置网桥电路。
HDV8602 网桥接口单元主要功能:
. 专门用于中心会场和远端分会场建立以太网数据通道。
. 可以与HDV8600 MCU控制单元通过高速总线接口进行级联。
2.2 设备外观
2-2-1 前面板
HDV8600MPEG -4 MCUST13ST14ST15ST16PWRbqvision(1)(2)(3)(4)
ST9ST10ST11ST12ST5ST6ST7ST8ST1ST2ST3ST4ST17
（1） —— 型号标记（2） ——设备状态指示灯
. 专门用于会议电视远程会场的解码。
. 可以与HDV8600 MCU控制单元通过高速总线接口进行级联。
. 具有四画面图像显示功能。
. 标准19英寸机箱，1U高，便于安装使用。
. 可以选择220V、24V、48V供电方式。
文本框: HDV8601 解码单元外型示意图
. 可以选择220V、24V、48V供电方式。
文本框: HDV8600 MCU控制单元外型示意图
2.1 技术参数
2-1-1 视频
视频压缩标准：
. MPEG-4
. 分辨率 352x288（CIF），352x576（HD1），720x576（D1）

北电Passport8600原版手册-SwitchModules

Part No. 316340-BMay 20044655 Great America ParkwaySanta Clara, CA 95054Important Information about the 8600 Series Switch Modules*316340-B_Rev_00*•International regulatory statements of conformity •Nortel Networks Inc. software license agreement •Important notice about apparent module failure •Determining hardware and software compatibility •Locating your software •Reading path2Copyright © 2004 Nortel NetworksAll rights reserved. May 2004.The information in this document is subject to change without notice. The statements, configurations, technical data, and recommendations in this document are believed to be accurate and reliable, but are presented without express or implied warranty. Users must take full responsibility for their applications of any products specified in this document. The information in this document is proprietary to Nortel Networks Inc.TrademarksNortel Networks, the Nortel Networks logo, the Globemark, Unified Networks, BayStack, and Passport are trademarks of Nortel Networks.Adobe and Acrobat Reader are trademarks of Adobe Systems Incorporated.3COM is a trademark of 3COM Corporation.Hendry is a trademark of Hendry Mechanical Works.Intel is a trademark of Intel Corporation.SanDisk is a trademark of SanDisk Corporation.The asterisk after a name denotes a trademarked item.Statement of conditionsIn the interest of improving internal design, operational function, and/or reliability, Nortel Networks Inc. reserves the right to make changes to the products described in this document without notice.Nortel Networks Inc. does not assume any liability that may occur due to the use or application of the product(s) or circuit layout(s) described herein.International regulatory statements of conformityThis is to certify that the Nortel Networks 8000 Series chassis and components installed within the chassis were evaluated to the international regulatory standards for electromagnetic compliance (EMC) and safety and were found to have met the requirements for the following international standards:•EMC - Electromagnetic Emissions – CISPR 22, Class A•EMC - Electromagnetic Immunity – CISPR 24•Electrical Safety – IEC 60950, with CB member national deviationsFurther, the equipment has been certified as compliant with the national standards as detailed below.National electromagnetic compliance (EMC) statements of complianceFCC statement (USA only)This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the Federal Communications Commission (FCC) rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy. If it is not installed and used in accordance with the instruction manual, it may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case users will be required to take whatever measures may be necessary to correct the interference at their own expense.316340-B Rev 003 ICES statement (Canada only)Canadian Department of Communications Radio Interference RegulationsThis digital apparatus (8000 Series chassis and installed components) does not exceed the Class A limits for radio-noise emissions from digital apparatus as set out in the Radio Interference Regulations of the Canadian Department of Communications.Règlement sur le brouillage radioélectrique du ministère des CommunicationsCet appareil numérique (8000 Series chassis) respecte les limites de bruits radioélectriques visant les appareilsnumériques de classe A prescrites dans le Règlement sur le brouillage radioélectrique du ministère des Communications du Canada.CE marking statement (Europe only)EN 55 022 statementsThis is to certify that the Nortel Networks 8000 Series chassis and components installed within the chassis are shielded against the generation of radio interference in accordance with the application of Council Directive 89/336/EEC. Conformity is declared by the application of EN 55 022 Class A (CISPR 22).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 appropriate measures.Achtung: Dieses ist ein Gerät der Funkstörgrenzwertklasse A. In Wohnbereichen können bei Betrieb dieses Gerätes Rundfunkstörungen auftreten, in welchen Fällen der Benutzer für entsprechende Gegenmaßnahmen verantwortlich ist. Attention: Ceci est un produit de Classe A. Dans un environnement domestique, ce produit risque de créer desinterférences radioélectriques, il appartiendra alors à l’utilisateur de prendre les mesures spécifiques appropriées.EN 55 024 statementThis is to certify that the Nortel Networks 8000 Series chassis is shielded against the susceptibility to radio interference in accordance with the application of Council Directive 89/336/EEC. Conformity is declared by the application ofEN 55 024 (CISPR 24).EC Declaration of ConformityThis product conforms to the provisions of the R&TTE Directive 1999/5/EC.VCCI statement (Japan/Nippon only)This is a Class A product based on the standard of the V oluntary Control Council for Interference (VCCI) for information technology equipment. If this equipment is used in a domestic environment, radio disturbance may arise. When such trouble occurs, the user may be required to take corrective actions.Important Information about the 8600 Series Switch Modules4316340-B Rev 00BSMI statement for 8010, 8006 and 8003 chassis (Taiwan only)This is a Class A product based on the standard of the Bureau of Standards, Metrology and Inspection (BSMI) CNS 13438, Class A.MIC notice for 8010, 8006, 8003 chassis (Republic of Korea only)This device has been approved for use in Business applications only per the Class A requirements of the Republic of Korea Ministry of Information and Communications (MIC). This device may not be sold for use in a non-business application.5 National safety statements of complianceCE marking statement (Europe only)EN 60 950 statementThis is to certify that the Nortel Networks 8000 Series chassis and components installed within the chassis are in compliance with the requirements of EN 60 950 in accordance with the Low V oltage Directive. Additional national differences for all European Union countries have been evaluated for compliance. Some components installed within the 8000 Series chassis may use a nickel-metal hydride (NiMH) and/or lithium-ion battery. The NiMH and lithium-ion batteries are long-life batteries, and it is very possible that you will never need to replace them. However, should you need to replace them, refer to the individual component manual for directions on replacement and disposal of the battery. NOM statement 8010, 8006, and 8003 chassis (Mexico only)The following information is provided on the devices described in this document in compliance with the safety requirements of the Norma Oficial Méxicana (NOM):Exporter:Nortel Networks, Inc.4655 Great America ParkwaySanta Clara CA 95054 USAImporter:Nortel Networks de México, S.A. de C.V.Avenida Insurgentes Sur #1605Piso 30, OficinaCol. San Jose InsurgentesDeleg-Benito JuarezMéxico D.F. 03900Tel:52 5 480 2100Fax: 52 5 480 2199Input:(8003 Chassis only)100 to 240 V AC, 50 to 60 Hz, 9 A max. per power supplysingle supply, or + one redundant supply configurationsInput:(8006 and 8010 Chassis only)100 to 240 V AC, 50 to 60 Hz, 12 A max. per power supply–48 to –60 VDC, 29 A max. per power supplysingle supply, two supplies, or two supplies + one redundant supply configurationsInformación NOM (unicamente para México)La información siguiente se proporciona en el dispositivo o en los dispositivos descritos en este documento, en cumplimiento con los requisitos de la Norma Oficial Méxicana (NOM):Exportador: Nortel Networks, Inc.4655 Great America ParkwaySanta Clara, CA 95054 USAImportador:Nortel Networks de México, S.A. de C.V.Avenida Insurgentes Sur #1605Piso 30, OficinaImportant Information about the 8600 Series Switch Modules6316340-B Rev 00Col. San Jose Insurgentes Deleg-Benito JuarezMéxico D.F. 03900Tel: 52 5 480 2100Fax:52 5 480 2199Embarcar a:(8003 Chassis)100 to 240 V CA, 50 to 60 Hz, 9 A max. por fuente de poderuna fuente o una + configuraciones de una fuente redundanteEmbarcar a:(8006 and 8010 Chassis)100 to 240 V CA, 50 to 60 Hz, 12 A max. por fuente de poder–48 to –60 V CD, 29 A max. por fuente de poderuna fuente, dos fuentes o dos + configuraciones de una fuente redundanteNortel Networks Inc. software license agreementThis Software License Agreement (“License Agreement”) is between you, the end-user (“Customer”) and Nortel Networks Corporation and its subsidiaries and affiliates (“Nortel Networks”). PLEASE READ THE FOLLOWING CAREFULLY. YOU MUST ACCEPT THESE LICENSE TERMS IN ORDER TO DOWNLOAD AND/OR USE THE SOFTWARE. USE OF THE SOFTW ARE CONSTITUTES YOUR ACCEPTANCE OF THIS LICENSE AGREEMENT. If you do not accept these terms and conditions, return the Software, unused and in the original shipping container, within 30 days of purchase to obtain a credit for the full purchase price.“Software” is owned or licensed by Nortel Networks, its parent or one of its subsidiaries or affiliates, and is copyrighted and licensed, not sold. Software consists of machine-readable instructions, its components, data, audio-visual content (such as images, text, recordings or pictures) and related licensed materials including all whole or partial copies. Nortel Networks grants you a license to use the Software only in the country where you acquired the Software. You obtain no rights other than those granted to you under this License Agreement. Y ou are responsible for the selection of the Software and for the installation of, use of, and results obtained from the Software.1.Licensed Use of Software. Nortel Networks grants Customer a nonexclusive license to use a copy of the Software on only one machine at any one time or to the extent of the activation or authorized usage level, whichever is applicable. To the extent Software is furnished for use with designated hardware or Customer furnished equipment (“CFE”), Customer is granted a nonexclusive license to use Software only on such hardware or CFE, as applicable. Software contains trade secrets and Customer agrees to treat Software as confidential information using the same care and discretion Customer uses with its own similar information that it does not wish to disclose, publish or disseminate. Customer will ensure that anyone who uses the Software does so only in compliance with the terms of this Agreement. Customer shall not a) use, copy, modify, transfer or distribute the Software except as expressly authorized; b) reverse assemble, reverse compile, reverse engineer or otherwise translate the Software; c) create derivative works or modifications unless expressly authorized; or d) sublicense, rent or lease the Software. Licensors of intellectual property to Nortel Networks are beneficiaries of this provision. Upon termination or breach of the license by Customer or in the event designated hardware or CFE is no longer in use, Customer will promptly return the Software to Nortel Networks or certify its destruction. Nortel Networks may audit by remote polling or other reasonable means to determine Customer’s Software activation or usage levels. If suppliers of third party software included in Software require Nortel Networks to include additional or different terms, Customer agrees to abide by such terms provided by Nortel Networks with respect to such third party software.2.Warranty. Except as may be otherwise expressly agreed to in writing between Nortel Networks and Customer, Software is provided “AS IS” without any warranties (conditions) of any kind. NORTEL NETWORKS DISCLAIMS ALL WARRANTIES (CONDITIONS) FOR THE SOFTWARE, EITHER EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO THE IMPLIED W ARRANTIES OF MERCHANTABLITITY AND FITNESS FOR A PARTICULAR PURPOSE AND ANY WARRANTY OF NON-INFRINGEMENT. Nortel Networks is not obligated to7Important Information about the 8600 Series Switch Modulesprovide support of any kind for the Software. Some jurisdictions do not allow exclusion of implied warranties, and, in such event, the above exclusions may not apply.3.Limitation of Remedies. IN NO EVENT SHALL NORTEL NETWORKS OR ITS AGENTS OR SUPPLIERS BE LIABLE FOR ANY OF THE FOLLOWING: a) DAMAGES BASED ON ANY THIRD PARTY CLAIM; b) LOSS OF, OR DAMAGE TO, CUSTOMER’S RECORDS, FILES OR DATA; OR c) DIRECT, INDIRECT, SPECIAL, INCIDENTAL, PUNITIVE, OR CONSEQUENTIAL DAMAGES (INCLUDING LOST PROFITS OR SA VINGS), WHETHER IN CONTRACT, TORT OR OTHERWISE (INCLUDING NEGLIGENCE) ARISING OUT OF YOUR USE OF THE SOFTWARE, EVEN IF NORTEL NETWORKS, ITS AGENTS OR SUPPLIERS HA VE BEENADVISED OF THEIR POSSIBILITY . The forgoing limitations of remedies also apply to any developer and/or supplier of the Software. Such developer and/or supplier is an intended beneficiary of this Section. Some jurisdictions do not allow these limitations or exclusions and, in such event, they may not apply.4.Generala)If Customer is the United States Government, the following paragraph shall apply: All Nortel Networks Software available under this License Agreement is commercial computer software and commercial computer softwaredocumentation and, in the event Software is licensed for or on behalf of the United States Government, the respective rights to the software and software documentation are governed by Nortel Networks standard commercial license in accordance with U.S. Federal Regulations at 48 C.F.R. Sections 12.212 (for non-DoD entities) and 48 C.F.R. 227.7202 (for DoD entities).b)Customer may terminate the license at any time. Nortel Networks may terminate the license if Customer fails to comply with the terms and conditions of this license. In either event, upon termination, Customer must either return the Software to Nortel Networks or certify its destruction.c)Customer is responsible for payment of any taxes, including personal property taxes, resulting from Customer’s use of the Software. Customer agrees to comply with all applicable laws including all applicable export and import laws and regulations.d)Neither party may bring an action, regardless of form, more than two years after the cause of the action arose.e)The terms and conditions of this License Agreement form the complete and exclusive agreement between Customer and Nortel Networks.f)This License Agreement is governed by the laws of the country in which Customer acquires the Software. If the Software is acquired in the United States, then this License Agreement is governed by the laws of the state of New Y ork.8316340-B Rev 009 IntroductionThis document discusses the following topics:•“Important notice about apparent module failure," next•“Determining hardware and software compatibility” on page10•“Locating your software” on page14•“Reading path” on page14•“How to get help” on page17The information in this document is current up to Passport 8000 Switch SeriesSoftware Release 3.7. Always look for the most current revisions of anydocumentation described in this document by following the instructions describedin “Reading path” on page14.Important notice about apparent module failureTo prevent apparent failures of properly functioning modules, after you install themodules in a chassis, make sure you securely tighten all the module retainingscrews to ensure a good connection between the module and the backplane.If a module failure occurs, check for possible backplane connection problems as acause. Make sure the module is correctly seated in the backplane connector andthe retaining screws are securely tightened. If the module still fails to operate,contact Nortel Networks™ customer support for assistance.Important Information about the 8600 Series Switch Module10Determining hardware and software compatibility316340-B Rev 00Determining hardware and software compatibilityThe matrix below describes your hardware and the minimum Passport 8000Switch Series software version required to support the hardware.Chassis & switching fabricMinimum software version Part number 8010co chassis10-slot chassis 3.1.2DS14020048010 chassis10-slot chassis 3.0.0DS14020018006 chassis6-slot chassis 3.0.0DS14020028003 chassis3-slot chassis 3.1.2DS14020038690SFDiscontinued, see 8691SF or 8692SF 3.0.0DS14040018690SF/SF 8690SF with 256MB SDRAMinstalled. Discontinued. See 8691SFor 8692SF3.0.0 DS14040898691SF Switching fabric 3.1.1DS14040258691SF/2568691SF/256 with 256 SDRAMinstalled3.1.1DS1404908692SF Switching fabric 3.7.0DS1404065Upgrade Kits256MB CPU upgrade kit This memory upgrade may berequired for the 3.5 and 3.7 softwareto run properly.1 1With the Passport 8000 Switch Series Software Release 3.5 and 3.7 you must upgrade the 8190SM and the 8690SF to 256MB. Nortel Networks recommends that you upgrade the 8691SF to 256MB.3.5.0 DS1404016MAC upgrade kit Use this kit to add Media Access Control (MAC) addresses to yoursystem. This kit is required for routedinterface scaling beyond 500. 3.5.0DS14040158600 modules and componentsMinimum software version Part number Security module8661SSL AccelerationModule (SAM)High Performance SSL Acceleration Module secures web-based applicationsand business communications 1 3.3.12DS1404070Layer 4-7 moduleWeb Switching Module(WSM)4-Port Gigabit Ethernet SX or 10/100TX 3.1.33, 3.2.14,3.3.05DS1404045Determining hardware and software compatibility11Ethernet modules8608GB module Discontinued, see 8608GBE module 3.0.0DS14040158608GT module Discontinued, see 8608GTE module 3.1.0DS14040128608SX module Discontinued, see 8608SXE module 3.0.0DS14040038624FX module Discontinued, see 8624FXE module 3.0.0DS14040058648TX moduleDiscontinued, see 8648TXE module3.0.0DS1404002Ethernet E-modules:68608GBE module 8-port Gigabit Ethernet GBIC 3.1.1DS14040388608GTE module 8-port Gigabit Ethernet 1000TX 3.1.1DS14040448608SXE module 8-port Gigabit Ethernet SX 3.1.1DS14040368616SXE module 16-port Gigabit Ethernet SX 3.1.0DS14040118616GTE module 16-port Gigabit Ethernet TX 3.3.0DS14040348624FXE module 24-port 100FX 3.1.1DS14040378648TXE module 48-port 10/100 TX 3.1.1DS14040358632TXE module32-port 10/00TX (2 GBICs)3.1.2DS1404024Ethernet M modules 78608GBM module 8-port Gigabit Ethernet GBIC 3.3.0DS14040598608GTM module 8-port Gigabit Ethernet 1000TX 3.3.0DS14040618632TXM module 32-port 10/00TX (2 GBICs) 3.3.0DS14040558648TXM module48-port 10/100 TX3.3.0DS140405610 Gigabit Ethernet M modules 78681XLW module 81-port 10 Gigabit Ethernet (1310nm WAN serial) 3.3.0DS14040528681XLR module 81-port 10 Gigabit Ethernet (1310nm LAN serial)3.3.0DS1404053ATM/ATME/ATMM modules8672A TM module Discontinued, see 8672A TME module 3.1.0DS130********A TME module A TME module 6. 3.1.1DS130********A TMM moduleA TMM module 7.3.3.0DS13040098600 modules and components (continued)Minimumsoftware versionPart number12Determining hardware and software compatibilityATM/ATME/ATMM module components9DS-3 MDA2-port 75 ohm coaxial 3.3.0DS1304002 OC-12c/STM-4 MDA1-port MMF 3.1.0, 3.1.1, 3.3.0'DS1304004 OC-12c/STM-4 MDA1-port SMF 3.1.0, 3.1.1, 3.3.0'DS1304005 OC-3c/STM-1 MDA 4-port MMF 3.1.0, 3.1.1, 3.3.0'DS1304006 OC-3c/STM-1 MDA4-port SMF 3.1.0, 3.1.1, 3.3.0'DS1304007 POS/POSE/POSM modules8683POS module Discontinued, see 8683POSM module 3.1.0DS1404016 8683POSE module Discontinued, see 8683POSM module 3.1.1DS1404043 8683POSM module M module7 3.3.0DS1404060 POS/POSE/POSM MDAs10OC-3c/STM-1 MDA2-port MMF 3.1.0, 3.1.1, 3.3DS1333003 OC-3c/STM-1 MDA2-port SMF 3.1.0, 3.1.1, 3.3DS1333004 OC-12c/STM-4 MDA1-port MMF 3.1.0, 3.1.1, 3.3DS1333001 OC-12c/STM-4 MDA1-port SMF 3.1.0, 3.1.1, 3.3DS133**** **** compatible GBICs111000BASE-SX GBIC850 nm, short wavelength, GigabitEthernet3.0.0AA14190011000BASE-LX GBIC 1300 nm, long wavelength, GigabitEthernet3.0.0AA14190021000BASE-T GBIC Category 5 copper unshielded twistedpair (UTP)3.5.0AA14190411000BASE-XD GBIC50k, SC duplex SMF, Gigabit Ethernet 3.0.0AA1419003 1000BASE-ZX GBIC70k, SC duplex SMF, Gigabit Ethernet 3.0.0AA1419004 Gray CWDM GBIC Discontinued, see Gray CWDM APDGBIC3.1.2AA1419005Violet CWDM GBIC Discontinued, see Violet CWDM APDGBIC3.1.2AA1419006Blue CWDM GBIC Discontinued, see Blue CWDM APDGBIC3.1.2AA1419007Green CWDM GBIC Discontinued, see Green CWDM APDGBIC3.1.2AA1419008Y ellow CWDM GBIC Discontinued, see Y ellow CWDM APDGBIC 3.1.2AA14190098600 modules and components (continued)Minimumsoftware versionPart numberDetermining hardware and software compatibility13Orange CWDM GBIC Discontinued, see Orange CWDM APD GBIC3.1.2AA1419010 Red CWDM GBIC Discontinued, see Red CWDM APD GBIC3.1.2AA1419011 Brown CWDM GBIC Discontinued, see Brown CWDM APD GBIC 3.1.2AA1419012 Gray CWDM APD GBIC 1470nm 3.1.4AA1419017 Violet CWDM APD GBIC 1490nm 3.1.4AA1419018 Blue CWDM APD GBIC1510nm3.1.4AA1419019 Green CWDM APD GBIC 1530nm 3.1.4AA1419020 Y ellow CWDM APD GBIC 1550nm 3.1.4AA1419021 Orange CWDM APD GBIC1570nm 3.1.4AA1419022 Red CWDM APD GBIC1590nm3.1.4AA1419023 Brown CWDM APD GBIC 1610nm3.1.4AA14190241The 8661 SAM is used in conjunction with the Web Switching Module to intelligently accelerate secure business communication and confidential data by off-loading Secure Sockets Layer (SSL) Processing.2The 8661 SAM and Web Switching Module security solution also require WebOS version 10.0.27.3 or newer. Passport 8000 Series Switch Series Software Release 3.3.1 was specifically designed to introduce the 8661 SAM module. Release 3.3.1 is the only 3.3.x release that supports the 8661 SAM module. The 8661 SAM module is supported in Release 3.5. 3Passport 8000 Switch Series Software Release 3.1.3 is the first and only release in the 3.1.x software branch that supports the Web Switching Module.4Passport 8000 Switch Series Software Release 3.2.1 (and later) supports the Web Switching Module.5Passport 8000 Switch Series Software Release 3.3.0 introduced support for WebOS 10.0 on the Web Switching Module.6E-modules are required to support Egress port mirroring and Enhanced Operational Mode.7M modules offer additional memory to support large routing tables such as those found in BGP implementations. The Passport 8000 Series Software Release 3.3 introduced a new mode, called M Mode, or 128K records mode, which requires the 8691SF module. When enabled, this mode allows M modules to use their full capabilities (128K records). When this mode is disabled, the M modules work in 32K mode (case of non E and E modules). If the chassis includes one 8690SF module, the mode default backs to 32K mode. To be effective, this mode requires that all modules installed in the same chassis support 128K records (M modules) and that the SF/CPU are 8691SF . If one, or more modules installed in the chassis is a 32K records module (non M module), these modules will be disabled if the chassis isconfigured to operate in M Mode (For instructions on enabling MMode, see Managing Platform Operations and Using Diagnostic Tools ).8Nortel Networks recommends that if you are using a 10 Gigabit Ethernet Module: 8681XLR or 8681XLW with 3.3.x software code that you upgrade to the Passport 8000 Series Switch Software Release 3.5.0 or greater. 9A TM MDAs inserted into an 8672ATME module require Passport 8000 Switch Series Software Release 3.1.1 or higher. 'ATM MDAs inserted into a 8672A TMM module require Passport 8000 Switch Series Software Release 3.3.0 or higher.10POS MDAs inserted into a 8683POSE module require Passport 8000 Switch Series Software Release 3.1.1 or higher, and POS MDAs inserted into a 8683POSM module require Passport 8000 Switch Series Software Release 3.3.0 or higher.8600 modules and components (continued)Minimumsoftware version Part number14Locating your software11Non-supported GBICs are displayed in the CLI and Device Manager as “GBIC-other.”Locating your softwareYou can obtain the Passport 8000 Switch Series Software License Kit by orderingthe latest version of product number DS1410001 for the Passport 8100 andDS1410003 for the Passport 8600.You may download the most current software image from the Nortel Networks™Customer Support Web site at /cgi-bin/eserv/cs/main.jsp?; select Passport > Passport 8000 Ethernet Switch Series > Software.You can find a comprehensive list of the required file names and how to upgradeyour software in the Release Notes for the Passport 8000 Series Switch SoftwareRelease 3.7. For instructions on how to access this document, see “Reading path," next. Reading pathThis section lists the documentation specific to the Passport 8000 Switch Seriesplatform. You can find your documentation on the Nortel Networks customersupport Web site, /documentation; select Passport >Passport 8000 Ethernet Switch Series > Documentation. Always look for thelatest revision of your requested document on the Web.You can print the listed technical manuals and release notes free, directly from theInternet. Use Adobe* Acrobat Reader* to open the manuals and release notes,search for the sections you need, and print them on most standard printers. Go toAdobe Systems at the URL to download a free copy of theAdobe Acrobat Reader.Important information, Read Me document, and releasenotes•Important Security Information for the 8000 Series Switch (part number314997-B)Reading path15•Important Information about the 8600 Series Switch Modules(part number 316340-B)•Release Notes for the Passport 8600 Switch Series Software Release 3.7 (part number 316811-A)Upgrading your switch•Upgrading to Passport 8600 Switch Series Software Release 3.7(part number 317176-A)•Installing a CPU Memory Upgrade (part number 314832-B)•Adding MAC Addresses to the Passport 8000 Series Chassis (part number 312486-B)Chassis and module installation•Installing and Maintaining the 8000 Series Chassis and Components (part number 316314-D)•Installing 8600 Switch Modules (part number 312749-H)•Installing the 8661 SSL Acceleration Module (SAM) for the 8600 Series Switch (part number 316315-A)•Installing the Web Switching Module for Passport 8600 Series Switches (part number 314619-B)Solution overviewUsing the SSL acceleration module with the Web switching module for the 8600Series switch (part number 316350-A)Module configuration•Configuring the Web Switching Module with Device Manager(Passport 8000 Series Software Release 3.3) (part number 314995-A)•Configuring the SSL acceleration module for the 8600 series switch (part number 316351-A)•(Alteon) Web OS Switch Software 10.0 Application Guide(part number 212777-A)。

北电程控电话交换机基本操作命令

北电电话交换机基本操作命令logi admin1<用户名>pass ? <0000密码>>ld 10 /修改数据>ld 20 /打印数据1、查询TN端口REQ：PRTTYPE：DNBDN：<分机号码>2、修改分机数据REQ：CHGTYPE：500 / 3902 / 3903 /3904TN：ECHG：YESa.权限ITEM：NCOS <权限号码>b.密码ITEM：SCPWc.分机号码ITEM：DN <分机号码> /模拟话机ITEM：KEY 00 SCR <分机号码> /数字话机d、呼叫代答组组号ITEM：RNPG <1-4095> *0表示无呼叫代答功能e、与此分机相联系的预翻译组ITEM：XLIST <0-254>f、客户号ITEM：CUST XXg、无应答转移ITEM：FTR FDN <分机号码/手机/外线> /模拟话机ITEM：FDN <分机号码/手机/外线> /数字话机北电PBX资料 (连载）>LD 10類比分機程式設定REQ：NEW x (1~255) 新增類比分機資料CHG 修正類比分機資料MOV 移動類比分機資料OUT x (1~255) 取消類比分機資料CPY x (1~32) 複製類比分機資料END 結束指令查看可使用指令包含(LD 11,LD 20,LD 32)TYPE：500 類比分機機型設定查看可使用指令TN C_U_ 卡片位置OP-11CL_S_C_U_ 卡片位置OP-51C以上TOTN C_U_ 移至新卡片位置OP-11CL_S_C_U_ 移至新卡片位置OP-51C以上CDEN 8D 卡片容量密度DES X...X 部門示別碼設定CUST 0-31 客戶別DIG 0-512 內部呼叫群數設定DN X...X 分機號碼設定AST NO/YES Mlink 控制設定IAPG 0-15 Mlink 控制設定HUNT X...X 內線忙線自動跳號設定TGAR 0-15 限撥外線群設定LDN 0-5 分機與總機對應表設定NCOS 0-7 限撥等級設定SGRP 0-999 時間限撥群RNPG 0-4095 同群代接設定LNRS 8/12/16/24/28/31 末碼重撥長度XLST 0-254 分機轉碼表設定SCI 0-7 進線總機顯示分類SCPW X...X 遙控跟隨及等級鎖定密碼設定SFLT NO / BOS / SEC 經理秘書功能CAC 0-10 外撥CNI種類別設定CLS 分機服務機能設定UNR / TLD / SRE 等級限制DIP / DTN / MNL 撥號方式FBA / FBD DID 忙線跳號XFA / XFD / XFR 轉接WTA / WTD 警告/提示音THFA / THFD 外線轉接功能FNA/FND 無應答跳號>LD 10類比分機程式設定HTA / HTD 忙線跳號XRA / XRD 預約CWA / CWD 外線話中插接SWA / SWD 內線話中插接PUA / PUD 代接允許MWA / MWD 留言功能LPA / LPD 留言燈XHA / XHD 獨佔保留CCSA / CCSD 服務等級被控制LNA / LND 末碼重撥TVA / TVD 指定抓取外線CFTA / CFTD 內外線跳號區別SFA / SFD 無應答第二次跳號C6A / C6D 六人會談AUTU / AUTD / AUTR 限制授權碼ICDA / ICDD 內部通話紀錄設定DPUA / DPUD 指定代接CFXA / CFXD 分機指定轉接到外線OVDA / OVDD 插話AGTA / AGTD ACD 之值機話機ROC 0-2 無應答響鈴次數選項PLEV 0(2)7 插話等級FTR SSU 0-8190 系統速撥FTR SCC / SCU 0-8190 個人速撥FTR HOT D x Z...Z 熱線FTR CFW xx 跟隨FTR DCFW xx Z...Z 基本跟隨(phantom TN)FTR PHD 保留FTR ACD xxx yyyy xxx：acd DN , yyyy:position ID FTR FDN X...X 無應答跳號FTR EFD X...X 外線無應答跳號FTR EHT X...X 外線忙線跳號>LD 11數位電話機設定REQ：NEW 增加新數位電話機資料CHG 修改數位電話機資料MOV 移動數位電話機資料OUT 取消數位電話機資料CPY x （1~32) 複製類比分機資料END 結束指令查看可使用指令包含(LD 11,LD 20,LD 32)TYPE：2006 數位電話機型式設定2008 數位電話機型式設定2616 數位電話機型式設定2216 數位電話機型式設定2317 數位電話機型式設定3901 數位電話機型式設定3902 數位電話機型式設定3903 數位電話機型式設定3904 數位電話機型式設定3905 數位電話機型式設定查看可使用指令TN C_U_ 卡片位置OP-11CL_S_C_U_ 卡片位置OP-51C以上TOTN C_U_ 移至新卡片位置OP-11CL_S_C_U_ 移至新卡片位置OP-51C以上DES xxxxxx 部門示別碼設定CUST 0-31 客戶別AOM 0-2 擴充模組數量設定FDN xxxx 無人應答轉移設定TGAR 0-15 限撥外線群設定LDN 0-5 分機與總機對應表設定NCOS 0-7 限撥等級設定SGRP 0-999 時間限撥群RNPG 0-4096 代接群設定SCI 0-7 進線總機顯示分類SSU 0-8190 系統簡碼撥號群使用設定LNRS 8/12/16/24/28/31 末碼重撥長度XLST 0-254 分機轉碼表設定SCPW xxxx 分機遙控電話跟隨密碼設定SFLT NO / BOS / SEC 經理秘書功能CAC 0-10 外撥CNI種類別設定CLS 服務功能設定UNR / TLD / SRE 等級限制>LD 11數位電話機設定FBA / FBD DID 忙線跳號WTA / WTD 警告/提示音PUA / PUD 代接允許FNA / FND 無應答跳號HTA / HTD 忙線跳號ADD / DDS / NDD / TDD 螢幕顯示功能設定HTA / HTD 自動跳號功能設定MWA / MWD 留言功能AAA /AAD 自動應答XHA / XHD 獨佔保留IRA / IRD 進線響鈴鍵應答功能設定DRG1 振鈴音設定,高頻667/500Hz,顫音比10.4Hz DRG2 振鈴音設定,高頻667/500Hz,顫音比2.6Hz DRG3 振鈴音設定,低頻333/250Hz,顫音比10.4Hz DRG4 振鈴音設定,低頻333/250Hz,顫音比2.6Hz VMA / VMD 語音信箱功能CCSA / CCSD 服務等級被控制SWA / SWD 內線話中插接LNA / LND 末碼重撥CNDA / CNDD 來電顯示名字CFTA / CFTD 內外線跳號區別SFA / SFD 無應答第二次跳號FITA / FITD 第二進線響鈴ICDA / ICDD 內部通話紀錄設定AUTU / AUTD / AUTR 限制授權碼DPUA / DPUD 指定代接DNDA / DNDD 來電顯示名字UDI / RDI 限制DID進線AHA / AHD 自動保留AGN / SPV 值機員/督導員功能設定MTA / MTD 維護話機功能設定GRLA / GRLD 群聽功能(M3902,3903,3904,3905)>LD 11數位電話機設定ROC 0-2 無應答響鈴次數選項HUNT xxxx 忙線自動跳號設定EHT xxxx 外線忙線跳號EFD xxxx 外線無應答跳號LHK xx 數位電話機末鍵跳號設定PLEV 0(2)7 插話等級AST NO / YES Mlink 控制設定IAPG 0-15 Mlink 控制設定LNRS 8/12/16/24/28/31 末碼重撥碼數設定KEY xx SCR / SCN 數位電話機分機號碼設定(振鈴/不振鈴) KEY xx AO6 / NHC 會談功能鍵KEY xx ADL yy zzzz 記憶撥號鍵KEY xx CFW yy zzzz 電話跟隨功能鍵KEY xx COS 限撥等級控制功能鍵KEY xx DIG x y R / V 內部呼叫功能鍵(振鈴/語音)KEY xx LNK 末碼重撥功能鍵KEY xx OVR 插聽功能鍵KEY xx PVR / PVN xxxx 數位電話機專線功能鍵(振鈴/不振鈴) KEY xx RLS 釋放功能鍵KEY xx RNP 同群代接功能鍵KEY xx SCC / SCU 0-8190 分機簡碼撥號設定及使用功能鍵KEY xx SSC / SSU 0-8190 系統簡碼撥號設定或使用功能鍵KEY xx TRN 轉接功能鍵KEY xx VCC xxxx 語音呼叫功能鍵KEY xx HOT D yy zzzz 熱線功能鍵KEY xx MWK xxxx 語音信箱功能鍵KEY xx RGA 自動回叫功能鍵KEY xx AAK 啟動自動應答KEY xx BFS TN 分機忙燈顯示及直撥分機鍵KEY xx MCK 取消留言點燈KEY xx MCR 多同號分機KEY xx MIK 留言點燈KEY xx PRK 駐留KEY xx RCK y z 更改進線響鈴KEY xx THF 外線轉接功能KEY xx WUK 叫醒服務>LD 11數位電話機設定KEY 00 ACD xxx yy xxx：acd DN , yyyy：position IDKEY xx NRD 暫時離息功能鍵KEY xx OBV 督導員監聽功能鍵KEY xx AAG 回答值機員功能鍵KEY xx ACNT ACD MAX 類別統計功能鍵KEY xx AGT yyyy 值機員狀態功能鍵KEY xx AMG 回答緊急呼叫功能鍵KEY xx ASP (回答/呼叫)督導員功能鍵KEY xx ATW acd call(time) 等待應答指示功能鍵KEY xx AWC acd call(calls) 等待應答指示功能鍵KEY xx DWC yyyy 顯示acd 群內之等待應答功能鍵KEY xx EMR 緊急呼叫功能鍵KEY xx DAG 顯示值機員狀態功能鍵KEY xx ENI yyyy 啟動interflow 功能鍵KEY xx MSB 數位電話機置忙功能鍵KEY xx NSVC yyyy acd 群夜切服務功能鍵KEY xx RAG 呼叫值機員功能鍵>LD 12 總機設定REQ：NEW 增加新總機資料CHG 修改總機資料MOV 移動總機資料OUT 取消總機資料END 結束指令TYPE：2250 總機資料設定PWR 電源資料設定TN C_U_ 卡片位置(第一路) OP-11CL_S_C_U_ 卡片位置(第一路) OP-51C以上SETN C_U_ 卡片位置(第二路) OP-11CL_S_C_U_ 卡片位置(第二路) OP-51C以上TOTN C_U_ 移至新卡片位置OP-11CL_S_C_U_ 移至新卡片位置OP-51C以上CUST 0-31 客戶別SGRP 0-999 時間限撥群ANUM 1-63 總機台數別設定IADN xxxx 總機台分機號碼ALPD NO 總機台顯示幕設定(舊式總機台才用) SSU 0-253 系統簡速撥號群使用設定ICDR ICDA / ICDD 內部通話紀錄設定ABAN ABDD / ABDA 進線掛斷紀錄CPND CNDD / CNDA 姓名顯示功能DNDI DNDD / DNDA 姓名顯示功能LANG 0-15 語言EBLF BLFD / BLFA 忙燈顯示設定AADN xxxx 無應答跳號KEY 0 BVR 檢查內線鍵(不可變更)KEY 1 BIN 檢查外線鍵(不可變更)KEY x MTM 顯示及修改時間鍵KEY x MDT 顯示及修改日期鍵KEY x SCC 0-253 總機專用簡速撥號修改及使用鍵KEY x SSC 0-253 系統簡速撥號修改及使用鍵KEY x DCW 來話等待顯示鍵KEY x EES 總機續撥碼功能鍵KEY x SECL 串列呼叫功能鍵KEY x AWU 設定叫醒服務KEY x PRK 通話駐留功能KEY x DDL 勿干擾功能KEY x MIK 留言點燈KEY x MCK 取消留言點燈>LD 12 總機設定KEY x COS 限撥服務等級控制KEY x BKI 插話功能KEY x THF 外線轉接功能KEY x PRG 系統程式設定功能鍵KEY x ADL 記憶撥號鍵KEY x RFW 遙控跟隨KEY x RDL 存碼重撥>LD 13 接收迴路設定REQ：NEW 增加新接收迴路資料CHG 修改總機資料MOV 移動總機資料OUT 取消總機資料END 結束指令TYPE DTR 接收迴路型式設定TN C_U_ 卡片位置OP-11CL_S_C_U_ 卡片位置OP-51C以上TOTN C_U_ 移至新卡片位置OP-11CL_S_C_U_ 移至新卡片位置OP-51C以上>LD 14 外線設定REQ：NEW 增加新外線資料CHG 修改總機資料MOV 移動總機資料OUT 取消總機資料END 結束指令TYPE：AWR 自動叫醒音樂源設定COT 一般中繼線設定DID 外線直撥內線中繼線設定MUS 保留音設定PAG 廣播系統設定RAN 忙線宣告設備設定RCD 緊急錄音設定TIE 連絡中繼線設定TN C_U_ 卡片位置OP-11CL_S_C_U_ 卡片位置OP-51C以上TOTN C_U_ 移至新卡片位置OP-11CL_S_C_U_ 移至新卡片位置OP-51C以上TRK XUT / XCOT 萬用外線卡/忙音偵測外線卡EXUT / XEM 忙音偵測萬用外線卡/E & M 外線卡DES xxxxxxxx 描述名稱SICA (1)-16 ABCD 表(for E1 trunk)PDCA (1)-16 db 增益表(for digital trunk)CUST 0-31 客戶別NCOS 0 外線限撥等級設定RTMB 0-511 1-256 外線群別及線別設定NITE xxxx 夜間響鈴內線號碼設定PRDN xxxx 專線響鈴內線號碼設定ATDN xxxx 指定響鈴內線號碼設定TGAR 0-31 外線群抓取限制SIGL LOP / GRD 迴路/大地啟動設定LDR DID 啟動方式EAM / EM4 Two / Four Wire E & MEMTY TY1 / TY2 E&M 之TypeTIMP 600 平衡阻抗BIMP 3COM 平衡阻抗STRI IMM / WNK / DDL 進線啟動方式STRO IMM / WNK / DDL 出線啟動方式SUPN YES / NO 是否監視STYP PIP / BTS 極性監視/忙音監視PPID 0 PPM 國家識別碼>LD 14 外線設定BTID 10 BUSY TONE 國家識別碼CLS DTN / DIP 外線為按鈕式/撥盤式設定TKID xxxxxxx 外線代號識別設定BTDT (0)-7 忙音監視表別CFLP 29/30/31/62 會議卡之回路編號OP-11C>LD 15 用戶架構指令設定REQ：CHG 修改客戶資料END 結束指令TYPE：ATT_DATA 客戶總機資料檔案(M2250) CUST 0-99 客戶別OPT ABDA / ABDD 總機轉接狀態顯示設定IBL / XBL 加強型忙燈顯示模組設定IDP / XDP 數字顯示設定ITG / XTG 外線群滿線顯示/外線群閉鎖設定IC2 / IC1 來話指示鍵設定ROI / ROX 總機忙線宣告設定EHS / SYA / SYD 受話去話隔離功能設定ATDN x 總機號碼NCOS x 總機之限撥等級ATTC xxxx 總機之管理功能抓取碼PWD2 xxxx 管理功能之密碼CWUP YES / ON 等待通數顯示CWCL 0-255 0-255 等待通數CWTM 0-511 0-511 等待時間CWBZ YES / NO YES / NO 等待通數/時間響聲MATT NO / YES 是否視為訊息中心RTIM xxx yyy zzz xxx 分機無應答回叫時間yyy Camp-on 回叫時間zzz Call waiting 回叫時間ATIM 0-126 總機無應答跳號時間AQTT 1-(30)-255 總機溢流時間AODN x......x 溢流號碼IRFR NO / YES 總機遙控跟隨(內線)密碼設定IRFP xxxx 總機遙控跟隨(內線)密碼設定XRFR NO / YES 總機遙控跟隨(外線)密碼設定XRFP xxxx 總機遙控跟隨(外線)密碼設定ICI x (IC1 0-9, IC2 0-19) 進線指示鍵功能ICI x R000-R511 來話路由ID指示鍵x CAy 分機進線區分鍵(y 0-7)x DL0 分機呼叫總機鍵x INT 不正常使用回叫總機鍵x RLL 回叫總機鍵x LCT 電話閉鎖,回叫總機鍵x IAT 總機互相呼叫鍵RICI xx xx (0-19) 進線指示鍵收容至總機忙線宣告>LD 15 用戶架構指令設定REQ：CHG 修改客戶資料END 結束指令TYPE：AWU_DATA 自動喚醒服務AWU YES / NO 自動喚醒服務設定支ATRC YES / NO 自動喚醒時無人接聽回叫總機RANF R000~R511 保留音樂外線群RAN1 R000~R512 第一種語言宣告外線群(第一段) RAN2 R000~R513 第一種語言宣告外線群(第二段) LA11 R000~R514 第二種語言宣告外線群(第一段) LA12 R000~R515 第二種語言宣告外線群(第二段) LA21 R000~R516 第三種語言宣告外線群(第一段) LA22 R000~R517 第三種語言宣告外線群(第二段) LA31 R000~R518 第四種語言宣告外線群(第一段) LA32 R000~R519 第四種語言宣告外線群(第二段) LA41 R000~R520 第五種語言宣告外線群(第一段) LA42 R000~R521 第五種語言宣告外線群(第二段) LA51 R000~R522 第六種語言宣告外線群(第一段) LA52 R000~R523 第六種語言宣告外線群(第二段)R2BN HH MM 第二段宣告開始時間R2ED HH MM 第二段宣告結束時間NRWU 2- (5) 自動喚醒時響鈴N次回叫總機TAWU 1- (3) 自動喚醒無人接聽時重撥N次>LD 15 用戶架構指令設定REQ：CHG 修改客戶資料END 結束指令CCS_DATA YES 控制服務等級設定CCRS SRE / TLD / UNR 控制服務等級(SRE:限撥UNR:不限撥) ECC1 SRE / TLD / UNR 控制服務等級(SRE:限撥UNR:不限撥) ECC2 SRE / TLD / UNR 控制服務等級(SRE:限撥UNR:不限撥) PELK NO / YES 線設定不受電子鎖限撥CDR_DATA YES 計費資料設定CDR YES 計費資料設定AXID NO / YES 同號分機TN辨識TRCR NO / YES 每筆資料加送CRCDPR NO / YES CDP 計費資料選項ECDR NO / YES 續撥碼計費資料選項PORT 0-15 RS-232C 通信埠編號FCR_DATA YES 限撥設定NFCR YES 分機外線限撥設定MAXT 1-255 限撥表(1~255)IDCA YES DID 分機號碼轉換設定DCMX 1-255 DID 分機號碼轉換表FFC_DATA YES 功能碼設定CCRS SRE 控制服務等級(SRE:限撥UNR:不限撥) SCPL 4 電子鎖及遙控跟隨密碼長度(0~8) SBUP YES / NO 電子鎖及遙控跟隨密碼由分機設定FFCS YES 功能碼確認STRL 1 功能碼確認碼長度(1-3)STRG # 功能碼確認碼(#,*,0-9)ADLD 0 0-20 自動撥號延遲時間>LD 15 用戶架構指令設定REQ：CHG 修改客戶資料END 結束指令TYPE：FTR_DATA 客戶功能資料檔案CUST 0-99 客戶別MUS YES / NO 提供詳細電話記錄設定OPT CFF / CFD 電話前轉設定CTA / CTD 插叫音設定CPA / CPD 電話駐留設定LRA / LRD 末碼重撥設定LOA / LOD 分機閉鎖設定AHA / AHD 自動保留迴路鍵設定RNA / RND 無應答自動回叫設定SBA / SBD SL-1 數位話機第二進線響鈴設定DBA / DBD 數位話機第二進線響鈴設定MCI / MCX 留言中心設定DGRP 0-2046 內部呼叫群PKND (1)-4 跨群代接之群號長度DNDL NO / YES 單機勿干擾燈號功能SPRE xxxx 功能前置碼PREO (0),1 分機轉碼功能(LD 18)SRCD xxxx 移機不移線密碼EEST NO / YES 發話者聽到續撥音頻DTMF YES / NO 發話者聽到DTMF續撥音頻EESD NO / YES 續撥碼顯示TTBL 0-31 分機音頻表(LD 56)MUS NO / YES 分機保留音功能MUSR 0-511 音源路徑>LD 15 用戶架構指令設定REQ：CHG 修改客戶資料END 結束指令TYPE：INT_DATA 中斷處理設定ACCD OVF OVF OVF ATN 功能限制取用跳接設定W：分機/DISA CTVN OVF OVF OVF ATN 呼叫空號跳接設定X：總機MBNR OVF OVF OVF ATN 呼叫維護忙線號碼跳接設定Y“TIE CTRC OVF OVF OVF ATN 限制呼叫跳接設定Z：DIDLCKT BSY BSY BSY BSY 分機線路故障跳接設定DNDT BSY, ATT, RAN 勿干擾跳接設定LDN_DATA YES 總機分機號碼設定DLDN YES 總機分機號碼設定LDN0 xxxx 總機群分機號碼0LDA0 1-63 ALL 總機群編碼(1~63)LDN1 xxxx 總機分群機號碼1LDN2 xxxx 總機分群機號碼2LDN3 xxxx 總機分群機號碼3LDN4 xxxx 總機分群機號碼4LDN5 xxxx 總機分群機號碼5MPO_DATA YESFMOP YESRGNA STD STD 內/外線無人應答處理狀態AOCS DIS ATN 內/外線忙線處理狀態RCY1 4 響鈴次數跳接/掛斷RCY2 4 響鈴次數跳接/掛斷AAR：振鈴RCY1 週期後回總機或夜鈴DAR：振鈴RCY1 週期後切斷ATN：振鈴CFNA 週期後回總機或夜鈴DIS：振鈴CFNA 週期後切斷>LD 15 用戶架構指令設定REQ：CHG 修改客戶資料END 結束指令TYPE：NIT_DATA 夜間總機設定NIT1 xxxx 夜間總機號碼(第一段)TIM1 hhmm 夜間總機切換時間(第一段)NIT2 xxxx 夜間總機號碼(第二段)TIM2 hhmm 夜間總機切換時間(第二段)NIT3 xxxx 夜間總機號碼(第三段)TIM3 hhmm 夜間總機切換時間(第三段)NIT4 xxxx 夜間總機號碼(第四段)TIM4 hhmm 夜間總機切換時間(第四段)ENS NO / YES 增強夜間總機設定TYPE：OAS_DATA 緊急電話設定ODN0 xxxx 第一群緊急電話分機號碼ODN1 xxxx 第二群緊急電話分機號碼ODN2 xxxx 第三群緊急電話分機號碼ODN3 xxxx 第四群緊急電話分機號碼ODN4 xxxx 第五群緊急電話分機號碼ODN5 xxxx 第六群緊急電話分機號碼ODN6 xxxx 第七群緊急電話分機號碼ODN7 xxxx 第八群緊急電話分機號碼ODN8 xxxx 第九群緊急電話分機號碼ODN9 xxxx 第十群緊急電話分機號碼ASTM 1-63 緊急電話回叫時間TYPE PWD_DATASPWD xxxx LD 88 ,LD 24 密碼設定PWD2 xxxx 系統第二層密碼ATAC xxxx 總機管理密碼設定PWD2 xxxx 系統第二層密碼>LD 15 用戶架構指令設定REQ：CHG 修改客戶資料END 結束指令TYPE：RDR_DATA 回叫設定FNAD FDN DID 無人接聽回叫(HNT,FDN,ATT,NO) FNAT FDN 非DID 無人接聽回叫(HNT,FDN,ATT,NO) FNAL FDN 其他無人接聽回叫(HNT,FDN,ATT,NO) CFTA YES 跟隨至外線抓取碼CFN0 1(4)-15 第一響鈴次數回叫CFN1 1(4)-15 第二響鈴次數回叫CFN2 1(4)-15 第三響鈴次數回叫DFN0 1(4)-15 第一差異響鈴次數回叫DFN1 1(4)-15 第二差異響響鈴次數回叫DFN2 1(4)-25 第三差異響鈴次數回叫DNDH NO NO / YES 勿干擾忙線跟隨MDID NO NO / YES DID 無人接聽回叫至留言中心NDID NO NO / YES 非DID 無人接聽回叫至留言中心MWFB NO NO / YES DID 忙線跟隨至留言中心DFNR 0 (0)-15 DID 無人接聽回叫響鈴次數TYPE：ROA_DATA 總機忙線宣告設定OPT ROI 總機忙線宣告啟用ROA FRRT xx 第一段宣告FET 20 xx 第一段宣告開始時間SRRT xx 第二段宣告SRT 40 xx 第二段宣告開始時間WAIT RGB 等待時聽回鈴音(RGB,MUS,SIL) MURT xx 保留音樂RICI xx xx ICI鍵號碼>LD 16 外線路由指令設定REQ：NEW 增加新外線群資料CHG 更改外線群資料OUT 取消外線群資料END 結束指令TYPE：RDB 外線群資料檔案CUST 0-31 客戶別ROUT 0-511 外線群編號DES x......x 外線描述TKTP COT 一般中繼線設定AWR 自動叫醒音樂源設定RAN 忙線宣告設備設定RCD 緊急錄音設定DID 外線直撥內線中繼線設定PAG 廣播系統設定TIE 系統間網路連線中繼線設定MUS 保留音設定PRIV NO / YES 是否為專線之路徑SAT NO / YES 是否為衛星之路徑RCLS INT / EXT 標記此外線群為內部或外部DTRK NO / YES 是否為數位式外線DGTP DTI / DTI2 一般性之數位外線/PRI / PRI2 ISDN 之數位外線ISDN NO / YES 是否為ISDN 之外線MODE aaa ISDN 之模式DCHI 0-15 D-CHANNEL 之PORTIFC aaa D-CHANNEL 之介面形態CNTY aaa 國別AUTO YES / NO 外線進線至指定內線分機應答設定RTYP AUD 錄音設備(for RAN trunk)REP 1月15日宣告器之重複次數POST DIS / ATT 宣告完畢後之處理STRT IMM / DDL 啟動方式ASUP YES / NO 錄音宣告器監控應答功能BDCT NO / YES 佈告功能ICOG 外線歸類設定IAO 雙向線設定ICT 來話外線設定OUT 發話外線設定SRCH LIN / RRB 外線取用方式(定點或循環)STEP 0-511 滿線跳群設定(溢流)>LD 16 外線路由指令設定ACOD xxxx 取用功能碼設定TARG 0-31 外線抓取限制群設定IDC NO / YES 是否啟用進線轉碼表DCNO 0-254 日間IDC 表號NDNO 0-254 夜間IDC 表號DEXT NO / YES 顯示外部號碼DNAM NO / YES 顯示名字CNTL YES / NO 更改控制或時間設定TIMR DSI 9984 離線監控時間設定EOD 3968 撥碼結束時間設定(non-digitone trunks) ODT 1792 撥碼結束時間設定(for-digitone trunks) NRD 7424 外線無振鈴偵測時間設定GTO 128 外撥Guard時間TFD 0~3600 強迫斷線設定NEDC ETH 近端掛斷控制---任何一方FEDC ETH 遠端掛斷控制---任何一方DLTN NO / YES 產生撥號音DRNG YES / NO 外線進線振鈴區別設定CDR YES / NO 詳細電話紀錄輸出設定INC YES / NO 來話電話紀錄輸出設定OAL YES / NO 發話電話紀錄輸出設定AIA YES / NO 列表時加印A 於表頭表示電話已接答OAN YES / NO 發話已接答電話紀錄輸出設定CFWR NO / YES 電話跟隨限制MUS YES / NO 保留音樂設定MRT 0-511 保留音樂群數設定PANS YES / NO 應答檢測送出RACD NO / YES 於ACD 報表中是否列印此路由FRL 0~7 0~7 外線群限撥對照表OPR YES / NO 是否為DTMF之外線>LD 17 系統結構指令設定REQ：CHG 更改舊資料END 結束指令TYPE：ADANADAN aaa bbb x aaa =NEW,OUT,CHGbbb x =AML (0-15) 應用連接介面(MMAIL)DCH (0-63) D 通道介面(PRI)FDK 0 軟碟機介面HDK 0 硬碟機介面ELAN (16-31) 網絡應用連接介面(SECC )HST 歷史檔案TTY 0-15 RS-232C 通信埠CAB 0-4 安裝之機櫃編號設定OP-11CCAB_TYPE IP,FIBR 安裝之機櫃連接型式設定OP-11C SIZE 0-65534 歷史檔案容量設定CTYP 安裝之卡片型式設定GRP 0-8 安裝之網路機櫃設定CDNO xx 安裝之設備位置設定OP-11CDNUM 0-15 安裝之機櫃槽位編號設定DES xxxx 通信埠名稱設定BPS 9600 通信埠速率設定PARY NONE 通信埠檢查位元設定STOP 1 通信埠停止位元設定BITL 8 通信埠資料位元設定FLOW NONE 通信埠流量控制設定USER BUG CTY MTC SCH 通信埠功能設定TRF BGD PMS CMS 維護：MTC SCH 計費輸出：CTY旅館功能:：BGD 語音信箱：CMSTYPE：ATRNCODE 0,2 u-LAW 使用/ A-LAW使用>LD 17 系統結構指令設定REQ：CHG 更改舊資料END 結束指令TYPE：CEQU 設定系統硬體MPED 8D 週邊設備密度TERM 0-159 單一密度迴路REMO 0-159 遠端機櫃單一密度迴路TERD 0-159 雙重密度迴路(Meridian Mail 之Loop) REMD 0-159 遠端機櫃雙重密度迴路TERQ 0-159 四重密度迴路REMQ 0-159 遠端機櫃四重密度迴路XCT X TDS 之迴路卡設定TDS X 音源迴路卡設定CONF X+1 (自動設定) 會議迴路卡設定DLOP lll dd ff ll=T1卡loop , dd=Channel數目, ff=Frame(ESF/D4)MODE TRK / PRI 一般T1/T1 PRITMDI (YES) NO 是否為TMDI卡OP-11CLCMT (B8S) / AMI Line CodingYAML (FDL )/ DG2 Yellow AlarmTITE 0-2 傳輸距離設定TRSH 0-15 門檻表編號PRI2 0-159 E1 PRI之loopDTI2 0-159 一般E1之loopTYPE OVLY 系統程式時程參數設定SID 9910 系統號碼將於ACD CDR Traffic Report 列印BKGD 44 系統空閒時執行之偵錯程式PBXH X 系統定時執行之留言燈測試程式的時間TODR 1 系統定時執行之偵錯程式的時間DROL X30 X34 X38 X135 系統定時執行之偵錯程式MULTI_USER ON 程式設定多使用者開放>LD 17 系統結構指令設定REQ：CHG 更改舊資料END 結束指令TYEP：PARMPARM YES 系統軟體參數設定LPIB 96HPIB 16500B 96NCR 200NCPU 1 CPU 數量CFWS YES 跟隨資料儲存至系統PCML MU MU Law 美規A Law 歐規ALRM NO 輕障顯示於總機螢幕(M1250,M2250)ERRM ERR XBUG AUD 輕障錯誤信息顯示於通信埠功能設定為MTC FCDR OLD /NEW 詳細計費資料格式設定PCDR NO / YES 詳細計費資料顯示來電號碼設定CLID NO NO / YES 詳細計費資料輸出等級優先設定MLDN YES 同號分機可設於多個迴路FRPT NEFR / OLFR 進線可否轉接至FRE 分機MSCL 0-8190 速撥,轉碼表,忙線群設定群組PMSI NO / YES 更改PMS參數設定MANU PMS1, PMS2, PMS3 PMS 介面協定設定PMCR 20 PMS 暫存筆數設定PORT x PMS 埠設定SBA_ADM_INS 0-63 管理者/安裝者同時登錄人數設定SBA_USER 010 0-500 使用者同時登錄人數設定TYPE：PWD 系統密碼設定PWD2 xxxx 輸入第二層系統密碼(內定密碼0000/系統ID) LNAME_OPTION NO / YES 登錄時使用名字選項設定NPW1 xxxx 第一層系統密碼NPW2 xxxx 第二層系統密碼LOUT 1-(20) 自動登出時間LAPW 00-99 第X組系統密碼PWTP OVLY,SBA 第X組系統密碼型式PWXX xxxx 第X組系統密碼設定OVLA xx xx xx ALL 第X組系統密碼可使用之程式編號(1~99) LOGIN_NAME yyyy 登錄時使用名字設定>LD 18簡碼撥號群設定REQ：NEW 增加新簡碼撥號群資料CHG 修改簡碼撥號群資料MOV 移動簡碼撥號群資料OUT 取消簡碼撥號群資料END 結束指令TYPE：SCL 分機簡碼撥號表或轉碼表SSC 系統簡碼撥號表GRP 群呼叫表PRE 轉碼對應表GHT 群跳號表CUST 0-31 客戶別LSNO 0-254 簡碼撥號表別NCOS 0-7 限撥等級設定TOLS 0-254 移至新簡碼撥號表別DNSZ 8/16/20/24/28/31 簡碼撥號表碼數長度設定SIZE 1-1000 簡碼撥號表組數設定WRT YES / NO 可否更改設定STOR xxx yy....yy 存入簡碼資料XLST 0-254 分機轉碼表別設定PRE 0-254 分機轉碼表別對應設定>LD 2 话务量TTAD 看目前系统时间TTAD MON 24 11 1997 17 54 28 （范例）目前系统时间为1997年11月24日17时54分28秒STAD DD MM YYYY HH MM SS （ENTER）修改系统时间STAD 24 11 1997 17 56 00 （ENTER）（范例）修改系统时间为1997年11月24日17时56分00秒TTAD MON 24 11 1997 17 56 02 （范例）修改完记得再看一次TSHC C 看目前客户群C的报表行程TSHC 0 00 00 00 （范例）目前客户群0没任何行程00 00 0NILSSHC C sd sm ed em（ENTER）设定客户群C的报表行程Sh eh so（ENTER）dd……（ENTER）SSHC 0 00 00 00 00 — 1 1 31 12（范例）设定客户群C的报表行程00 00 0 — 08 18 1NIL — 2 3 4 5 6 7设定客户群0的报表行程从1月1日起至12月31日止从8时起至18时止于整点时列印出前一小时之报表列印星期为礼拜一（2）礼拜二（3）……至礼拜六（7）注：C —客户群编号Sd —起始日S0 — 0不列印d — 1礼拜天5 礼拜四Sm —起始月1于正整点时印出前一小时2礼拜一6 礼拜五ed —结束日2于正30分时印出前一小时3礼拜二7 礼拜六em —结束月3每半小时印出前30分钟4礼拜三sh —起始时eh —结束时TOPC C 看目前客户群C跑哪几种报表TOPC 0 NIL （）目前客户群0没跑任何报表SOPC C r r r …… 设定客户群C跑报表种类SOPC 0 NIL — 2 3 4 （）设定客户群0跑第2 3 4种类的报表INVC C r 补印上一次报表种类r注：r — 1networks2 trunks3 customer console measurements4 indicidual console measurement5 feature key usage6 Radio Paging7 Call Park>LD 23 自動話務分配軟體設定REQ：NEW 新增自動話務分配軟體資料CHG 修改自動話務分配軟體資料PRT 列印自動話務分配軟體資料OUT 取消自動話務分配軟體資料END 結束指令TYPE：ACD 自動話務分配軟體資料設定CUST 0-31 客戶別ACDN xxxx A.C.D. 群號碼設定MWC NO / YES A.C.D. 群號碼是否做為訊息中心IMS NO / YES 是否裝設整合訊息系統CMS NO / YES 連接方式是否為CSLIMA NO / YES A.C.D. 群號碼是否連接至整合訊息系統IVMS NO / YES 是否做為語音整合系統號碼DNIS NO / YES A.C.D. 群號碼是否需要DNIS訊號在ISDN/AP上傳輸VSID 0-15 輸出埠設定EES NO / YES 是否需要點對點音頻訊號輸出MAXP 1-500 最大值機員設定SDNB NO / YES 是否限制來話轉至第二分機號碼BSCW NO / YES 是否限制來話轉至第二分機號碼在值機員離座時ALOG NO / YES 是否為自動進入值機工作狀態RGAI NO / YES 是否對內線具有自動回叫功能ACAA NO / YES 是否允許當分機電話保留後按incall鍵來接ACD call FRRT 0-511 A.C.D. 第一段宣告回路設定FRT 0-2044 來話未應答自動連至A.C.D.第一段宣告回路時間設定SRRT 0-511 A.C.D. 第二段宣告回路設定SRT 0-2044 連接至A.C.D.第二段宣告回路時間設定NRRT 0-511 A.C.D. 夜間宣告回路設定FROA NO / YES 來話是否立即接通第一段宣告回路當值機員均忙時NCFW xx....xx A.C.D. 夜間跟隨至那個分機FORC NO / YES 值機員強迫進線應答設定FCFT 0-(2)-30 彈性強迫進線時間FADT (0)-15 強迫進線延遲時間設定FADR (0)-15 強迫進線回鈴音週期設定HMSB YES / NO 當ACD call執行保留時能否啟動置忙ACPQ NO / YES 依照來話等級順序應答來話SPCP NO / YES 列表時區分DCP/PCP資料OBTN NO 不提供插聽警告音AGT 提供插聽警告音CWTH 0-(1)-2047 啟動來話等候燈的數量門檻設定NCWL NO / YES 新來話等候燈功能>LD 23 自動話務分配軟體設定CWLF 1-2048 來話等候燈Flash的數量設定CWLW 1-2048 來話等候燈Wink的數量設定BYTH (0)-2047 來話終止等候產生溢流時間設定單位:秒OVTH 0-(2047) 溢流通數設定TOFT 2-1800 溢流時間設定單位:秒HPQ NO / YES 高等級值機群OCN NO / YES 否優先接聽網路內等候最久的來話設定OVDN xx....xx 溢流ACD群號碼設定IFDN xx....xx 內部溢流DN號碼設定BUSY aaa bbb ccc ddd 下列來話因內部溢流遇忙線之狀況aaa 分機bbb 總機ccc CO Trunkddd 其他Trunk註：1、假設IFDN是一個ACD DN,內部或外部DN,其值為bsy bsy src bsy2、假設IFDN是一個attendant console,其值為bsy src src bsybsy:caller聽到busy tone , src:re-linked to source queueAENI NO/YES 是否自動啟動溢流功能OVBU aaa bbb ccc ddd 當IFDN沒有設定時,下列來話因外部溢流遇忙線之狀況aaa 分機bbb 總機ccc CO Trunkddd DID和TIE Trunk註：1、BSY不允許設定於CO Trunkbsy：caller聽到busy tone , lnk:re-linked to source queueEMRT 0-511 緊急錄音回路群設定MURT 0-511 音樂保留音回路群設定STIO 1-15 值機員及時狀態顯示的輸出埠設定TSFT 0-510 電話服務滿意度之時間門檻值設定單位:秒HOML NO / YES 取下耳機或置忙時是否視為退出服務設定RDNA NO / YES NO：允許在沒login時可用DN鍵打電話YES：不允許在沒login時用DN鍵打電話RPRT NO / YES 是否要輸出此ACD群之report>LD 23 自動話務分配軟體設定TYPE：ADSAID NO 設定以Position ID方式工作YES 設定以Agent ID方式工作LOG (0)-999 值機員同時工作最大數量設定IDLB (1)-9999 Agent ID最低值設定IDUB (IDLB)-9999 Agent ID最高值設定MQA NO / YES 是否啟動MQA功能MQAS NO / YES 當Agent login時是否可選擇督導員MQAP NO / YES 當Agent login時是否可選擇Priorities MQCF NO / YES 當Agent login時是否啟動Phantom TNs to。

北电8600配置文档

Tx
熄灭
接口卡没有被判断出有故障
棕黄色
线路故障或远端设备故障
灯呈绿色并不停闪灭
接口卡正在传输数据
模块状态灯
熄灭
模块未进入工作状态
棕色不停闪灭
初始化
绿色
加电自检完成，模块处于准备就绪状态
棕色
模块加电自检错
4．Passport 8608GBIC（千兆接口卡）：
该系列模块包含1000 BASE-SX/LX/XD/ZX GBICs (千兆接口卡)。
发射光的光功率范围
最大发射光功率：-4dbm
最小发射光功率：-10dbm
3．Passport 8608千兆以太网接口板：
该模块有8个小插槽，可以插入8个GBIC接口卡。8个插槽的序列号是1-8，端口排列顺序是从左到右的排列方式（当你面对模块前面板时）。
图1-5Passport 8608千兆以太网接口板
LED指示灯显示及相应的状态对应关系：
1
Passport8600系列交换机共用以下几种模块：
1．Passport 8648TX 10/100BASE-TX以太网接口板：
该模块提供48个10/100M自识别以太端口，每一个端口均可工作在全双工和半双工模式。端口的连接线采用5类UTP线缆，同时采用RJ-45接口。
3.1启动并进入各种网管界面：15
3.1.1启动并进入CLI:15
3.1.2安装并启动Device Manager:16
3.2创建和配置VLAN（单端口或多端口）17
3.2.1创建VLAN:17
3.2.2为VLAN分配IP地址:18
3.2.3为VLAN配置路由协议：19
3.3配置端口22
3.3.1为端口上分配IP地址：22

S8600培训手册

隐藏式按键，随手机的滑开而展现，避免误操作。

厚度16.7毫米机身，整机线条迎合人体工程学设计，手感舒适。
产品特色介绍（二）
快易典
在线娱乐
多种实用功能的 “百宝箱”，保证每一项功能都让您物尽其用。
亮点
只需轻轻动手指，随时在线，轻松享受最新的娱乐和信息资讯。
为什么需要“ 快易典”
缺点
产品外观粗糙，缝隙大，外观容易磨损。
单色机只需10-20万元人民币，但双色机却达40-50万，而且模具设计复杂、精确度要求高
“我滑”S8600
韩国滑轨技术，给你不一样的滑盖手感

韩国原装进口滑轨，滑动顺畅、进退自如。不同于一般水晶按键工艺，独特精工切割，

极富立体感、晶彩熠熠。
回想一下，你买的电子产品中，对他的每一个功能都清楚吗？
这些功能每一个都使用过吗？
为什么没使用过这些功能？
在向顾客推销手机时，有足够的时间对每一个功能都介
绍吗？
点一点
“ 快易典”
集合多种实用功能的“化身”

清晰告知您每一个功能的使用方法，最大化发挥手机使用价值，不浪费每一个功能用途。

不用再看复杂的说明书，功能介绍一目了然，随时翻看。在你推销手机时，不用再考验你的记忆能力，打开“快易典” 所有功能呼之欲出。
点点看啥功能
您好！
点击进入更多功能
飞信电话薄备份 QQ 网游天气预报多媒体电子书游戏中心客户服务股票机
实用“快易典”

TF卡转存电话薄功能
（可将成千上万个手机或者SIM卡中的电话号码轻松存入内存空间更大的 TF卡里。）
省电模式

北电电话交换机基本命令

注:以下操作红色字体为用户敲入的内容…黑色字体为系统提示信息一。

登陆系统Logi admin1Pass?? xxxx xxxx为交换机密码，默认为0000二。

根据分机号码查看端口(数字话机，模拟话机通用)LD 20REQ:PRTTYPE:DNBCUST:0DN:xxx xxx输入要查的分机号例:分机6140使用的断口号DN 6140 分机号码TYPE 500 话机类型TN 007 0 00 00 MARP DES 6816 3 JUL 2004 分机端口三。

根据端口查看分机号码和分机的详细参数(数字话机，模拟话机通用)LD 20REQ:PRTTYPE:TNBTN:xx xx xx xx输入要查的端口号例:模拟话机数据TN 007 0 00 00分机使用的端口号TYPE 500分机的类型，500为模拟话机CDEN 4DCUST 0WRLS NODN 6140 0 MARP 分机号码AST NOIAPG 0HUNTTGAR 1LDN NONCOS 0分机的权限SGRP 0RNPG 0分机的代答组号(同一个组的分机可以相互代答) XLST 0SCI 0SCPWSFLT NOCAC 0CLS CTD DTN FBD XFD WTA THFD FND HTD ONSLPR XRD CWD SWD MWD LPD XHD CCSD LND TVDCFTD SFD C6D CNID AUTUICDD CDMD LLCN EHTD MCTDGPUD DPUD CFXD ARHD OVDD AGTD CLTD LDTD ASCDMBXD CPFA CPTA UDI RCC HBTD DDGA NAMA MINDNRWD NRCD NROD CRD PRSD MCRDEXR0 SHL ABDD CFHDCWND USRD BNRD OCBD RTDD FAXD PGNDPLEV 02AACS NODATE 3 JUL 2004例:数字话机数据TN 009 0 00 00分机使用的端口号TYPE 2616 分机的类型CDEN 8DCUST 0AOM 0FDNTGAR 1LDN NONCOS 1分机的权限SGRP 0RNPG 0分机的代答组号(同一个组的分机可以相互代答) SCI 0SSULNRS 16XLST 2SCPWSFLT NOCAC_MFC 0CLS UNR FBD WTA LPR MTD FND HTD ADD HFAMWD LMPN RMMD SMWD AAD IMD XHD IRD NID OLD VCE DRG1POD DSX VMD CMSD SLKD CCSD SWD LNA CNDDCFTD SFD MRD DDV CNID CDCA MSID DAPA BFED RCBDICDD CDMD LLCN MCTD CLBD AUTUGPUD DPUD DNDD CFXD ARHD CLTD ASCDCPFA CPTA ABDD CFHD FICD NAID BUZZ AGRD MOADUDI RCC HBTD AHD DDGA NAMA MIND PRSD NRWD NRCD NRODDRDD EXR0USRD ULAD RTDD RBDD RBHD PGND OCBD FLXD FTTC MCBNFDSD NOVD CDMRCPND_LANG ENGHUNTPLEV 02CSDNASTIAPG 0AACS NOITNA NODGRPMLWU_LANG 0DNDR 0KEY 00 MCR 221 0 定义了话机上第0个按键为分机号码221 (一台数字话机上可以有多个号码)01 MCR 222 0定义了话机上第1个按键为分机号码22202 TRN 定义了话机上第2个按键为转接功能03 AO6 定义了话机上第3个按键为六方会议04 CFW 16 定义了话机上第4个按键为呼叫转移05 ADL 16 定义了话机上第5个按键为自动拨号06 ADL 160708 ADL 160910 ADL 1611 ADL 1612 ADL 1613 ADL 1614 ADL 1615四。

r980t-manual-chinese说明书

1. Connecting the speakers1. Conexión de los parlantesConecte el parlante activo y el pasivo con el cable de conexión proporcionado. A continuación, conecte los cables de colores a las1. Lautsprecher anschließenVerbinden Sie die aktiven und passiven Lautsprecher mit dem mitgelieferten Lautsprecherkabel. Bitte verbinden Sie das farbigmarkierte Kabel mit der rechten Kabelklemme (das red Kabel mit der roten Klemme und das schwarz mit der schwarzen1. Connessione degli altoparlantiCollegare l'altoparlante attivo e quello passivo con il cavo di connessione incluso (cavo resso al morsetto cavo rosso e cavo14Español1. Bass-Einstellung2. Master Lautstärkeregler3. Line-in-Eingang4. EIN/AUS Schalter5. Netzanschlußkabel6. Kabelklemme1. Bassi2. Controllo volume master3. Segnale ingresso4. Interruttore dell'alimentazione5. Cavo di alimentazione6. Morsetto del cavo1. Bass adjustment2. Master volume control3. Line-in4. Power switch5. Power cord6. Wire clip1. Reguladore de grave2. Control de volumen maestro3. Entrada de línea4. Interruptor de encendido5. Cable de alimentación6. Abrazadera para cable2English8Français1. Trimmer de basses2. Contróle de volume principal3. Entrée ligne4. Interrupteur d'alimentation5. Cordon d’alimentation6. Attaches des câbles1. Connecter les haut-parleursConnecter les haut-parleurs actif et passif avec les câbles de connexion haut-parleur fournis ;connecter les câbles aux attaches selon leur couleur (le câble roug à l’attache rouge et le câble noir à l’attache noire).20Deutsch26Italiano R LR LR LR LR LPleasevisitourwebsiteat:,oremailEDIFIERSupportforfurtherassistanceat:****************,Please visit our website at: or email EDIFIER Support for further assistance at:*******************,Pleasevisitourwebsiteat:www.edifier.caoremailEDIFIERSupportat:******************If you prefer, you may contact us by phone, Toll Free: 1-877-EDIFIER (334-3437) in Canada,Veuillez consulter notre site Internet sur: , ou adresser un email au Support EDIFIER pour plusd’assistanceà:****************,Veuillez consulter notre site Internet sur: , ou adresser un email au SupportEDIFIERpourplusd’assistanceà:*******************,Veuillez consulter notre site Internet sur: www.edifier.ca ou adresser un email au Support EDIFIER à:******************Besuchen Sie unsere Webseite unter: , oder schreiben Sie eine E-Mail an den EDIFIER SupportfürweitereInformationenunter:****************,Besuchen Sie unsere Webseite unter: oder schreiben Sie eine E-Mail an denEDIFIERSupportfürweitereInformationenunter:*******************,Besuchen Sie unsere Webseite unter: www.edifier.ca oder schreiben Sie uns eine E-Mail an den EDIFIERSupportunter:******************Visita il nostro sito web: , o invia un e-mail al Supporto EDIFIER per ulteriore assistenza a:****************,Visita il nostro sito web: o invia un e-mail al Supporto EDIFIER per ulterioreassistenzaa:*******************,Visitailnostrositoweba:www.edifier.caoscriviun’e-mailalSupportoEDIFIERa:******************Se preferisci, puoi contattarci telefonicamente, Numero Verde: 1-877-EDIFIER (334-3437) in Canada,。

北电Passport8600原版手册-presale86

IN THIS ISSUEIn The Spotlight• i2002/i2004 DHCP w/ Auto VLAN DiscoveryInteroperability• Interworking Between Q-tagged & Untagged Frames • The Details on How SFFD WorksIP-PBXs/ PBXs / Key Systems• Meridian 1 Programming Tip – Removing Programmed HostsMultimedia Communications Server • MCS 5100 – Server PatchesNetwork Management• Deleting Optivity NMS DatabaseRouters / Switches• Alteon Application Switches - Cookie Not Re-writtenSecurity / VPN• Alteon SSL Accelerator - String-Based URL Load BalancingVolume 2, August 2003Did You Know...Did You Know...… there are specific equipping there are specific equipping rules rules when when provisioning unprotected DS1 provisioning unprotected DS1 services on the OPTera services on the OPTera Metro 3500, Metro 3500, using DS1 Mappers (not via a DSM using DS1 Mappers (not via a DSM)?)?)?1. DS1 Mapper circuit packs should be inserted in the shelf from left to right starting in slot 4.2. Protection Switch Controller (PSC) must occupy slot 2. Although the name is misleading the PSC isrequired because it is responsible for alarms, maintenance and provisioning.Editor’s Note:This publication will evolve based on your content and information requirements, therefore please feel free to provide feedback to: pnf@ .IN THE SPOTLIGHTi2002/i2004 DHCP w/ Auto VLAN Discovery How exactly does DHCP with Auto VLAN discovery work with our IP phones? First of all, i2002/i2004 phones may be provisioned manually or may be configured to use DHCP. If provisioned manually, the user must provide the IP address, subnet mask and default route, as well as the IP address and UDP port of the IP-enabled PBX. With DHCP enabled, one has the choice of “partial” or “full” DHCP support. With “partial” DHCP support, the IP phone is dynamically assigned its own address information but is not assigned the address/port of the PBX. With “full” DHCP support, in addition to that which is provided with partial support, the address/port of a primary and, optionally, an alternate PBX, may also be dynamically provided. These VoIP specific parameters may be passed via DHCP private options 128, 144, 157 or 191.So what about the VLAN? It only needs to be used if the phone and PC are to be connected to the same L2 switch port via a three port switch and the phone and PC need to be on separate subnets. First, the phone does not need to be in a different subnet than the PC connected to it, in which case, tagging is not enabled and no VLAN Id is configured on the phone. If the phone is connected to a L2 switch port which has VLAN tagging enabled, the VLAN Id may be manually provisioned at the phone or may be dynamically assigned by the DHCP server. It is important to remember BayStack release 2.5.x and future releases added the ability to support untagged and tagged traffic simultaneously on the same port (per VLAN tagging option). This allows traffic destined to the PC to be untagged while the traffic to and from the phone would be tagged. It is not mandatory to implement this feature but it allows complete VLAN traffic separation for end user and VoIP traffic once the VLAN ID membership is determined on the IP phones (Dynamically or manually).So let’s assume the phone and PC are connected to the same layer two switch port, the phone and PC need to be in different subnets, and “full” DHCP support and Auto VLAN discovery. Here’s how it works: At initial boot, the phone broadcasts (layer 2 and layer 3 broadcast) a DHCP Discover message looking for a DHCP server. Since a VLAN Id has yet to be assigned, the initial Discover packet is sent untagged. Assuming the phone is connected to a layer 2 access switch, the switch will add the 802.1Q header, tagging the packet with the default VLAN Id, and forward the frame. The first layer 3-aware device must be configured for DHCP relay. (Alternatively a DHCP server could be installed on every subnet but this is not practical) Having received the DHCP Discover broadcast, it will forward the Discover packet to the DHCP server (address of the server must be manually provisioned on the L3 device), adding to the Discover packet the IP address of its ingress port corresponding to the default VLAN. It is this address which informs the DHCP server to which IP subnet to assign the phone. The server, having received the Discover packet, will respond with a DHCP OFFER message, assigning an IP address consistent with the default VLAN. In an Auto VLAN environment, this will be a temporary address. The server should also include in the OFFER message a list of the applicable VLAN Ids from which the IP phone can choose. The VLAN Ids are passed using one of the DHCP private options supported by the i2002/4 phones (options 128, 144, 157 or 191). Up to 10 VLANs may be passed to the client. Upon receiving the DHCP Offer with a list of suggested VLANs, the IP phone should accept the offered IP address (a temporary address) and proceed with the DHCP negotiations (i.e., a DHCP Request sent to the server for the assigned address and a DHCP ACK sent by the server to finalize the assignment). With no VLAN tagging, or with a manually provisioned VLAN Id, the DHCP process would be complete at this stage, but with Auto VLAN discovery the process continues. The IP phone will release the temporary IP address by sending a DHCP RELEASE to the server. Note that all packets sent by the IP phone to this point have been untagged. The phone will then choose the first VLAN Id included in the previous DHCP OFFER. Having released the address, the phone now restarts the discovery process, broadcasting another DHCP Discover message, but this time tagging all packets with the selected VLAN Id. The DHCP Relay agent, its ingress port presumably having an IP address on each of the offered VLANs, will update the DISCOVER packet with its IP address corresponding to the selected VLAN. Once again, it is the gateway routers IP address which informs the DHCP server to which IP subnet to assign the phone. The DHCP OFFER, DHCP Request and DHCP Ack continue as before, only now all packets are tagged with a specific VLAN Id.Note that if the DHCP server does not have an available address for the requested VLAN and does not respond to the DHCP Discover, the IP phone will resend the Discover broadcast, retrying up to 4 times and doubling its wait time between each successive attempt (approx. 4, 8, 15, 30 seconds). If the server still does not respond, the IP phone will give up on that VLAN and broadcast a new DHCP Discover using the next VLAN. As mentioned previously, up to 10 VLAN Ids can be included in the DHCP Offer. Assuming that the DHCP server can service an address on one of the VLANs, it may also provide the VoIP specific parameters required for the phone to register to the Terminal Proxy Server (TPS) of the PBX. As with the VLAN Ids, the DHCP server will pass the VoIP-specific parameters in the DHCP Offer using any of the i2002/4 supported private DHCP options. These include the IP address and UDP port of the primary, and optionally an alternate, IP-enabled PBX. The phone finalizes the boot process by registering with the TPS.Enter text string “VLAN-A=<voice VLAN ID 1>+<voice VLAN ID 2>;” into the “data subnet’s” DHCP server as a Nortel vender specific option. (VLAN-A=<voice VLAN ID 1>;” for a single voice vlan) Enter the i200x full dhcp string into the “voice subnet’s” DHCP server as a Nortel vendor specific option. INTEROPERABILITYInterworking Between Q-taggedand Untagged FramesNetwork switches these days are designed with advanced and flexible hardware ASICs, which allow for a plug-and-play environment when it comes to Q-tagged verses untagged interfaces. For example, when connecting a BPS or one of the Stackable switches to a Passport 8600, one end of the link can be configured as a Q-tagged port and the other end of the link can be configured as an untagged port, and the link will work fine as long as the VLANs are properly defined.With some of the older technology however, both ends of the link must configured the same (i.e. both ports must be configured either as Q-tagged, or both ports must be configured an untagged ports so that the switch can trigger on the appropriate Ethernet header for proper operation).In other cases, such as with the Alteon products and other security products, it is important to understand that for security purposes, these switches require that both ends of the connection be configured the same (i.e. either both Q-tagged or both untagged, in order to work).As a general design rule, the engineering recommendation is to have identical tagging configuration at both ends of the link whether it is required or not in order to maintain network consistency and simplicity for troubleshooting.The Details on How SFFD WorksThe Single Fiber Fault Detection (SFFD) feature on the Passport 8600 and the BPS/Stackable products provides an alternative to the Remote Fault Indication (RFI) feature.SFFD is a proprietary implementation; it is available in release 3.5 on the Passport 8600, and in release BoSS 3.0 on the BPS and the Stackable switches. Since the intent of this feature is to provide an alternative to RFI, the feature is applicable only to GigE fiber ports.At this time, the SFFD feature can only be enabled and disabled via CLI. SFFD is enabled/disabled on a port-by-port basis; by default it is disabled on all ports. The CLI command on the Passport 8600 is “config ethernet <slot#/port#> sffd [enable/disable].Note 1: If you try to enable SFFD on a copper port on the Passport 8600, the command will be accepted and no error messages will be displayed; however the command will not do anything. On the BPS and the stackable switches, the CLI commands, in sequence, are: “enable”, “config terminal”, “interface fastethernet <switch#/port#>”, “sffd [enable/disable]”.Note2: If you try to enable SFFD on a copper port on the BSP or on one of the stackable switches, the command will be rejected, and an error message will be displayed. SFFD sends several types of control packets as part of the link failure detection mechanism; these messages include heart-beat packets, link-presencerequest packets, and link-presence response packets. The SFFD control packets use a destination MAC address of 0x010081 and a PDU-type of 0x7001,0x7002, and 0x7003. It’s important to ensure that these packets are not dropped by filters which are applied to ports with SFFD enabled.The timer values and the counter values for the SFFD control packets are not user-configurable; the feature is simply either turned on or off by the user. The behavior and the time it takes for a link to be declared out of service and to recover after a fiber linkfailure/recovery are shown in the example below using a BayStack 470 and a Passport 8600.In the above diagram, when Cable 1 is physically disconnected to simulate a single-fiber fault, the following observations are made:1. On the Passport 8600, the port goes downimmediately because the laser signal is lost.2. On the BS470, the operational link status willtoggle up and down in 6 to 7 second intervalsfor about 50 seconds, then will go downpermanently until the link is restored.3. Note that although the link is operationallydown after 50 seconds, the link light on theBS470 will still flash on and off in 5 to 6second intervals as the switch tries to sendSFFD control packets to the Passport 8600. When Cable 1 is reconnected, the following observations are made:1. The link goes into operational state about 18seconds after the cable is restored.2. Note that the link operational status comes upat the same time (after about 18 seconds) onboth the BS470 and the Passport 8600.When Cable 2 is physically disconnected to simulate a single-fiber fault on the other side of the link, the following observations are made:1. On the BS470, the port goes downimmediately because the laser signal is lost.2. On the Passport 8600, the link will go out ofservice in about 10 seconds.3. Note that although the Passport 8600 is out ofservice, the link light on the card will flashgreen every 5 or 6 seconds as the port tries tosend SFFD control packets to the BS470.When Cable 2 is reconnected to simulate a restore of the link, the following observations are made:1. The link on the BPS recovers immediately.2. The link on the Passport 8600 takes about 10seconds to recover.IP-PBXs / PBXs / KEY SYSTEMSMeridian 1 Programming Tip – Removing Programmed HostsEver programmed a new host in the Meridian1/Succssion 1000 PBX switch using LD 117 and then later on wish to remove the host from the host list? There is a simple set of two steps to remove the host from the host list.For example, one has programmed a host for a Succession Media Gateway 1 (SMG1) with the following information,! LD 117!New host CSEN_SMG1 10.22.2.71 1 (createa new host in SMG1 cabinet 1)!Chg ELNK active CSEN_SMG1 (activate the ELNK and put CSEN_SMG1 into activemode)!Chg MASK 255.255.255.0 1 (ensure that the mask is proper and using 24 bits)!New route 0.0.0.0 10.22.2.1 1 (ensure a route is created in cabinet 1),! Update DBSThe above steps will create a new host and the put it in active mode.! LD 117!Out route 1 1 (take out the default route 1 in cabinet 1 so that there is no link between thehost and the route),!Chg ELNK active CSEN_SMG1 1 (issue this command to “turn off” the ELNK linked to thehost in cabinet 1),! Update DBSThe switch will then display a prompt telling you that there is no host configured for the SMG 1. This will have removed the host from the host list. MULTIMEDIA COMMUNICATIONSERVER (MCS)MCS 5100– Server PatchesWhen upgrading a MCS 5100system it is very important to read the release notes for any patches necessary. The most current release notes (FP11.1.12 build 470) make a reference to three patches for the MCS 5100on the Sun VT100 platform: •Solaris Kernel patch• SNMP patch• MED patchThe kernel patch will update the kernel on the server. The SNMP patch fixes a problem with the snmpd process. The MED patch will allow the simultaneous booting of the servers.To verify if you need the kernel patch, log on to a server as root user. Run the command showrevAt the end of the response there will be a line that reads:Kernel version: SunOS 5.8 Generic 108528-18 November 2002. Look at the number after the dash if it does not read the number eighteen you will need to apply the patch. Make sure you download the correct file specified by the release notes.These patches must be applied to each MCS5100server. The kernel patch takes about two hours to complete. The other two patches together much less time, in less than half an hour. Instructions on installing the patches are in the release notes.The location to find these patches is (FTP server): 47.104.23.93user = 1.1accesspwd = 1.1accessThe kernel patch is in a folder called solarispatches. The MED patch is in one called ntme. The SNMP patch is in one called snmpdChecking for required patches at each release of software will ensure the MCS 5100is at a baseline configuration and will address known code issues. NETWORK MANAGEMENTDeleting Optivity NMS DatabasesIn a lab and demo environment where network configurations are constantly changing, it is useful to be able to clean out the Optivity NMS database so that you can do a ‘clean’ discovery when required. In Optivity NMS 10.1 there is a quick method of accomplishing this. Open up a console session on your NMS workstation and proceed as follows. The password required by the rm_appdb command is‘nms’.• C:\rm_appdb smop• Password: nms•Are you sure you want to delete all elements insmop?y•Removed 213 element(s).•Removed 14 segment(s).• C:\>optivity_apps stop(messages will appear for each stoppedprocess)• C:\>optivity_apps start(messages will appear for each startedprocess)ROUTERS / SWITCHESAlteon Application Switches- Cookie Not Re-writtenThe Alteon Application and Web switches support the following modes for cookie operation.1) Passive mode2) Re-write mode3) Insert mode.In the re-write mode a cookie with a place holder value is set on the real server and the switch is configured to same value. When this cookie is seen by the switch it is re-written with a hash value ofRIP/VIP and sent to the client. By default the switch is programmed to look for the place holder cookie, from the server, only at the first server response. If, for some reason, this cookie gets returned later in the session the switch will not re-write it. This can happen when HTTP/1.1 is used which is capable of returning multiple responses within the same session.To work around this issue one has to ensure that1) If using HTTP/1.1 this cookie is the returned in thefirst response.2) Set the value of rport (/c/slb/virt x/service 80/recount x) to a value when the cookie is returned by the real server.3) Use HTTP/1.0SECURITY / VPNAlteon SSL Accelerator String-Based URL Load BalancingTo configure String-Based URL load balancing and to redirect all traffic for which there is an exact match to one set of backend servers and all remaining traffic to set of default server, we need to use a wildcard character "*". Right now, under SSL there is no "best match" concept and "*" will match on any string, including strings that are explicitly defined. To exclude explicitly defined strings from being matched by the "*", we need to use negative numbers when listing strings. In addition, load balancing option for default server, "lbop" needs to be set to "all" to match all specified strings.Sting-Based URL LB example:/cfg/ssl/server 1/adv/string 1 match *.htmllocation url/cfg/ssl/server 1/adv/string 2match *.giflocation url/cfg/ssl/server 1/adv/string 3match *location url/cfg/ssl/server 1/adv/loadbalancingtype string/cfg/ssl/server 1/adv/loadbalancing/backend 1 lbstrings 1,2lbop any/cfg/ssl/server 1/adv/loadbalancing/backend 2 lbstrings 1,2lbop any/cfg/ssl/server 1/adv/loadbalancing/backend 3 lbstrings 3,-1,-2lbop all。

InFocus SP8600HD3D 3D电视项目器说明书

1080p (3D in 720p) ¡ 2D-to-3D Conversion ¡ 2700 Lumens 40,000:1 Contrast Ratio ¡ XPAND 3D Glasses IncludedInFocus SP8600HD3D Home Theatre Projector:Powerful 3D Brought Home for Yousp8600hd3dsp8600hd3d Two pairs of XPAND 3D glasses areoperation keeps yourfocus on the experienceLong lamp life streamlines maintenance The secret to cutting-edge resolution is InFocus’ experience perfecting2D images for our award-winning projectors. The SP8600HD3D uses full1080p HD, which accepts 1080p signals and displays them with native resolution of at least 1080 lines. The SP8600HD3D can even takelower-resolution material and scale it up to 1080p for bold images in 2D(3D up to 720p resolution only).2D-to-3D image conversionCompelling ColourEveryone sees colour differently, but we can all agree that saturated, vibrant, natural colour makes images come to life. The SP8600HD3D delivers just that—but if you don’t like what you see, you can change it. InFocus’ advanced six-segment colour wheel produces up to 1.07 billion colour variations and lets you adjust settings to your room and tastes, for intense,precise colours that rival any movie theatre screen.Glasses You Want to WearThe SP8600HD3D comes with two pairs of 3Dglasses by XPAND, the biggest name in 3D glasses. Optimised for DLP projectors, they feature the fastest shutter technology for the brightest image. They’realso rugged and flexible for extra-long life and supremecomfort.Ultra-Smooth PlaybackThe SP8600HD3D provides playback so seamless you’ll wish your life ran as smoothly. Pixelworks’™ DNX™ 10-bit technology handles video processing, de-interlacing and advanced scaling. Translation: you enjoy motion with lifelike fluidity and no artifacts or artifice.Bright InputWhether you think 3D glasses are nerdy or cool, you have to face one reality: they dampen image brightness. Big-time light output is a top priority for superior 3D projection. With ablazing 2700 lumens, the SP8600HD3D ensures your display is ideal for movies, sports and video games, any time of day or night. Plus the 40,000:1 contrast ratio highlights black, white and all the shades of grey to make every detail distinct.Stunning OutputTo produce breathtaking video, the SP8600HD3D employs DLP ® technology from Texas Instruments. DLP doesn’t use smoke, but it does use mirrors—thousands and thousands of them, all on a chip. The DLP chip coordinates with a digital video or graphic signal, a light source, and a projection lens to create world-class video quality. Plus, there’s no dust filter to buy or replace.InFocus SP8600HD3D:Bring powerful 3D home to your family and friendsInFocus Corporate Headquarters13190 SW 68th ParkwayPortland, Oregon 97223-8368, USAPhone: (1) 503-207-4700Toll Free: (1) 877-388-8385Fax: (1) 503-207-4707Optional AccessoriesReplacement lamp (SP-LAMP-065)Universal Ceiling Mount (PRJ-MNT-UNIV)Additional XPAND 3D Glasses (X103-EDUX3-R1)Cables and adaptors Carry and travel casesFor more information, please visit:/AccessoriesWarrantyThe SP8600HD3D projector comes standard with a 3-year parts and labour warranty and a 1-year lamp replacement warranty.For more information, please visit:/Support/WarrantySpecifications *©2012 InFocus Corporation. Specifications are subject to change without further notice. InFocus and InFocus Bright Ideas Made Brilliant are either trademarks or registered trademarks of InFocus Corporation in the United States and other countries. DLP , the DLP logo, and the DLP medallion are trademarks of Texas Instruments. All trademarks are used with permission or are for identification purposes only and are the property of their respective companies. InFocus_SP8600HD3D_DS_EU_05NOV12. Part Number: MMINFOCUS-0204* Product specifications, terms, and offerings are subject to change at any time without notice.** Actual lamp life may vary based on the ambient environment and projector usage. Conditions that may affect lamp life include temperature, altitude, and rapidly switching theprojector on and off.。

teli CS8600i 系列 CCD 相机规格说明书

1.概述
本产品特别为 FA、图像检测、显微镜使用而开发的超小型轻便 CCD 相机。
2.特長
(1) 高分辨率采用高像素数(38 万像素)CCD，实现水平分辨率 570 电视线，可以采集到杂波少、抖动量少的高分辨率图像。 CCIR 规格：44 万像素，水平分辨率 560 电视线。
(2) 超小型轻便本产品超小型轻便，使用 DV12V 的电源就可采集图像。
-6-
(18) 随机触发快门
１快门速度开关设定２快门速度触发宽度设定３快门速度开关设定４快门速度触发宽度设定５快门速度开关设定６快门速度触发宽度设定７快门速度开关设定８快门速度触发宽度设定
(19) 特殊快门
(20) 存储模式
可选择以下模式
内同步
SYNC 不复位
内同步
SYNC 不复位
(9) 视频出力 (10) 分辨率
(EIA)
(CCIR)
VS=1.0 V(p-p)/75Ω(终端)
水平：570 电视线垂直: 485 电视线(350 电视线) 水平：560ＴＶ本垂直：575 本（410 电视线）
(11) 信噪比(S/N)
60 dB(p-p/rms) （GAIN：MGC、γ＝1.0）
约 1.3Ｗ
温度；0℃～40℃ 湿度；20～80％ (没有结露情况下) 温度；－10℃～50℃ 湿度；20～80％ (没有结露情况下) 温度；－20℃～60℃ 湿度；20～９5％以下 (没有结露情况下)
C型
17.526mm
-7-
(27) 外形尺寸
(28) 重量
(29) 选购配件 ɾ 电源适配器 ɾ 电源／视频连接器 ɾ 相机电缆 ɾ 三脚架装配金属件

Philips 8600系列4K UHD Razor Slim LED电视说明书

Philips 8600 series4K UHD Razor Slim TV powered by Android™ with Ambilight 4-sided andPerfect Pixel Ultra HD 139 cm (55")4K Ultra HD LED TVHex Core, 16GB & expandable Twin Tuner DVB-T/T2/C/S/S255PUS86014K UHD Razor Slim LED TV powered by Android With Ambilight 4-sidedSound never looked so good. The 8600 series with 4 sided Ambilight, stylish detachable speakers and dark chrome details takes interior design to the next level. Ultra HD and Bright Pro restore images from any source to unrivaled crispness.European craftmanship•Detachable Speakers: customize how your sound looks•Ambilight changes the way you look at TV foreverAward winning performance•4K Ultra HD: resolution like you’ve never seen it before•Digital Noise Reduction optimizes images from any source•Perfect Pixel Ultra HD: the ultimate in UHD Picture QualityExhilarating. Limitless. Powered by Android•Android and Hex Core for the ultimate Ultra HD experience•Google Play store and Philips app gallery: look beyond TV•Swipe, type, talk and more—truly Smart interactionSee how beautiful sound can be•Be seduced by 50W of sound delivered by 18 speakers•Hear every detail with DTS Premium SoundHighlightsDetachable SpeakersOur detachable sound sticks have a seamless metal body with a polished, dark chrome finish. Ultra slim and incredibly sleek, the innovative design is unique to Philips: they can be placed to the left and right of the TV screen, or on optional stands to create a wireless sound system.Ambilight 4-sidedYou’ve created a home that’s more than just a house, so why not choose a TV that is warm and inviting too? Our most amazing Ambilight experience ever emits an extra wide glow around four-sides of your TV onto the surrounding wall. Your screen seems much wider, your experience more enhanced…and your TV appears to float on air. Color, vibrancy and excitement move beyond the screen and into your living room to bring you a viewing experience beyond the ordinary.4K Ultra HDUltra HD TV has 4 times the resolution of a conventional Full HD TV. With over 8 million pixels and our unique Ultra Resolution upscaling technology, you’ll experience improved images regardless of the original content. Enjoy improved sharpness, increased depth perception, superior contrast, smooth natural motion, and flawless details. Advanced DNRYour TV is an incredible machine…but it’s possible the source you view your content from isn’t. Advanced DNR analyzes contentfor imperfections and directs the incomingpicture in one of two directions. Images from agood quality source are optimized to thehighest level of sharpness and detail imaginable.And those from a poor quality source? Theyare first cleaned of imperfections before beingboosted like their good quality counterparts.Perfect Pixel Ultra HDBuilding on our award winning UHD PictureQuality heritage, we’ve elevated high definitionPicture Quality to a whole new level. Thepicture processing algorithms of our PerfectPixel Ultra HD engine convert any inputpicture into crisp 4K Ultra HD resolution onyour screen. The result? You’ll enjoy ourdeepest blacks and brightest whites. The mostvivid colors and natural skin tones. And, ourmost fluid, razor sharp image—every time andfrom any source.Hex Core + AndroidThe power of Android combined with our HexCore processing makes streaming Ultra HDYouTube movies effortless and fun. And withAndroid on your TV you'll navigate, launchapps and play videos in a way that is super fast,super intuitive, and super fun.TV ContentThe Google Play store and Philips app gallerygo beyond traditional TV programming tobring you a big online collection of movies, TV,music, apps and games. 16GB of expandablememory means there’s plenty of room to storeall your favorite content and to install moreapps.Smart InteractionWe’ve made our new remote controls as funto use as the Android TVs they’re paired with.Enter text using Google voice* or a fullQwerty keyboard. Say: ‘Open YouTube’ tolaunch the app. Swipe through your familyphotos on our touch-sensitive swipe pad. Orsimply use it as a classic remote.18 speaker 50W Sound systemSurround yourself in beautiful sound. The new8600 series combines the power of twospeakers at the back of the TV with 16microdrivers (in the left and right detachablespeakers) to deliver a broad, rich soundspectrum. We crafted the subwoofers fromNeodymium, a premium material that createsmore volume, better bass response and pure,balanced sound quality.DTS Premium SoundGreat TV speakers demand a powerfulprocessing engine that preserves the purity ofthe original audio content. DTS Premium Suiteis designed to deliver the experienceconsumers have come to expect from high endsound processing: immersive surround withdeep, rich bass and crystal clear dialog that’sdelivered at maximum volume levels andwithout any fluctuations, clipping, ordistortion.Issue date 2022-07-14 Version: 15.5.112 NC: 8670 001 23268 EAN: 87 18863 00179 0© 2022 Koninklijke Philips N.V.All Rights reserved.Specifications are subject to change without notice. Trademarks are the property of Koninklijke Philips N.V. or their respective owners.SpecificationsAmbilight•Ambilight Version: 4-sided•Ambilight Features: Wall colour adaptive, Lounge mode, Game Mode, Ambilight+huePicture/Display•Peak Luminance ratio: 65 %•Display: 4K Ultra HD LED•Diagonal screen size: 55 inch / 139 cm•Panel resolution: 3840x2160•Aspect ratio: 16:9•Brightness: 700 cd/m²•Pixel engine: Perfect Pixel Ultra HD•Picture enhancement: 1800Hz Perfect Motion Rate, Perfect Natural Motion, Micro Dimming Pro, Ultra Resolution, Bright ProAndroid TV•OS: Android™ 5.1 (Lollipop)•Pre-installed apps: Google Play Movies*, Google Play Music*, Google Search, YouTube, Netflix*•Memory size(Flash): 16GB*, extendable via USB storageSmart TV Features•User Interaction: MultiRoom client and server, SimplyShare•Interactive TV:HbbTV•Program: Pause TV, USB recording*•SmartTV apps*: Online video stores, Open internet browser, TV on demand, Youtube •Ease of Installation: Auto detect Philips devices, Device connection wizard, Network installation wizard, Settings assistant wizard•Ease of Use: One-stop smart menu button, Onscreen usermanual•Firmware upgradeable: Firmware auto upgrade wizard, Firmware upgradeable via USB, Online firmware upgrade•Screen Format Adjustments: Basic - Fill Screen, Fit to screen, Advance - Shift, Zoom, stretch •Philips TV Remote app*: Apps, Channels, Control, NowOnTV, TV Guide, Video On Demand •Remote Control: with Keyboard, with Swipe, with VoiceProcessing•Processing Power: Hex Core Sound•Output power (RMS): 50W, Extendable to 70W•Sound Enhancement: Clear Sound, DTS StudioSound, Smart SoundConnectivity•Number of HDMI connections: 4•Number of component in (YPbPr): 1•Number of scarts(RGB/CVBS):1•Number of USBs: 3•Wireless connection: Dual Band, Wi-Fi 802.11n2x2 integrated, Wi-Fi 802.11ac 2x2 integrated, Wi-Fi Direct•Other connections: Antenna IEC75, CommonInterface Plus (CI+), Ethernet-LAN RJ-45, Digitalaudio out (optical), Audio L/R in, Audio in (DVI),Headphone out, 2x Satellite input•HDMI features: 4K, Audio Return Channel•EasyLink (HDMI-CEC): Remote control pass-through, System audio control, System standby,One touch play•HDCP 2.2: Yes on all HDMIMultimedia Applications•Video Playback Formats: Containers: AVI, MKV,H264/MPEG-4 AVC, MPEG-1, MPEG-2, MPEG-4,WMV9/VC1, HEVC (H.265), VP9@UHD•Subtitles Formats Support: .SMI, .SRT, .SSA, .SUB,.TXT, .ASS•Music Playback Formats: AAC, MP3, WAV, WMA(v2 up to v9.2), WMA-PRO (v9 and v10)•Picture Playback Formats: JPEG, BMP, GIF, JPS,PNG, PNS, BMS, MPOSupported Display Resolution•Computer inputs on all HDMI: @60Hz, up to 4KUltra HD 3840x2160•Video inputs on all HDMI: @ 24, 25, 30, 50, 60Hz,up to 4K Ultra HD 3840x2160pTuner/Reception/Transmission•Digital TV: 2x DVB-T/T2/C/S/S2•MPEG Support: MPEG2, MPEG4•Video Playback: NTSC, PAL, SECAM•TV Program guide*: 8 day Electronic ProgramGuide•Signal strength indication•Teletext: 1000 page HypertextPower•Presence of lead: Yes*•Mains power: AC 220 - 240 V 50/60Hz•Ambient temperature: 5 °C to 35 °C•Eu Energy Label power: 115 W•Annual energy consumption: 160 kW·h•Energy Label Class: A•Standby power consumption: < 0.3 W•Off mode power consumption: < 0.3•Power Saving Features: Auto switch-off timer,Light sensor, Picture mute (for radio)•Mercury content: 0 mgDimensions•TV stand width distance: 1317 mm•Box dimensions(W x H x D):1370 x 935 x 199 mm•Set dimensions (W x H x D): 1227 x 709 x 17 mm•Set dimensions with stand (W x H x D):1317 x 758 x 227 mm•Product weight: 19 kg•Product weight (+stand): 20.6 kg•Weight incl. Packaging: 26.2 kg•Wall mount compatible: 200 x 200 mmAccessories•Included accessories: Remote Control, 2 x AABatteries, Table top stand, Power cord, Quick startguide, Legal and safety brochure, DetachableSpeakers•Optional accessories: DetachableSpeaker standPTA860, TV Central Stand PTS840*EPG and actual visibility (up to 8 days) is country and operatordependent.*Android App offerings vary per country. For more details please visityour local Google Play Store.*Energy consumption in kWh per year, based on the powerconsumption of the television operating 4 hours per day for 365days. The actual energy consumption will depend on how thetelevision is used.*The TV supports DVB reception for 'Free to air' broadcast. SpecificDVB operators may not be supported. An up to date list can befound in the FAQ section of the Philips support website. For someoperators Conditional Access and subscripction are required.Contact your operator for more information.*(Philips) only compatible with specific Philips player device.*Google Cast functionality is subject to Google Cast Ready apps anddevices. For more details please visit Google Cast product page.*Philips TV Remote app and related functionalities vary per TV model,operator, and country, as well as smart device model and OS. Formore details please visit: /TVRemoteapp.*Smart TV app offerings vary per TV model and country. For moredetails please visit: /smarttv.*USB recording for digital channels only, recordings may be limited bybroadcast copy protection (CI+). Country and channel restrictionsmay apply.。

蔔文电影设备广告说明书

widescreen flat TV withPixel Plus and Ambilight81 cm (32")LCD32PF9966The ultimate viewing experiencewith Pixel Plus and AmbilightThe ultimate viewing experience of Ambilight and Pixel Plus pushes Picture Quality tonew levels. The unprecedented viewing comfort of Ambilight, LCD technology andPlasma technology culminate in a daring and innovative design.Better quality images that reveal more detail•Pixel Plus for detail, depth and clarity•3D combfilter separates colors for a razor-sharp image•Active Control with Light Sensor optimizes picture qualityAdd a new dimension to your viewing•Full-color ambient lighting enhances the viewing experience•Digital Natural Motion for smooth moving imagesConnects to your premium audio/video products•HDMI input for full digital HD connection in one cableImpressive sound•Virtual Dolby Surround for a cinema-like audio experienceHighlightsPixel PlusPixel Plus is a digital picture processing technology that increases the number of lines and the number of pixels. The result is razor sharp pictures with incredible detail and depth, every time from any source.AmbilightThe full-color ambient lights offers you relaxed viewing and a unique ambiance via a soft light glow on the walls surrounding the TV. Research has shown that watching television with adapted ambient lighting promotes more relaxed TV viewing. the Ambilight colors automatically adapt to the images on the screen to add a new sensation to the viewing experience. The light can also be switched to fixed colors or various shades of white. In standby mode, the lights can be operated to any color and create a unique ambiance in the room.Digital Natural MotionPhilips invented Digital Natural Motion to eliminate juddering effects that are visible with moving picture content. Digital Natural Motionestimates motion in the picture and correctsjuddering movements in both broadcast andrecorded movie material (such as DVD). Theresulting smooth motion reproduction andexcellent sharpness take the viewingexperience to a higher level.3D CombfilterThe 3D comb filter separates brightness andcolor signals better in 3D domain to eliminatecross-color, cross-luminance and dot-crawldistortion - all of which detract from yourviewing pleasure. The 3D digital comb filterperforms field-by-field comparisons of thetelevision image to accurately separate thecolor from the black-and-white informationand remove both horizontally and verticallyhanging dots, as well as dot crawl. The result isa razor sharp image.Active Control + Light SensorActive Control is a unique and intelligent wayof optimizing picture quality by measuring andanalyzing the incoming signal to automaticallyadjust picture quality settings. Active Controlwith Light Sensor uses a sensor to adjust thepicture brightness depending on the room lightconditions.Virtual Dolby SurroundVirtual Dolby Surround is a processingtechnology for enhancing surround soundeffects. It will create the sensation of DolbyPro Logic without the necessity of additionalrear speakers. You become totally immersedin your television experience.HDMI inputHDMI makes an uncompressed digital RGBconnection from the source to the screen. Byeliminating conversion to an analog signal, itdelivers an unblemished image. The non-degraded signal reduces flicker and leads to aclearer picture. HDMI intelligentlycommunicates the highest output resolutionwith the source device. The HDMI input is fullybackward compatible with DVI sources butincludes digital audio. HDMI uses HDCP copyprotection.Issue date 2020-05-28 Version: 5.0.612 NC: 8670 000 20641 UPC*************© 2020 Koninklijke Philips N.V.All Rights reserved.Specifications are subject to change without notice. Trademarks are the property of Koninklijke Philips N.V. or their respective owners.SpecificationsPicture/Display•Aspect ratio: 16:9•Color cabinet:Pearl- White Silver (11092)•Brightness: 450 cd/m²•Contrast ratio (typical): 800:1•Response time (typical): 12 ms•Diagonal screen size: 32 inch / 80 cm •Display screen type: LCD WXGA Active Matrix TFT•Panel resolution: 1366 x 768p•Picture enhancement: Movie Plus, Pixel Plus, Digital Crystal Clear, Digital Natural Motion, 3D Combfilter, Active Control + Light sensor, Jagged Line Suppression, Progressive scan, Widescreen Plus•Screen enhancement: Anti-Reflection coated screen•Viewing angle (H / V): 160 / 160 degree Ambilight•Ambilight Features: Auto adaptive to video content, Full operation in stand-by•Color Settings: Full Multi Color•Dimming Function: Manual and via Light Sensor •Preset modes: 6 Preset modes and user preset, 2 Active Adaptive preset modesSupported Display Resolution •Computer formatsResolution Refresh rate640 x 480 60Hz800 x 600 60Hz1024 x 768 60Hz•Video FormatsResolution Refresh rate1280 x 720p 3Fh1920 x 1080i 2Fh640 x 480i 1Fh640 x 480p 2Fh720 x 576i 1Fh720 x 576p 2FhSound•Output power (RMS): 2x15W•Sound Enhancement: Auto Volume Leveler, Digital Signal Processing, Graphic Equaliser, Dynamic Bass Enhancement, Smart Sound•Sound System: Virtual Dolby Surround Loudspeakers•Built-in speakers: 4•Loudspeaker types: Integrated woofers withwOOx, Dome tweeterConvenience•Child Protection: Child Lock+Parental Control •Clock: Smart Clock•Ease of Installation: Automatic Tuning System (ATS), PLL Digital Tuning, Plug & Play•Ease of Use: 9-channel smart surf list, Backlighted side controls, Channel list, Delta Volume per preset, Smart Picture, Smart Sound•Remote Control: Universal•Remote control type: RC4307•Screen Format Adjustments: 6 Widescreen Modes, Auto Format, Subtitle and Heading Shift •Picture in Picture: 2 tuner PIP, Mozaic •Teletext: Closed Captioning Full Text •Remote control: TV, VCR, DVD/R, SAT, CBL, AMPTuner/Reception/Transmission•Aerial Input: 75 ohm F-type•TV system: NTSC•Video Playback:NTSCConnectivity•AV 1: (1, 2, 3Fh autoranging), Audio L/R in, Component Video in, YPbPr, Y/C•AV 2: (1, 2, 3Fh autoranging), Audio L/R in, Component Video in, CVBS, RGB+H/V, YPbPr, Y/ C•AV 3: Audio L/R in, HDCP, HDMI (Digital Stream & S/PDIF)•Other connections: Analog audio Left/Right out, Centre Speaker connection in, Monitor out, CVBS, L/R (cinch), Subwoofer outPower•Ambient temperature: 5 °C to 40 °C•Mains power: AC 110-120V (+/-10%)•Power consumption: 185 (tbc) W•Standby power consumption: <2 Accessories•Included accessories: Table top stand, Wall mounting bracket, HDMI-DVI adapter cable Dimensions•Product weight: 20 kg•Weight incl. Packaging: 32 kg。

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For RIPCopyright © 2003 Nortel NetworksAll rights reserved. August 2003The information in this document is subject to change without notice. The statements, configurations, technical data, and recommendations in this document are believed to be accurate and reliable, but are presented without express or implied warranty. Users must take full responsibility for their applications of any products specified in this document. The information in this document is proprietary to Nortel Networks Inc.The software described in this document is furnished under a license agreement and may be used only in accordance with the terms of that license.TrademarksNortel Networks, the Nortel Networks logo, the Globemark, Unified Networks, and PASSPORT are trademarks of Nortel Networks.Adobe and Acrobat Reader are trademarks of Adobe Systems Incorporate.Table of Contents1.OVERVIEW: CONFIGURING RIP ON PASSPORT 8600 (3)2.RIP SUPPORT ON THE PASSPORT 8600 (3)3.RIP CONFIGURATION STEPS (4)4.CONFIGURATION EXAMPLES (5)4.1B ASE C ONFIGURATION (5)4.2S PANNING T REE IN AN P ASSPORT R OUTED N ETWORK (7)4.3C ONFIGURING RIP V2 (8)4.4S UPPLYING A D EFAULT R OUTE (8)4.5P ASSPORT 8600A C ONFIGURATION: (9)4.6U SING RIP A CCEPT P OLICY (13)4.7U SING RIP A NNOUNCE P OLICY (15)5.SOFTWARE BASELINE (17)6.REFERENCE DOCUMENTATION: (17)7.ADDENDUM A (18)7.1B ASE C ONFIGURATION CLI (18)7.2RIP V2CLI (18)7.3D EFAULT R OUTE CLI (19)7.4RIP A CCEPT P OLICY CLI (20)7.5RIP A NNOUNCE P OLICY CLI (20)Table of Figures:Figure 1: Base Configuration (5)Figure 2: Spanning Tree Example (7)Figure 3: STG Instance (7)Figure 4: Default Route (8)Figure 5: RIP Accept Policy (14)1.2. Overview: Configuring RIP on Passport 8600This document describes how to configure RIP and RIP Policies on the Passport 8600.The Routing Information Protocol (RIP) is an interior gateway protocol (IGP). RIP is one of a class of algorithms known as distance vector algorithms. The distance or hop count is used as the metric to determine the best path to a remote network or host where the hop count does not exceed 15 hops assuming a cost of one for each network. RIP uses broadcast User Datagram Protocol (UDP) data packets to exchange routing information.RIP sends routing information updates every 30 seconds. This update contains known networks and the distances (hop count) associated with each one. For RIPv1, no mask information is exchanged; the natural mask is always applied by the router receiving the update. For RIPv2, mask information is sent. If information about a network is not received for 90 seconds, the metric associated with the network is raised to infinity (U) – the metric is set for 16 which means the network becomes unreachable. If information about a network is not received for 180 seconds (six update intervals), it is removed from the routing table. These default timers can be changed by configuring the RIP Interface Timeout Timer parameter and Holddown Timer parameters.RIP support on the Passport 8600The Passport 8600 supports four RIP send modes that are configurable on all Router interfaces:1. rip1comp – Broadcast RIP-2 updates using RFC 1058 route consumption rules.This is the default setting on the Passport 8600-Destination MAC is a broadcast, ff-ff-ff-ff-ff-ff-Destination IP is a broadcast for the network, i.e. 192.1.2.255-RIP Update is formed as a RIP-2 update, including network mask-RIP version = 22. rip1 – RIP updates compliant with RFC 1058-Destination MAC is a broadcast, ff-ff-ff-ff-ff-ff-Destination IP is a broadcast for the network, i.e. 192.1.2.255-RIP Update is formed as a RIP-1 update, no network mask included-RIP version = 13. rip2 – Multicast RIP-2 updates-Destination MAC is a multicast, 01-00-5e-00-00-09-Destination IP is the RIP-2 Multicast address, 224.0.0.9-RIP Update is formed as a RIP-2 update including network mask-RIP version = 24. nosend – No RIP updates are sent on the interfaceIn regards to receiving RIP updates, there are three choices:1. rip1OrRip2 – Accepts RIPv1 or RIPv2 updates2. rip1 – Accepts RIPv1 updates only3. rip2 – Accepts RIPv2 updates onlyTo configure the send mode, this is accomplished at the IP interface level using the following command:-config ip rip interface <IP address of interface> send-mode <notsend : rip1 : rip1comp : rip2>-example: config ip rip 10.1.1.9 send-mode rip2To configure the receive mode, this is accomplished at the IP interface level again using the following command-config ip rip interface <IP address of interface> receive-mode <rip1 : rip2 : rip1orrip2>example: config ip rip interface 10.1.1.9 receive-mode rip23. RIP Configuration StepsRIP can be configured on a VLAN or a brouter port basis. If configuring RIP on a VLAN, the following steps are performed-Configure VLAN, add ports and STG group- Enable RIP-Disable supply RIP updates if required-Disable listen for RIP updates if required-**By default, RIP Split Horizon is enabled. By setting the Poison parameter to true, Poison Reverse is enabled.-Enable Default Route Supply if a default route exists in the route table-Default Route listen can be enabled to add a default route to the route table if advertised from another router-Add in or out Route Policy-Enable Triggered Updates if required-Cost of the link. Enter a value of 1 to 15 where 1 is default.**If Split Horizon is invoked, IP routes learned from an immediate neighborare not advertised back to the neighbor. If Poison Reverse is enabled, theRIP updates sent to a neighbor from whom a route is learned are "poisoned"with a metric of 16. Therefore, the receiver neighbor will ignore this routebecause the metric 16 indicates infinite hops in the network. Thesemechanisms are used to prevent routing loops.4. Configuration Examples4.1 Base ConfigurationIn this example, we wish to-Use IP Subnet VLANs to provide routing between VLAN 2 and VLAN 3 on port 1/48 connected to the BPS-2000 switch-Configure the core port 2/7 as a Brouter port with RIPCommand CommentsStep 1 Configure tagging on port 1/48 Tagging is required in order tosupport multiple VLANs on thesame interface.config ether 1/48 perform-tagging enableStep 2 Configuration for Access VLAN 2config vlan 2 create byipsubnet 1 10.1.20.0/24 This command creates VLAN = 2 using Spanning Tree Group = 1 and VLAN type of IP Subnet. If using another STG group, create the new STG group first, then add port 1/48 to the new STG group.config vlan 2 ports remove 1/1-1/48,2/1-2/8 member portmemberconfig vlan 2 ports add 1/48 member portmemberconfig vlan 2 ports add 1/48 member static These commands configure port1/48 as a static member for VLAN 2 and removes all other potential members.config vlan 2 ip create 10.1.20.2/24 This command adds the IP addressof 10.1.20.2/24 to IP Subnet VLAN 2config vlan 2 ip rip enableconfig vlan 2 ip rip supply disable config vlan 2 ip rip listen disable This command enables RIP for VLAN 2 and disables RIP supply and listen. RIP supply and listen are not required as there is no Router attached to VLAN 2.Step 3 Configuration for Access VLAN 3config vlan 3 create byipsubnet 1 10.1.30.0/24 This command creates VLAN = 3 using Spanning Tree Group = 1 and VLAN type of IP Subnet. If using another STG group, create the new STG group first, then add port 1/48 to the new STG group.config vlan 3 ports remove 1/1-1/48,2/1-2/8 member portmemberconfig vlan 3 ports add 1/48 member portmemberconfig vlan 3 ports add 1/48 member static These commands configure port1/48 as a static member for VLAN 2 and removes all other potential members.config vlan 3 ip create 10.1.30.2/24 This command adds the IP addressof 10.1.20.2/24 to IP Subnet VLAN 3config vlan 3 ip rip enableconfig vlan 3 ip rip supply disable config vlan 3 ip rip listen disable This command enables RIP for VLAN 3 and disables RIP supply and listen.Step 4 Configuration of Brouter port #1config ethernet 2/7 ip create 10.1.1.1/30 2090 This command adds the IP address of 10.1.1.1/30 to port 2/7using brouter VLAN = 2090.config ethernet 2/7 ip rip enable This command enables RIP on thisinterface.Step 5 Enable RIP Globallyconfig ip rip enablePP8600 Configuration File:# PORT CONFIGURATION - PHASE I#ethernet 1/48 perform-tagging enable# VLAN CONFIGURATION#vlan 1 ip igmp mrdisc mrdisc-enable disablevlan 2 create byipsubnet 1 10.1.20.0/255.255.255.0vlan 2 ports remove 1/1-1/47,2/1-2/8,3/1-3/8 member portmembervlan 2 ports add 1/48 member portmembervlan 2 ports add 1/48 member staticvlan 2 ports remove 1/1-1/47,2/1-2/8,3/1-3/8 member portmembervlan 2 ip create 10.1.20.2/255.255.255.0 mac_offset 0vlan 2 ip rip enablevlan 2 ip rip listen disablevlan 2 ip rip supply disablevlan 3 create byipsubnet 1 10.1.30.0/255.255.255.0vlan 3 ports remove 1/1-1/47,2/1-2/8 member portmembervlan 3 ports add 1/48,3/1-3/8 member portmembervlan 3 ports add 1/48 member staticvlan 3 ports remove 1/1-1/47,2/1-2/8 member portmembervlan 3 ip create 10.1.30.2/255.255.255.0 mac_offset 1vlan 3 ip rip enablevlan 3 ip rip listen disablevlan 3 ip rip supply disable## PORT CONFIGURATION - PHASE II#ethernet 2/7 ip create 10.1.1.1/255.255.255.252 2090 mac_offset 2ethernet 2/7 ip rip enable## IP ROUTE POLICY CONFIGURATION#ip rip enable4.2 Spanning Tree in an Passport Routed NetworkIn the example above, a brouter port was used to connect to the network core. A brouter port is a single-port VLAN that can route IP packets as well as bridge all non-routable traffic. The difference between a brouter port and a standard IP protocol-based VLAN configured to do routing is that the routing interface of the brouter port is not subject to the Spanning Tree state of the port. Hence, using brouter ports eliminates the Spanning Tree protocol from the backbone network.If VLAN connectivity is required in the core to support non-IP protocols, care must be taken to prevent blocked ports due to Spanning Tree. This could occur if using one Spanning Tree (STG) instance.10.1.30.0/2410.1.40.0/24Figure 2: Spanning Tree ExampleOne solution to get around this issue is to use multiple Spanning Tree groups. Using multiple STGs can be used to eliminate loops at Layer 2 while still permitting Layer 2 and Layer 3 connectivity between devices. If using VLANs in the core, one should follow the following rules:1. A VLAN can exist in only one STG2. Use only one STG on Access Ports3. Use many STGs on Trunk Port ports10.1.30.0/2410.1.40.0/24Figure 3: STG Instance4.3 Configuring RIPv2When RIP is enabled on a VLAN or brouter port, the default settings are as follows:- Send Mode: rip1compatible - Receive Mode: rip1orRip2Depending on the configuration required, you may want to force the Passport 8600 to only operate in RIPv1 or RIPv2 mode.In this example, we will configure the Passport 8600 to only operate in RIPv2 mode using the previous configuration example. In this case, use the following commands to add RIP version 2 to VLAN’s 2 and 3 and the brouter port.CommandComments Step 1 Configure RIPv2 to VLAN 2config ip rip interface 10.1.20.2 send-mode rip2config ip rip interface 10.1.20.2 receive-mode rip2These two commands enable RIPv2 mode on the IP address used for VLAN 2.Step 2 Configure RIPv2 to VLAN 3config ip rip interface 10.1.30.2 send-mode rip2config ip rip interface 10.1.30.2 receive-mode rip2These two commands enable RIPv2 mode on the IP address used for VLAN 3.Step 2 Configure RIPv2 to Brouter Portconfig ip rip interface 10.1.1.1 send-mode rip2config ip rip interface 10.1.1.1 receive-mode rip2These two commands enable RIPv2 mode to the IP address used for the brouter port.4.4 Supplying a Default RouteVLAN 2 VLAN 2 10.1.30.0/24VLAN 210.1.40.0/24Figure 4: Default RouteIn this example, we wish to- Use brouter ports for all core links- Configure port based VLANs for local networks.- Configure PP8600A to add a default route pointing to the Network Core andadvertise the default route to PP8600B and PP8600C.4.5 Passport 8600A Configuration:Command CommentsStep 1 Configuration for Access VLAN 2config vlan 2 create byport 1 This command creates VLAN = 2using Spanning Tree Group = 1. Ifusing another STG group, createthe new STG group first, then addport 1/48 to the new STG group.config vlan 2 ports add 1/48 This command adds the access port1/48 to VLAN 2.config vlan 2 ip create 10.1.20.2/24 This command adds the IP addressof 10.1.20.2/24 to VLAN 2.config vlan 2 ip rip enableconfig vlan 2 ip rip supply disable config vlan 2 ip rip listen disable This command enables RIP for VLAN 2 and disables RIP supply and listen. Unless there is an external router attached to VLAN 2, there is no need to supply nor listen for RIP updates.Step 2 Configuration of Brouter port #1config ethernet 2/7 ip create 10.1.1.1/30 2090 This command adds the IP address of 10.1.1.1/30 to port 2/7 using brouter VLAN = 2090.config ethernet 2/7 ip rip default-supply enableconfig ethernet 2/7 ip rip enable These commands enable RIP and will advertise a default route out this interface. Note: we still have to add a RIP Out-Policy for this interface in order to advertise the local default route.Step 3 Configuration of Brouter port #2config ethernet 2/8 ip create 10.1.1.5/30 2091 This command adds the IP address of 10.1.1.5/30 to port 2/8 using brouter VLAN = 2091.config ethernet 2/8 ip rip default-supply enableconfig ethernet 2/8 ip rip enable These commands enable RIP and will advertise a default route out this interface. Note: we still have to add a RIP Out-Policy for this interface in order to advertise the local default route.Step 4 Configuration of Brouter port #3config ethernet 2/1 ip create 10.1.1.9/30 2092 This command adds the IP address of 10.1.1.5/30 to port 2/8 using brouter VLAN = 2092.config ethernet 2/1 ip rip enableconfig ethernet 2/1 ip rip listen disable config ethernet 2/1 ip rip supply disable These commands enable RIP for this interface. For this interface, we will also disable RIP supply and listen.Step 5 Create the default routeconfig ip static-route create 0.0.0.0/0 next-hop 10.1.1.10 cost 1 This command creates the static default route.Step 6 Enable RIP Globallyconfig ip rip enable Step 7 Create an IP Prefixconfig ip prefix-list "default" add-prefix 0.0.0.0/0 This command adds a prefix list named ‘default’ with the default route address. This will be used for the Route Policy in Step 8.Step 8 Create a Route Policyconfig ip route-policy "default_route" seq 1 createconfig ip route-policy "default_route" seq 1 enableconfig ip route-policy "default_route" seq 1 action permitconfig ip route-policy "default_route" seq 1 match-network "default" These commands create a route policy named “default_route” with a match for the IP Prefix list created in Step 7.Step 9 RIP Policy Configurationconfig ip rip interface 10.1.1.1 out-policy "default_route"config ip rip interface 10.1.1.5 out-policy "default_route" These two commands add the route policy created in Step 8 to the two core links to PP8600B andPP8600C from PP8600A.Passport 8600B Configuration:Command CommentsStep 1 Configuration for Access VLAN 2config vlan 2 create byport 1 This command creates VLAN = 2using Spanning Tree Group = 1. Ifusing another STG group, createthe new STG group first, then addport 1/48 to the new STG group.config vlan 2 ports add 1/48 This command adds the access port1/48 to VLAN 2.config vlan 2 ip create 10.1.30.2/24 This command adds the IP addressof 10.1.20.2/24 to VLAN 2config vlan 2 ip rip enableconfig vlan 2 ip rip supply disable config vlan 2 ip rip listen disable These commands enable RIP for VLAN 2 and disables RIP supply and listen.Step 2 Configuration of Brouter port #1config ethernet 2/7 ip create 10.1.1.2/30 2090 This command adds the IP address of 10.1.1.2/30 to port 2/7 using brouter VLAN = 2090.config ethernet 2/7 ip rip default listen enableconfig ethernet 2/7 ip rip enable These commands enable RIP and default route listen for this port.Step 3 Configuration of Brouter port #2config ethernet 2/1 ip create 10.1.1.13/30 2091 This command adds the IP address of 10.1.1.13/30 to port 2/1 using brouter VLAN = 2091.config ethernet 2/1 ip rip default-listen enableconfig ethernet 2/1 ip rip default-supply enableconfig ethernet 2/1 ip rip enable These commands enable RIP and default route supply and listen for this interface.Step 4 Enable RIP Globallyconfig ip rip enablePassport 8600C Configuration:Command CommentsStep 1 Configuration for Access VLAN 2config vlan 2 create byport 1 This command creates VLAN = 2using Spanning Tree Group = 1. Ifusing another STG group, createthe new STG group first, then addport 1/48 to the new STG group.config vlan 2 ports add 1/48 This command adds the access port1/48 to VLAN 2.config vlan 2 ip create 10.1.40.2/24 This command adds the IP addressof 10.1.20.2/24 to VLAN 2config vlan 2 ip rip enable config vlan 2 ip supply disable config vlan 2 ip listen disable This command enables RIP for VLAN 2 and disables RIP supply and listen.Step 2 Configuration of Brouter port #1config ethernet 2/8 ip create 10.1.1.6/30 2090 This command adds the IP address of 10.1.1.6/30 to port 2/8 using brouter VLAN = 2090.config ethernet 2/8 ip rip default-listen enableconfig ethernet 2/8 ip rip enable These commands enable RIP and default route listen for this port.Step 3 Configuration of Brouter port #2config ethernet 2/1 ip create 10.1.1.14/30 2091 This command adds the IP address of 10.1.1.14/30 to port 2/1 using brouter VLAN = 2091.config ethernet 2/1 ip rip default-listen enableconfig ethernet 2/1 ip rip default-supply enableconfig ethernet 2/1 ip rip enable These commands enable RIP and default route supply and listen for this interface.Step 4 Enable RIP Globallyconfig ip rip enableConfiguration Files:PP8600A:## VLAN CONFIGURATION#vlan 2 create byport 1vlan 2 ports remove 1/1-1/47,2/1-2/8,3/1-3/8 member portmembervlan 2 ports add 1/48 member portmembervlan 2 ip create 10.1.20.2/255.255.255.0 mac_offset 0vlan 2 ip rip enablevlan 2 ip rip listen disablevlan 2 ip rip supply disable## PORT CONFIGURATION - PHASE II#ethernet 2/1 ip create 10.1.1.9/255.255.255.252 2092 mac_offset 3ethernet 2/1 ip ospf metric 0ethernet 2/1 ip rip enableethernet 2/1 ip rip listen disableethernet 2/1 ip rip supply disableethernet 2/7 ip create 10.1.1.1/255.255.255.252 2090 mac_offset 1ethernet 2/7 ip rip enableethernet 2/7 ip rip default-supply enableethernet 2/8 ip create 10.1.1.5/255.255.255.252 2091 mac_offset 2ethernet 2/8 ip rip enableethernet 2/8 ip rip default-supply enable## IP PREFIX LIST CONFIGURATION#ip prefix-list "default" add-prefix 0.0.0.0/0 maskLenFrom 0 maskLenTo 0## IP ROUTE POLICY CONFIGURATION#ip route-policy "default_route" seq 1 createip route-policy "default_route" seq 1 enableip route-policy "default_route" seq 1 action permitip route-policy "default_route" seq 1 match-network "default"ip route-policy "default_route" seq 1 set-metric-type type2ip route-policy "default_route" seq 1 set-nssa-pbit enableip static-route create 0.0.0.0/0.0.0.0 next-hop 10.1.1.10 cost 1 preference 5 ip rip enableip rip interface 10.1.1.1 send-mode rip2ip rip interface 10.1.1.5 send-mode rip2ip rip interface 10.1.20.2 send-mode rip2## RIP POLICY CONFIGURATION#ip rip interface 10.1.1.1 out-policy "default_route"ip rip interface 10.1.1.5 out-policy "default_route"PP8600B## VLAN CONFIGURATION#vlan 2 create byport 1vlan 2 ports remove 1/1-1/47,2/1-2/8,3/1-3/8 member portmembervlan 2 ports add 1/48 member portmembervlan 2 ip create 10.1.30.2/255.255.255.0 mac_offset 0vlan 2 ip rip enablevlan 2 ip rip listen disablevlan 2 ip rip supply disable## PORT CONFIGURATION - PHASE II#ethernet 2/1 ip create 10.1.1.13/255.255.255.252 2091 mac_offset 2ethernet 2/1 ip ospf metric 0ethernet 2/1 ip rip enableethernet 2/1 ip rip default-listen enableethernet 2/1 ip rip default-supply enableethernet 2/7 ip create 10.1.1.2/255.255.255.252 2090 mac_offset 1ethernet 2/7 ip ospf metric 0ethernet 2/7 ip rip enableethernet 2/7 ip rip default-listen enableethernet 2/7 ip rip default-supply enableethernet 2/8 state disable# IP ROUTE POLICY CONFIGURATION#ip rip enablePP8600C## VLAN CONFIGURATION#vlan 2 create byport 1vlan 2 ip create 10.1.40.2/255.255.255.0 mac_offset 0vlan 2 ip rip enablevlan 2 ip rip listen disablevlan 2 ip rip supply disable## PORT CONFIGURATION - PHASE II#ethernet 2/1 ip create 10.1.1.14/255.255.255.252 2091 mac_offset 2ethernet 2/1 ip ospf metric 0ethernet 2/1 ip rip enableethernet 2/1 ip rip default-listen enableethernet 2/1 ip rip default-supply enableethernet 2/2 state disableethernet 2/8 ip create 10.1.1.6/255.255.255.252 2090 mac_offset 1ethernet 2/8 ip ospf metric 0ethernet 2/8 ip rip enableethernet 2/8 ip rip default-listen enableethernet 2/8 ip rip default-supply enable# IP ROUTE POLICY CONFIGURATION#ip rip enable4.6 Using RIP Accept PolicyRIP Accept policies can be used on the Passport 8600 to selectively accept routes from RIP updates. If no policies are defined, the default behavior is applied which will add all learned routes to the route table.A RIP Accept policy may be used to:-Listen to RIP updates only from certain gateways-Listen only for specific networks-Assign a specific mask to be included with a network in the routing table, i.e.network summaryIn this example, we wish to use a RIP Accept policy on PP8600A to create a single route that will point to PP8600C for all networks configured on it. The accept policy will take in any network from 10.1.192.0 to 10.1.255.0 and create a single entry in the routing table on PP8600A.10.1.1.0/3010.1.240.0/24 RIP10.1.241.0/24 RIP10.1.243.0/24 RIP10.1.1.0/30 Cost 210.1.240.0/24 Cost 110.1.241.0/24 Cost 110.1.243.0/24 Cost 1 VLAN 2VLAN 210.1.240.0/24to10.1.255.0Figure 5: RIP Accept PolicyIn order to calculate the summary route, comparing the common bits in the address range derives the summary address. In this example, the range of IP addresses is from 10.1.240.0 to 10.1.255.0The network address to use for this example will be 10.1.240.0/20.Command CommentsStep 1 Configure the IP Prefix Listconfig ip prefix-list “Prefix_1” add-prefix 10.1.240.0/20 maskLenFrom 20 maskLenTo 32 This command creates a Prelist list named Prefix_1 with a IP range from 10.1.240.0 to 10.1.255.0Step 2 Configure the Route Policyconfig ip route-policy "rip_pol_1" seq 1 createconfig ip route-policy "rip_pol_1" seq 1 enableconfig ip route-policy "rip_pol_1" seq 1 action permitconfig ip route-policy "rip_pol_1" seq 1 match-network "Prefix_1"config ip route-policy "rip_pol_1" seq 1 set-injectlist "Prefix_1" These commands configure a route policy named “rip_pol_1” with match criteria using the IP Prefix configured in Step 1. This will have the effect of injecting one route of 10.1.240.0/20 into the route table.Step 3 Add the Route Policy to theappropriate RIP interfacesconfig ip rip interface 10.1.1.1 in-policy "rip_pol_1"config ip rip interface 10.1.1.5 in-policy "rip_pol_1" These two commands add the Route Policy created in Step 2 to both RIP core ports.PP8600 Config File## IP PREFIX LIST CONFIGURATION#ip prefix-list "Prefix_1" add-prefix 10.1.240.0/20 maskLenFrom 20 maskLenTo 32## IP ROUTE POLICY CONFIGURATION#ip route-policy "rip_pol_1" seq 1 createip route-policy "rip_pol_1" seq 1 enableip route-policy "rip_pol_1" seq 1 action permitip route-policy "rip_pol_1" seq 1 match-network "Prefix_1"ip route-policy "rip_pol_1" seq 1 set-injectlist "Prefix_1"ip route-policy "rip_pol_1" seq 1 set-metric-type type2ip route-policy "rip_pol_1" seq 1 set-nssa-pbit enableip rip enable## RIP POLICY CONFIGURATION#ip rip interface 10.1.1.1 in-policy "rip_pol_1"ip rip interface 10.1.1.5 in-policy "rip_pol_1"4.7 Using RIP Announce PolicyIn the previous configuration example, a RIP Accept policy was used on PP8600A to insert a single route into its route table for all networks from PP8600C. Instead of using an Accept Policy on PP8600A, we could use an RIP Announce Policy on PP8600C to announce a single route to both PP8600A and PP8600B for it local network range.Use the following configuration step to configure the RIP Announce Policy on PP8600C.Command CommentsStep 1 Configure the IP Prefix Listconfig ip prefix-list “Prefix_1” add-prefix 10.1.240.0/20 This command creates a Prelist list named Prefix_1 with an IP address of 10.1.240.0/20.Step 2 Configure the Route Policyconfig ip route-policy "Policy_Rip" seq 1 createconfig ip route-policy "Policy_Rip" seq 1 enableconfig ip route-policy "Policy_Rip" seq 1 action permitconfig ip route-policy "Policy_Rip" seq 1 set-injectlist "Prefix_1" These commands configure a route policy named "Policy_Rip" with match criteria using the IP Prefix configured in Step 1.Step 3 Add the Route Policy to theappropriate RIP interfacesconfig ip rip interface 10.1.1.14 out-policy "Policy_Rip"config ip rip interface 10.1.1.6 out-policy "Policy_Rip" These two commands add the Route Policy created in Step 2 to both RIP core ports.PP8600C Configuration File# IP PREFIX LIST CONFIGURATION#ip prefix-list "Prefix_1" add-prefix 10.1.240.0/20 maskLenFrom 20 maskLenTo 20## IP ROUTE POLICY CONFIGURATION#ip route-policy "Policy_Rip" seq 1 createip route-policy "Policy_Rip" seq 1 enableip route-policy "Policy_Rip" seq 1 action permitip route-policy "Policy_Rip" seq 1 set-injectlist "Prefix_1"ip route-policy "Policy_Rip" seq 1 set-metric-type type2ip route-policy "Policy_Rip" seq 1 set-nssa-pbit enableip rip enable## RIP POLICY CONFIGURATION#ip rip interface 10.1.1.14 out-policy "Policy_Rip"ip rip interface 10.1.1.6 out-policy "Policy_Rip"5.6. Software BaselineThis document is based on Passport 8600 Software Release 3.5.Reference Documentation: Document Title PublicationNumberDescriptionConfiguring IP Routing Operations 314720-C Rev00May 2003Technical PublicationPP8600 TCG ARP n/a Technical Config Guide PP8600 TCG OSPF n/a Technical Config Guide PP8600 TCG QoS Filters n/a Technical Config Guide PP8600 TCG VRRP n/a Technical Config Guide。