TC107104OptiXOSN380068008800设备组网与应用ISSU
基于Wi-SUN无线通信技术的碳采集计量系统的设计
物联网技术 2023年 / 第10期1380 引 言电力工业作为我国的基础民生保障行业，在碳排放方面占比较大。
在2018年国际能源署发布的数据中显示，我国电力和供热行业的碳排放约占51%，交通运输、民生行业等共占21%，其他工业占28%[1-4]。
近年来，国家电网公司为实现“碳达峰、碳中和”目标，率先发布国网“碳行动”方案，并在国家电网《关于促进能源电力消费侧“碳达峰、碳中和”工作的指导意见》 （〔2021〕196号）中指出，实现“碳达峰、碳中和”目标，一方面需要能源电力从高碳向低碳、从以化石能源为主向以清洁能源为主转变，对能源电力消费侧从电气化替代、能效提升、需求响应三个方面加强建设；另一方面还需要对碳排放进行精准计量，才可以对客户的碳排放进行精准监测，对“碳达峰”和“碳中和”的实施措施进行精准评价[5-7]。
根据我国的“双碳”政策，对电力工业生产过程中碳排放的监测和计量是势在必行的。
目前，我国在碳排放的监测与计量领域暂时没有明确的标准和体系。
为了响应市场需求，也为积极响应国家电网公司的号召，本公司依托于自身现有平台，研发基于Wi-SUN 无线通信技术的碳采集计量系统，满足国家电网对数据统计常态化的要求，完善能耗和碳排放监测体系，对于“双碳”行动的开展具有重要的意义。
1 系统方案本文研究了基于Wi-SUN 无线通信技术[8-9]的碳采集计量系统实现方法，研制出一套集碳排放监测、采集、计量功能于一身的系统，并开展定点应用。
系统架构示意图如图1所示。
碳采集器通过Wi-SUN 与电力碳计量检测分析系统连接，碳传感器提供RS 485与碳采集器连接，碳采集器之间通过Wi-SUN 连接。
该系统以Wi-SUN 无线通信模块为基础，与上层应用完成mesh 组网，深度融合各类碳传感器，依托碳传感器的监测功能，完成碳排放数据的初步提取，随后经过碳采集器内置的算法，对数据进行处理，实现碳排放数据的转换，并依托其无线通信功能，将采集计量到的数据上传到上层应用之中。
系统集成需求分析
铁道大学网络工程设计与系统集成信1103-2班组长：常永生组员：段向阳兴有永亮郭颂郭茂亮齐备第二实验楼网络需求分析说明书目录1：需求分析概述错误!未定义书签。
1.1系统所在地的地理布局错误!未定义书签。
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第一局部：工程需求详解1：需求分析概述1.1系统所在地的地理布局第二实验楼为信息学院综合办公场所，有会议室，自习室，教师办公室，研究生培养室，实验室，值班室，设备间等房间，集会议，学习，教学于一体，入驻人员多，网络需求各异。
1.2网络区域环境分析根据办公用途和网络需求的不同，可以将第二实验楼网络区域划分为一下几个区域：教师办公区域，实验室区域，教室区域，会议室区域。
1.3网络系统功能概述第二实验楼各区域网络需求各异，网络集成设计的目的是对计算机系统进展统一设计布线，实现部系统环境的集中管理；营造稳定，高效，平安的学习和办公环境，为师生提供开放灵活的信息通道；创立部交互和外部访问功能，实现各网络域间访问和对internet的访问；终端桌面应具有一定的带宽，能流畅下载各类资源；网络系统应具有防火墙等设置，能在一定程度上抵御外部的恶意攻击；系统在一定时期后，应能根据新的设备需求或用户需求对网络进展升级换代。
神华宁煤集团10G传输骨干网系统网络规划及安全性优化
浅谈神华宁煤集团10G传输骨干网系统网络规划及安全性优化摘要：宁煤集团信息技术中心现有sdh 10g主干网（大武口-银川-宁东）中银川和大武口的设备为华为osn 3500，宁东传输设备为华为osn 7500。
目前因业务发展及安全性优化要求，两台设备的性能和槽位等已经不能满足要求，同时考虑到集团信息网络后续各基础及新兴业务对传输带宽的需求，在10g传输主干网中增加一台华为osn7500智能10g光传输设备，安装在银川核心局局点，与银川核心局现有的osn3500形成设备热备。
关键词：设备热备；10g双链路保护；网络规划；安全性优化；网络结构更合理；网络；易扩容；更可靠中图分类号：tn943.6文献标识码：a文章编号：1007-9599 (2013) 07-0000-02宁煤集团信息技术中心10g传输主干网与08年建成使用，10g传输主干网组网方式以链形式，实现着集团公司业务及各厂站业务的传送，随着宁煤集团信息化建设的发展，宁煤集团所属各厂矿站点通信网络发展和对网络带宽需求增大，神华宁夏煤业集团公司（以下简称神华宁煤集团）10g主干网传输设备，特别是银川核心局osn3500设备，设备槽位已经不能满足业务需求，如果此设备出现宕机，神华宁煤集团10g主干网上所有的业务将会中断，有严重的安全隐患；而且，银川-大武口、银川-宁东采用链的方式组网，业务保护机制薄弱，业务没有备用路由或迂回路由，集团公司的业务无法保障、严重影响了集团公司业务的可靠性，制约了集团公司光传输网络发展。
根据目前的通信网络发展需求和集团公司对光通信网络的目标要求，及时的调整思路，打破制约瓶颈。
为保证宁煤集团数字化、信息化建设，实现厂站集约化发展、精细化管理、标准化建设，必须搭建传输环网保护平台，为建设数字化、信息化企业提供可靠的通道保护奠定基础。
1银川-银北10g主干光环网网络规划及安全性优化通过对银北运营部华为光传输现有设备的性能、网络结构的分析研究，以及在运行维护中出现的问题，结合通信规划，各厂站对传输带宽的需求，采取的研究方法和技术路线：（1）针对集团公司传输网络环网建设，研究银北运营部光传输网络发展方向。
泰特TB8100分析器基站 重复器产品说明书
TB8100Base Station/RepeatersAll TB8100 systems offer continuous duty cycle operation at full performance specifications within the complete temperature and altitude range.With flexible, modular design, practical features and value for money that Tait is renowned for, the TB8100 raises the bar for analog base stations/repeaters. It offers 28V technology for superior performance and reliability.What’s more, it’s even easier to use. Flexible software with an intuitive user interface is at the heart of the TB8100, making it very integrator friendly and expandable.Its practical easy-to-use features coupled with impressive RF performance help make theTB8100 the next generation analog base station.The TB8100 offers you the following benefits:•255 Channels with up to 16 CTCSS or 16 DCS tones per channel•Programmable Power Output in 1W steps, per channel•External Frequency Reference for QS Simulcast applications•Full Remote Control and Diagnostics•Choice of external interface configurations• Programmable Operation•Software Enabled Feature upgrade options•Choice of single 100W or dual 5 or 50W configurations.•Seamless backup battery operation and charging with AC/DC supplyIntelligent z Flexible z High PerformanceDigital Controller DesignDesigned from the ground up, the TB8100 features a state-of-the-art RISC processor and Digital Signal Processor (DSP), providing very fast, reliable data processing through the latest in digital technology.28V TechnologyMore powerful than most base stations in its class. Tait tests the TB8100 to transmit continuously at full power with ambient air temperatures as high as 140ºF (+60ºC) at15,000 feet (4572m).Advanced Programming CapabilitiesThe TB8100’s intuitive yet comprehensive programming software with Graphical User Interface (GUI) lets you manage and program over 150 critical parameters, including all monitoring, configuration management and power management features.Convenient Modular DesignDesigned for ease of hook-up and adaptation in the field, the TB8100 is configured with front-loading modules that can be mixed and matched to meet your system needs. Whether expanding from 50 to 100 Watts, moving from single to dual channel operation, or replacing the PA or system interface board, the TB8100 gives you the flexibility to make changes in the field. A clean back-panel design hides the usual rear unit wiring clutter displaying only the connections required to link to your external radio system.User Specific ApplicationsAdditional customised programming is made easy with the TB8100 Task Manager - there's no need for intrusive hardware add-ons. TheTB8100 can readily accommodate your specific signaling, notification or alert needs. Program the unit to automatically switch to a backup base station if the self-monitor determines a problem, and choose from the wide range of alarm notification options to suit your specific solution needs. Self-Monitor CapabilityThe TB8100 manages self-monitoring parameters in its non-volatile memory, requiring no external costly monitor units, saving money, time and hassles. The advanced monitoring system will read the base status, determine the appropriate required action, and perform that action while alerting central control.Power Management SystemThe comprehensive power management system provides the ability to automatically switch between AC and DC power, to move to battery operation in the case of power failure, and to provide auxiliary battery charging and management.Complete Remote AccessibilityThe advanced intuitive interface of theTB8100 Service Kit Software makes remote management of your system simple. The self-monitoring application has dial-out capability so you are immediately notified of potential issues. Over 150 parameters on the system can be managed remotely with the TB8100 Service Kit Software.Robust SpecificationsBuilt to exceed standard specifications, the TB8100 is designed to withstand extreme temperature conditions. Engineered for maximum reliability, the TB8100 has large heat sinks, advanced cooling, and the intelligence to maintain the highest possible levels of service in adverse environments. Peak RF PerformanceWith outstanding specifications for selectivity, adjacent channel interference and fast key-up times, the TB8100 base station was designed using the best RF practices. You can depend on the RF performance of this base station even in the most extreme temperature conditions.TB8100 Base Station System PricesThe TB8100 Base Station System is shipped with the following modules included: •Subrack Front Panel with dual fans•Control Panel•Power Management Module options as selected• Power Amplifier•Reciter (Receiver/Exciter) with system interface•Service Kit (programming S/W, cable, CD)• Installation GuideSystem VHF/UHF 800MHzSingle 1-5w See price list See price listSingle 5-50w See price list See price listSingle 10-100w See price list See price listDual 1-5w See price list See price listDual 5-50w See price list See price listDual 1-5 + 5-50w See price list See price listNotes: These prices are for 12VDC systems only.For Optional Additions AddAC Power Management Unit See price listIEC Power Cord See price list12V DC, 24VDC or 48VDC Power Management Unit See price listPower Save (For Single Reciter Systems Only) See price listAlarm Reporting (Per Reciter) See price listAdvanced Profiles and Task Manager (per Reciter) See price listMicrophone See price listThese prices do not include RF equipment such as coax relays, combiners, splitters, couplers, antenna etc.For exact order details and order codes, please contact your Tait Customer Service Representative.Power Amplifiers1-5W Power AmplifierBroadband. Built-in Alarm monitoring, and diagnostics.Remotely configurable and programmable.100% duty cycle @ 60°C (140°F).2 millisecond keyup time.Programmable output power from 1 to 5W in 1W steps.Up to two 5W or 50W power amplifiers can be fitted intoa TB8100 subrack.5-50W Power AmplifierBroadband. Built-in Alarm monitoring, and diagnostics.Remotely configurable and programmable.100% duty cycle @ 60°C (140°F).2 millisecond keyup time.Programmable output power from 5 to 50W in 1W steps.Up to two 5W or 50W power amplifiers can be fitted into aTB8100 subrack.10-100W Power AmplifierBroadband. Built-in Alarm monitoring, and diagnostics.Remotely configurable and programmable.100% duty cycle @ 60°C (140°F).2 millisecond keyup time.Programmable output power from 10 to 100W in 1W steps.A limit of one 100W power amplifier can be fitted into aTB8100 subrack.Product Code Description Price TBA70B1-0000 136-174MHz, 1-5 watt PA See price list TBA70H0-0000 400-520MHz, 1-5 watt PA See price list TBA70K2-0000 760-870MHz, 1-5 watt PA See price list TBA80B1-0000 136-174MHz, 5-50 watt PA See price list TBA80H0-0000 400-520MHz, 5-50 watt PA See price list TBA80K2-0000 760-870MHz, 5-50 watt PA See price list TBA90B1-0000 136-174MHz, 10-100 watt PA See price list TBA90H0-0000 400-520MHz, 10-100 watt PA See price list TBA90K2-0000 760-870MHz, 10-100 watt PA See price listPower Management ModulesDescription: Array Single AC Power SupplyMains operated power supply. 88 to 264V input with power factorcorrection. Sufficient output power is provided to drive 1 x 100Wtransmitter or 2 x 50W transmitters. The unit has built in alarmsand diagnostics and is remotely controllable and programmable.Single DC Power SupplyA very high efficiency supply designed to run from a nominal 12, 24 or 48 VDC supply. This unit has the same output capability as the AC Power Supply. The input supply can be negatively or positively earthed. The unit has built in alarms and diagnostics and is remotely controllable and programmable.Dual (AC + DC) Power SupplyA dual power supply combining both of the above supplies. Switching from AC to DC is seamless and automatic. This option is required if the TB8100 is mains operated but is required to be powered by a backup DC supply. The DC input supply can be negatively or positively earthed. The unit has built in alarms and diagnostics and is remotely controllable and programmable.Standby Power Supply, (10W)The standby supply is highly recommended for low current consumption operation. The standby supply is used to run the Reciter alone so that the main 500 W DC supply can be switched off altogether for extended quiet periods. This unit can only be fitted to DC Supply or the Dual Supply. The low power option can only enabled for single channel operation. It is used in conjunction with the software-licensed power save feature: TBAS030.Auxiliary Power Supply / Battery Float Charger (40W output)The base station itself does not use the output of the Auxiliary Power Supply. The output is floating so it may be negatively or positively earthed.It can be configured to be on all of the time (to supply external equipment) or to be on only while mains is available (e.g. as a float charger for the battery). This module is therefore highlyrecommended for the Dual Supply and is required when the base station is to be used with TaitNetMPT1327 controllers.Single Power Supplies – see price list Product Code Input Options Output Supply OptionsAC 88-264V 10-16VDC20-33VDC40-60VDC12V Aux40W24V Aux40W48V Aux40WStandby10WTBA3001-1100 •••TBA3001-1200 •••TBA3001-1400 ••••TBA3002-2100 •••TBA3002-2200 •••TBA3002-2400 •••TBA3004-4100 •••TBA3004-4200 •••TBA3004-4400 •••TBA30A0-0100 ••TBA30A0-0200 ••TBA30A0-0400 ••Dual Power Supplies – see price listProduct Code Input Options Output Supply OptionsAC 88-264V 10-16VDC20-33VDC40-60VDC12V Aux40W24V Aux40W48V Aux40WStandby10WTBA30A1-1100 ••••TBA30A1-1200 ••••TBA30A1-1400 ••••TBA30A2-2100 ••••TBA30A2-2200 ••••TBA30A2-2400 ••••TBA30A4-4100 ••••TBA30A4-4200 ••••TBA30A4-4400 ••••Reciters (Receiver/Exciter)Reciters are available in the following bands: 136 to 156MHz, 148 to 174MHz, 174 to 193MHz,194 to 224MHz, 400 to 440MHz, 440 to 480MHz, 470 to 520MHz and 760 to 870MHz 1. Their tuning range covers a 2% subband, i.e. 10MHz at 500MHz.A Reciter includes a Receiver, Exciter, DSP, RF, and audio stages to give stable performance for the life of the product. A RISC processor controls the Task Manager, alarms system, fault monitoring, diagnostics, remote connectivity, and channel behavior.The unit has provision for an internally fitted system interface module (SIF), allowingreconfiguring of the I/O system to suit the user's requirements. There are five SIFs available.The unit is shipped with the default radio software license already installed. Other software licenses may be installed including:Alarm Reporting SoftwareAdvanced Profiles and Task Manager Software Power Saving ModesThe basic configuration includes one Reciter. An additional unit is required for any dual channel systems.Product Code Description VHF/UHF Price800MHz Price TBA40XX -YYYY Reciter with SIF included See price list See price listWhere XX is:B1=136-156MHz B2=148-174MHz B3=174-225MHz H1=400-440MHz H2=440-480MHz H3=480-520MHz K4=760-870MHzWhere YYYY is the Reciter with the following SIF:0A00 = Non-isolated 0B00 = Isolated Audio0C00 = Isolated Audio E/M 0T10 = TaitNet, MPT Trunked 0L00 = TaitNet, MPT + RS2321Note 800 MHz band covers 754-776 & 850-870 TX, 794-829 RX.System Interface CardsThe Reciters have a position inside for a System Interface (SIF) card. The SIF is responsible for all the non-RF inputs and outputs for the reciter. The SIF is interchangeable depending on the application requirements.One of the following SIFs may be selected per reciter.Non Isolated Audio D25 Connector with:Æ Balanced and unbalanced input and output audio lines, Æ 6 digital inputs, Æ 2 digital outputs, Æ 4 digital input/outputs Æ 1 coax relay drive output, Æ Tx Key & Rx Gate.Isolated Audio D25 connector with:Æ Transformer isolated balanced input and output audio lines, Æ Non isolated unbalanced input and output audio lines, Æ 6 digital inputs, Æ 2 digital outputs, Æ 4 digital input/outputs Æ 1 coax relay drive output, Æ Tx Key & Rx Gate.Isolated Audio E&M D25 connector with:Æ Transformer isolated balanced input and output audio lines, Æ Non isolated unbalanced input and output audio lines, Æ 2 digital inputs, Æ 2 digital outputs, Æ 4 digital input/outputs Æ 1 coax relay drive output, Æ Tx Key & Rx Gate, Æ Optically isolated E & M (Tx Key and Rx Gate).TaitNet, RS232D15 connector to interface directly with TaitNet system, with:Æ Balanced and unbalanced input and output audio lines, Æ 1 digital input, Æ 3 digital outputs, Æ Tx Key & Rx Gate Æ D9 RS232 connector.TaitNet, MPT TrunkedD15 connector to interface directly with TaitNet system, with:Æ Balanced and unbalanced input and output audio lines, Æ 1 digital input, Æ 3 digital outputs, Æ Tx Key & Rx Gate.SubracksIn order to house the modules, you need to select one of the following subracks:Description 5/50W 100W Single Reciter Systems See price list See price list Dual Reciter Systems See price list Not Available Power Save Systems See price list See price listNOTE:PowerSave is only available in Single Reciter Systems.Software Enabled FeaturesThe TB8100 Software feature enabler is a software licensing system that is used to enable advanced features of the base station.Licenses are applied on a per-feature and per-reciter basis. Alarm Reporting SoftwareThe TB8100 Base Station supports some key alarm systems that will form the backbone of any well-configured radio system. The key features are:• Task Manager initiation of Status and Alarm calls • Alarm Centre package (standalone PC application)Æ Alarm collection Æ Email forwarding• External alarm inputs to base stationThis license must be purchased on a per reciter basisAdvanced Profiles and Task Manager SoftwareSignalling :Up to 16 sub-audible receive tones (CTCSS or DCS). No limits to the combinations for CTCSS and DCS.Tx tone selectable per input tone for repeater operation. Tx tone selectable for Line Controlled base operationSignal Path:Dual audio paths on both transmit and receive.Audio filtering characteristic independently selectable for both receive paths and both transmit paths.Tx Power:Power adjustable independently for mains and battery operationChannel Spacing:Cross-system repeating possible with independently selectable receiver and transmitter bandwidth (25kHz, 20kHz or 12.5kHz)Task ManagerUp to 200 enabled tasks.Far greater scope for better system control andfault & alarm management.Advanced ProfilesUp to 16 customised channel profiles and signallingprofiles are available.Base station behaviour changes on a per-profile basis.Power Saving ModesIn power saving mode the receiver cycling time can beas slow as one second. If the PMU has a standby supplyfitted, the reciter will also switch off the main circuitryof the PMU when not needed. Power savings aretherefore dramatic. If there is line or signal activity,the power supply is completely re-booted to wake thesystem. The standby supply has been carefully optimisedto power just a single reciter, and is not suitable if thesubrack has more than one reciter.This license must be purchased on a per reciter basis.Product Code Description PriceTBAS010 Alarm Reporting Remote Control & DiagnosticsDial-up reporting and e-mailSee price listTBAS020Advanced Profiles and Task ManagerDefault profiles, 16 CTCSS or DCS tones, Dual audiopaths Full task manager (200 tasks)See price listTBAS030Power Saving ModeProgrammable low current drain features. RequiresDC Power Management Unit and standby supply.See price listStandard AccessoriesTMAA02-01 MicrophoneRequired for test transmissions. Plugs into the UserInterface. The microphone can be configured totransmit over the air or as line audio.See price listPower CordsetsProduct Code Description PriceTBA0001-AU IEC Cordset (Aust/NZ/China)TBA0001-US IEC Cordset (USA/Canada/Middle East)See price list T952-320 IEC Cordset (Singapore/UK/Hong Kong)T952-330 IEC Cordset (Mainland Europe)Service AccessoriesTBA0ST1 Calibration Test UnitThe TB8100 Calibration Test Unit is required whenusing the Service Kit to access the reciter when it isnot in the subrack.It is required for system re-tuning and extremely usefulfor system test and run-up, especially whencommissioning new configurations, and running radio diagnostics.See price listTBA0ST2 Tool KitComprising of:Control Panel Board RemoverTorx-Driver T8Torx-Driver T10Torx-Driver T20Screwdriver PZD-2Screwdriver Medium Flat BladeTuning Tool Cer 2.2mmTuning Tool 5CCESocket Head M3 nutsTool bagSee price list。
100GOTN系统架构和建设应用探讨
100G OTN系统架构和建设应用探讨发布时间：2022-07-18T05:10:02.396Z 来源：《中国科技信息》2022年第33卷3月5期作者：姚灵智高昊[导读] OTN系统架构为三层，包括光通路层（OCh）、光复用段层（OMS）、光传输段层（OTS），姚灵智高昊中国人民解放军31401部队125分队辽宁大连 116000摘要：OTN系统架构为三层，包括光通路层（OCh）、光复用段层（OMS）、光传输段层（OTS），各层之间衔接紧密，相邻层之间是Client/Server关系。
其中最重要的为光通路层，OTN系统的主要功能均由该层实现。
关键词：100G；OTN系统；1 100G OTN系统架构1.1 光通路层（OCh）网络光通路层能够通过光通路实现接入节点之间的数字信号的传送，并定义光通路的带宽、光信号的信噪比，还能够实现通路外开销封装。
光通路层分为三个子网络层，分别为光通路子层网络、光通路传送单元子层网络、光通路数据单元子层网络。
光通路层网络信号均为逻辑信号。
光通路子层网络实现传送OTUk信号的光通路层净荷和相应的光通路层的开销区。
其中，OTUk中k的值可分为1、2、3、4。
光通路传送单元子层网络传送ODUk信号的光通路传送单元子层网络净荷区和开销区。
其中，ODUk中k的值可分为0、1、2、2e、3、4。
光通路数据单元子层网络传送ODUk净荷区以及与传送相关联的开销。
1.2 光复用段层（OMS）网络OMS层网络通过OMS路径实现光通路在接入点之间的传送，其特征信息包括OCh层适配信息的数据流和复用段路径终端开销的数据流，均为逻辑信号，采用n级光复用单元（OMU-n）表示，其中n为光通路个数。
光复用段中的光通路可以承载业务，也可以不承载业务，不承载业务的光通路可以配置或不配置光信号。
1.3 光传输段层（OTS）网络OTS层网络通过OTS路径实现光复用段在接入点之间的传送。
OTS定义了物理接口，包括频率、功率和信噪比等参数。
智源流量探针硬件参考指南说明书
关于本手册本手册为硬件参考指南，帮助用户正确安装山石网科的设备。
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获得更多的文档资料，请访问：https://针对本文档的反馈，请发送邮件到：***********************联系信息北京苏州地址：北京市海淀区宝盛南路1号院20号楼5层地址：苏州高新区科技城景润路181号邮编：100192 邮编：215000联系我们：https:///about/contact_Hillstone.html山石网科https://TWNO: TW-HW-Sensor-CN-V3.0-Y20M09目录产品介绍 (1)前面板 (1)后面板 (2)扩展模块 (3)常用工具 (3)注意事项 (4)安装上架导轨 (4)将设备安装到标准机架上 (5)安装扩展模块 (6)卸载扩展模块 (7)连接交流电源 (7)通过配置口（CON口）访问设备 (7)通过WebUI界面访问设备 (7)连通网络 (8)单机部署 (8)集群部署 (10)完成配置 (19)关机 (19)产品介绍前面板SG-6000-ISC1050S的前面板有1个配置口（CON口）、1个MGT管理口、2个USB口、2个通用扩展槽、7个千兆电口以及若干个状态指示灯。
如图所示：SG-6000-ISC1020S设备的前面板有1个配置口（CON口）、1个通用扩展槽、1个MGT管理口、2个USB 口、5个千兆电口以及若干个状态指示灯。
如图所示：SG-6000-ISC1020S-AD设备的前面板有1个配置口（CON口）、1个通用扩展槽、1个MGT管理口、2个USB口、5个千兆电口以及若干个状态指示灯。
如图所示：SG-6000-ISC1010S的前面板有1个配置口（CON口）、1个通用扩展槽、1个MGT管理口、2个USB口、3个千兆电口以及若干个状态指示灯。
如图所示：SG-6000-ISC1010S-AD的前面板有1个配置口（CON口）、1个通用扩展槽、1个MGT管理口、2个USB 口、3个千兆电口以及若干个状态指示灯。
信号集中监测系统
智慧法院Campus OptiX全光网络解决方案
智慧法院Campus OptiX全光网络解决方案智慧法院全光解决方案场景2法院园区网络趋势与挑战1智慧法院全光解决方案亮点3目录智慧法院全光解决方案应用案例及产品4最高法推进信息化发展的决定法院信息化1.以五年发展规划为牵引，加强顶层设计2.以拓展融合为重点，加快系统建设3.与系统建设和应用需求相适应，强化保障体系4.以大力推广和质效评估为杠杆，提升应用成效业务云化驱动法院园区网络架构革新业务云化100% 企业@202585% 业务@2025连接IoT千亿连接数@202550G 每用户每月@2025管理融合办公/安防/IoT 一网融合多网统一管理园区业务三大趋势园区网络新诉求架构简单流量南北化桌面云要求低时延灵活演进宽带/WiFi/5G/IoT 灵活接入园区带宽需求大幅增长智能运维多网融合管理运维智能化，降低人员依赖度智慧法院全光解决方案场景2法院园区网络趋势与挑战1智慧法院全光解决方案亮点3目录智慧法院全光解决方案应用案例及产品4法院网络架构图简架构易演进智运维➢支持业务扩展，一纤多业务，面向IPv6能力ready ➢10G->50G->100G PON 共平台；➢自研芯片ONU支持对称10G PON ，布线免改动，节省30%工程TCO➢开局即插即用免调测，提升部署效率60%➢企业轻量级网管eSight ，无源ODN 免维护➢扁平大二层极简架构，光进铜退➢节省80%能耗和机房，90%布线空间➢业界领先端到端IP+光全光网络外网终端分光器智慧办公智慧服务ONU智慧安保ONU智慧法庭数据中心DMZ网管管理中心视频监控/安防中心法院内网涉密专网机房ONUONUOLT OLTONUONU OLTOLT语音PBXONU ONUTypeB 双归属保护运营商语音专线办公内网外网涉密网安防/设备网交换机羁押网羁押区⚫采用网络箱方式安装⚫小、中、大法庭可以选择不同规格ONU安装方式电话电脑电脑电脑ONU 选型EA5821: GPON/XG-PON, 24GE POE P805E:XGS-PON, 24GEP613E: GPON, 4GE POE+4GE P603E: GPON, 8GE接入点>8接入点<=8内网、外网光纤直接进入到法院法庭。
华为OptiX_OSN1500设备资料
华为OptiX OSN1500设备资料OptiX OSN1500智能光传输系统支持分组交换及传送，同时又继承了MSTP技术的全部特点，与传统SDH、MSTP网络保持兼容，融SDH/PDH、以太网、WDM、ATM、ESCON/FC/FICON、DVB-ASI、RPR、内置PCM等技术为一体的应用在接入和汇聚层的新一代集成型 2.5G/622M多业务智能光传输平台。
支持产品向智能光网络平滑演进。
主要应用于行业市场的接入层和汇聚层，并和OSN9560/OSN7500/3500/2500板件共享；OptiX OSN1500支持智能特性，可完成端到端的业务自动配置、SLA服务、流量工程，时隙碎片优化，Mesh时钟跟踪等，有效提高网络利用率。
OptiX OSN1500产品定位OptiX OSN1500采用“统一交换”架构，即可做为分组设备和TDM（Time Division Multiplexing）设备使用。
配合华为其他设备，OptiX OSN1500支持不同组网应用：纯分组模式应用、混合组网应用（分组模式和TDM模式叠加组网）和纯TDM 模式应用，实现数据业务和传统SDH业务的最佳处理。
OptiX OSN1500实现了在同一个平台上高效地传送语音、数据、存储网和视频业务。
OptiX OSN1500特点大容量调度具备高阶60G交叉能力，低阶20G交叉能力。
高集成度1500子架集成度：子架尺寸为221mm(高)×444mm(宽)×263mm(深)，单子架具备12业务板位，4个接口板位。
完善的网络生存机制ASON保护支持分布式可恢复重路由保护；提供5类更细化的业务保护方案，根据不同SLA 提供：钻石级、金级、银级、铜级、铁级业务。
SDH保护支持2F/4F MSP、1＋1/1:N MSP 、SNCP、DNI、SNCTP/SNCMP、共享光纤虚拟路径保护等。
数据业务保护：支持以太业务RPR环网保护，RSTP生成树保护；支持ATM业务VP-RING/VC-RING环网保护。
OptiXOSN8800产品概述(V100R005C00_01).
OptiX OSN 8800 智能光传送平台V100R005C00 产品概述文档版本 1.0发布日期2010-07-30华为技术有限公司华为专有和保密信息版权所有 © 华为技术有限公司iii版权所有 © 华为技术有限公司 2010。
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华为技术有限公司地址:深圳市龙岗区坂田华为总部办公楼邮编:518129网址:客户服务邮箱:******************客户服务电话:0755-******** 4008302118客户服务传真**************文档版本 1.0 (2010-07-30OptiX OSN 8800 智能光传送平台产品概述目录文档版本 1.0 (2010-07-30华为专有和保密信息版权所有 © 华为技术有限公司v目录1 产品定位和特点...........................................................................................................................1-11.1 产品定位............................................................................................................................................ ..........1-11.2 产品特点............................................................................................................................................ ..........1-21.2.1 光层技术............................................................................................................................................ 1-31.2.2 电层技术............................................................................................................................................ 1-41.2.3 PID技术............................................................................................................................................ ..1-41.2.4 接入业务............................................................................................................................................ 1-81.2.5 可靠性机制......................................................................................................................................1-101.2.6 网络管理工具和协议.......................................................................................................................1-111.2.7 OTN处理 (1)-121.2.8 主从子架 (1)-121.2.9 40G传输系统....................................................................................................................................1-121.2.10 40G和10G兼容混传.....................................................................................................................1-131.2.11 扩容能力 (1)-141.2.12 前向纠错技术.................................................................................................................................1-141.2.13 ODB编码技术................................................................................................................................1-141.2.14 DQPSK调制技术...........................................................................................................................1-141.2.15 波长可调功能.................................................................................................................................1-141.2.16 光功率管理功能.............................................................................................................................1-151.2.17 ASON介绍......................................................................................................................................1-161.2.18 数据特性........................................................................................................................................1-171.2.19 时钟............................................................................................................................................ ....1-171.2.20 可插拔光模块.................................................................................................................................1-182 产品架构.......................................................................................................................................2-12.1 概述............................................................................................................................................ ..................2-12.2 硬件结构............................................................................................................................................ ..........2-22.2.1 机柜............................................................................................................................................ ........2-22.2.2 子架............................................................................................................................................ ........2-52.2.3 功能单板分类...................................................................................................................................2-102.3 软件结构............................................................................................................................................ ........2-13目录OptiX OSN 8800 智能光传送平台产品概述vi华为专有和保密信息版权所有 © 华为技术有限公司文档版本 1.0 (2010-07-30 2.3.1 概述............................................................................................................................................ ......2-13 2.3.2 通信协议和接口...............................................................................................................................2-143 产品和应用场景...........................................................................................................................3-13.1 组网应用............................................................................................................................................ ..........3-13.2 波长和业务调度 (3)-13.3 ROADM技术............................................................................................................................................ ...3-13.3.1 通过ROAM单板实现的ROADM...................................................................................................3-23.3.2 通过WSS方式实现的ROADM.......................................................................................................3-23.4 电层交叉调度应用......................................................................................................................................3-33.5 光电交叉融合解决方案..............................................................................................................................3-44 操作和维护...................................................................................................................................4-14.1 性能监视............................................................................................................................................ ..........4-14.2 自动开局............................................................................................................................................ ..........4-24.3 端到端业务配置 (4)-25 节能与可持续发展......................................................................................................................5-15.1 可持续发展............................................................................................................................................ ......5-15.2 节能减排............................................................................................................................................ ..........5-16 技术指标.......................................................................................................................................6-16.1 单板的功耗、重量和槽位..........................................................................................................................6-1A 缩略语.......................................................................................................................................A-1OptiX OSN 8800 智能光传送平台产品概述插图目录文档版本 1.0 (2010-07-30华为专有和保密信息版权所有 © 华为技术有限公司vii插图目录图1-1 OptiX OSN 8800在全网解决方案中的地位.........................................................................................1-2图1-2 PID槽位示意图(OptiX OSN 8800 T32................................................................................................1-5图1-3 PID槽位示意图(OptiX OSN 8800T64................................................................................................1-6图1-4 40G和10G 混传应用...........................................................................................................................1-13图2-1 OptiX OSN 8800系统架构图.................................................................................................................2-1图2-2 ETSI 300mm后立柱机柜外形图...........................................................................................................2-3图2-3 ETSI 600mm中立柱机柜外形图...........................................................................................................2-4图2-4 OptiX OSN 8800 T32子架槽位分布图.................................................................................................2-7图2-5 OptiX OSN8800 T64子架槽位分布图.................................................................................................2-8图2-6 软件总体结构......................................................................................................................................2-14图3-1 基于WSS的ROADM节点功能示意图..............................................................................................3-2图3-2 环间调度ROADM方案........................................................................................................................3-3图3-3 电层调度应用........................................................................................................................................3-4图3-4 光电交叉融合解决方案.........................................................................................................................3-5OptiX OSN 8800 智能光传送平台产品概述表格目录文档版本 1.0 (2010-07-30华为专有和保密信息版权所有 © 华为技术有限公司ix表格目录表1-1 PID(ELQX+PTQX波长分配表.............................................................................................................1-6表1-2PID(NPO2+ENQ2波长分配表.........................................................................................................1-7表1-3 C波段80通道(50GHz间隔的频率和波长....................................................................................1-7表1-4 业务接入功能........................................................................................................................................1-9表1-5 业务保护分类表..................................................................................................................................1-10表1-6 光层ASON和电层ASON..................................................................................................................1-17表2-1 ETSI 300mm机柜工作指标...................................................................................................................2-5表2-2 ETSI 600mm机柜工作指标...................................................................................................................2-5表2-3 OptiX OSN 8800 T32子架工作指标.....................................................................................................2-9表2-4 OptiX OSN 8800 T64子架工作指标.....................................................................................................2-9表2-5 功能单元分类......................................................................................................................................2-10表4-1 接入业务的性能监视.............................................................................................................................4-1表4-2 网络的性能监视....................................................................................................................................4-2表6-1 OptiX OSN 8800设备单板功耗和重量及槽位.....................................................................................6-11 产品定位和特点1.1 产品定位OptiX OSN 8800主要应用在骨干层,也可以应用于城域网核心层、汇聚层。
OSN 500 产品简介
产品简介OptiX OSN 500 STM-1/STM-4多业务CPE光传输系统V100R002Issue 02Date 2009-03-09目录1 概述.............................................................................................................................. 1-11.1 设备简介 ....................................................................................................................................... 1-11.2 网络应用 ....................................................................................................................................... 1-22 设备功能....................................................................................................................... 2-12.1 业务类型 ....................................................................................................................................... 2-12.2 容量 .............................................................................................................................................. 2-12.2.1 交叉容量............................................................................................................................... 2-12.2.2 最大接入能力 ....................................................................................................................... 2-12.3 接口 .............................................................................................................................................. 2-22.3.1 业务接口............................................................................................................................... 2-22.3.2 管理及辅助接口.................................................................................................................... 2-22.4 保护能力 ....................................................................................................................................... 2-32.5 组网能力 ....................................................................................................................................... 2-42.6 DCN特性....................................................................................................................................... 2-42.7 时钟特性 ....................................................................................................................................... 2-42.8 以太网特性.................................................................................................................................... 2-42.9 运行、维护和管理......................................................................................................................... 2-52.10 网络管理系统.............................................................................................................................. 2-52.11 支持多种电源接入....................................................................................................................... 2-53 硬件结构....................................................................................................................... 3-13.1 机盒 .............................................................................................................................................. 3-13.2 单板 .............................................................................................................................................. 3-13.3 外置部件 ....................................................................................................................................... 3-43.4 光纤和线缆.................................................................................................................................... 3-44 技术指标....................................................................................................................... 4-14.1 整机指标 ....................................................................................................................................... 4-14.2 单板功耗和重量 ............................................................................................................................ 4-14.3 环境要求 ....................................................................................................................................... 4-24.3.1 存储环境............................................................................................................................... 4-24.3.2 运输环境............................................................................................................................... 4-44.3.3 运行环境............................................................................................................................... 4-65 遵循标准....................................................................................................................... 5-16 标签.............................................................................................................................. 6-16.1 标签说明 ....................................................................................................................................... 6-16.2 标签位置 ....................................................................................................................................... 6-2A 缩略语.......................................................................................................................... A-11 概述1.1 设备简介OptiX OSN 500是华为公司面向接入层的新一代光传输设备。
OptiXOSN8800系列产品概述
OptiXOSN8800系列产品概述OptiXOSN8800系列产品是华为公司推出的一款光传送网产品，旨在为运营商提供高质量、高容量的数据传输和接入服务。
本文将对OptiXOSN8800系列产品的特点、功能以及应用场景进行详细介绍。
一、产品特点OptiXOSN8800系列产品具有以下几个特点：高可靠性、高性能、高容量。
首先，它采用了分布式架构和灵活的模块化设计，能够有效提高系统的可靠性和可扩展性。
其次，它配备了先进的光传输芯片和高速光模块，能够实现高速数据传输和低延迟的接入服务。
此外，它还支持多种接口类型和光传输协议，能够满足不同网络环境和应用需求。
二、产品功能1. 多业务接入功能OptiXOSN8800系列产品支持多种业务接入方式，包括SDH接入、WDM接入和以太网接入等。
它能够灵活适应不同业务需求，并提供高质量的数据传输服务。
同时，它还支持多种接入接口，如STM-1/4/16/64、10G以太网和OTU2等，能够满足不同用户和网络接入需求。
2. 高可靠性保障功能OptiXOSN8800系列产品采用了多重保护机制，包括首末站保护、光电复用保护和光纤线路保护等，能够有效降低系统故障率和传输中断率。
此外，它还支持故障自动检测和恢复功能，能够及时识别和排除故障，从而提高网络的可靠性和稳定性。
3. 网管功能OptiXOSN8800系列产品配备了强大的网络管理系统，能够实现对光传送网的全面监控和管理。
它具有分布式管理和集中管理两种模式，支持实时监测网络状态、实时告警处理、性能指标统计等功能。
此外，它还具备灵活的配置和策略管理功能，能够提供个性化的网络管理方案。
三、应用场景1. 运营商骨干网OptiXOSN8800系列产品适用于运营商的骨干网建设。
它具备高可靠性和高性能的特点，能够满足运营商对大容量、高速率的数据传输需求。
同时，它还支持多业务接入和灵活的网络管理，能够适应不同运营商的业务扩展和升级需求。
2. 企业私有网OptiXOSN8800系列产品也适用于企业的私有网建设。
OptiX NG-SDH V100R002备件BOM清单-B
编码描述01030090传输设备-OptiX OSN 1500 紧凑型 STM-16/STM-4 智能光传输平台02000359调测整机-OptiX OSN 1500 紧凑型 STM-16/STM-4 智能光传输平台02312689 功能模块-OptiX OSN 1500B-SSRM1HOST-1500B 主机设备(5U)02300496母板插框-OptiX OSN 1500-SSR1AFB-子架21010944机柜机箱-DKBA4.106.0940MX-OSN 1500机箱-OptiX OSN 150021140482面板-DKBA4.124.0943MX-防尘网-OptiX OSN 150003026720制成板-OptiX OSN 1500-SSR1AFB-背板02120244风机盒｜配电盒-模块化风扇平台-SSRE1FAN-机柜风机盒03027583制成板-OptiX OSN 1500-SSR1FAN-风扇板21210913盒体、盒盖-DKBA4.127.0467MX-风扇盒-OptiX OSN 150004044432单根电缆-风扇电源线-0.06m-(H12(2.5))-(12*22UL1007红)-(H2X7(4.20)-I)-OptiX OSN 150004044333单根电缆-指示灯电缆-0.3m-(H4(1.25))-(4*28UL1061红)-(LEDφ5绿10+LEDφ5红2)-OptiX OSN 1500 32030019风扇组件-28V-56V-60*60*25.4mm-325mm-4PIN-2.88W-0.648m^3/min26020079自制件-十字槽沉头自攻螺钉-ST4.8x12-螺钉头部Φ6.2-镀彩锌26010316标准紧固件-十字槽盘头螺钉,弹垫,平垫组合件-GB9074.8-88-M3*6-镀彩锌26010527标准件-十字槽盘头螺钉,弹垫,平垫组合件-(GB9074.4-88)-M3*12-镀彩锌02313390功能模块-OptiX OSN 3500-SSNM1SF1601-STM-16(FEC)定波长配置板-640Km/LC02312583功能模块-OptiX OSN 3500-SSNM1SL1601-STM-16定波长配置板-170Km/LC02312993功能模块-OptiX OSN 3500-SSNM1SL1602-STM-16定波长配置板（640Km）02313390功能模块-OptiX OSN 3500-SSNM1SF1601-STM-16(FEC)定波长配置板-640Km/LC02312583功能模块-OptiX OSN 3500-SSNM1SL1601-STM-16定波长配置板-170Km/LC02312993功能模块-OptiX OSN 3500-SSNM1SL1602-STM-16定波长配置板（640Km）02312854功能模块-OptiX OSN 3500-SSN1MR2A-双路光分插复用配置板（25.4）02312855 功能模块-OptiX OSN 3500-SSN1MR2B-双路光分插复用配置板（半板）02233894组件｜附件-OptiX OSN 3500-OADM光模块组合21133199拉手条-DKBA4.130.3341MX-SSN1MR2B Front Panel-OptiX OSN 3500-铝型材14130249适配器-2LC/PC-2LC/PC-4-蓝色-外壳:塑料,插芯:氧化锆-方形63200007塑胶件-电线固定座FW-2K-14(长)*12.1(宽)*7.3(高)-NYLON66(UL)-材料本色26010526标准件-十字槽盘头螺钉,弹垫,平垫组合件-(GB9074.4-88)-M3*8-镀彩锌02313006功能模块-OptiX OSN 3500-SSN1MR2C-双路光分插复用配置板（22）02313278功能模块-OptiX OSN 3500-SSNM1LWX01-任意速率(10M~2.7Gbps NRZ码)光波长转换配置板-单发单收/支持DCC/ 02313281功能模块-OptiX OSN 3500-SSNM1LWX02-任意速率(10M~2.7Gbps NRZ码)光波长转换配置板-单发单收/支持DCC/ 02313345功能模块-OptiX OSN 3500-SSNM1LWX03-任意速率(10M~2.7Gbps NRZ码)光波长转换配置板-单发单收/170Km 02313346功能模块-OptiX OSN 3500-SSNM1LWX04-任意速率(10M~2.7Gbps NRZ码)光波长转换配置板-单发单收/640Km 02313347功能模块-OptiX OSN 3500-SSNM1LWX05-任意速率(10M~2.7Gbps NRZ码)光波长转换配置板-双发选收/支持DCC/ 02313348功能模块-OptiX OSN 3500-SSNM1LWX06-任意速率(10M~2.7Gbps NRZ码)光波长转换配置板-双发选收/支持DCC/ 02313349功能模块-OptiX OSN 3500-SSNM1LWX07-任意速率(10M~2.7Gbps NRZ码)光波长转换配置板-双发选收/170Km 02313350功能模块-OptiX OSN 3500-SSNM1LWX08-任意速率(10M~2.7Gbps NRZ码)光波长转换配置板-双发选收/640Km 03037557制成板-OptiX OSN 1500-SSR1EOW01-公务电话板03037556制成板-OptiX OSN 1500-SSR1AUX01-系统辅助板03038480成品板-OptiX OSN 1500-SSR2AUX01-系统辅助接口板03026772制成板-OptiX OSN 1500-SSR1PIU-电源接入板-1*2拼板03037487 成品板-OptiX OSN 2500-SSQ1CXL1601-STM-16主控交叉光接口合一板(I-16,LC)03037490 成品板-OptiX OSN 2500-SSQ1CXL1602-STM-16主控交叉光接口合一板(S-16.1,LC)03037492 成品板-OptiX OSN 2500-SSQ1CXL1603-STM-16主控交叉光接口合一板(L-16.1,LC)03037493成品板-OptiX OSN 2500-SSQ1CXL1604-STM-16主控交叉光接口合一板(L-16.2,LC)03030AMW成品板-OptiX OSN 2500-SSQ2CXL1601-STM-16主控交叉光接口合一板(I-16,LC)03030AMX成品板-OptiX OSN 2500-SSQ2CXL1602-STM-16主控交叉光接口合一板(S-16.1,LC)03030AMY成品板-OptiX OSN 2500-SSQ2CXL1603-STM-16主控交叉光接口合一板(L-16.1,LC)03030ANA成品板-OptiX OSN 2500-SSQ2CXL1604-STM-16主控交叉光接口合一板(L-16.2,LC)03050669成品板单元-OptiX OSN 2500-SSQ1CXL414-STM-4主控交叉光接口合一板（I-4,LC） 03050642成品板单元-OptiX OSN 2500-SSQ1CXL410-STM-4主控交叉光接口合一板（S-4.1,LC）03050643成品板单元-OptiX OSN 2500-SSQ1CXL411-STM-4主控交叉光接口合一板（L-4.1,LC）03050644成品板单元-OptiX OSN 2500-SSQ1CXL412-STM-4主控交叉光接口合一板（L-4.2,LC）03050645成品板单元-OptiX OSN 2500-SSQ1CXL413-STM-4主控交叉光接口合一板（Ve-4.2,LC）03050953成品板单元-OptiX OSN 2500-SSQ2CXL414-STM-4主控交叉光接口合一板（I-4,LC） 03050954成品板单元-OptiX OSN 2500-SSQ2CXL410-STM-4主控交叉光接口合一板（S-4.1,LC）03050980成品板单元-OptiX OSN 2500-SSQ2CXL411-STM-4主控交叉光接口合一板（L-4.1,LC）03050981成品板单元-OptiX OSN 2500-SSQ2CXL412-STM-4主控交叉光接口合一板（L-4.2,LC）03050982成品板单元-OptiX OSN 2500-SSQ2CXL413-STM-4主控交叉光接口合一板（Ve-4.2,LC）03050664成品板单元-OptiX OSN 2500-SSQ1CXL114-STM-1主控交叉光接口合一板（I-1,LC）03050622成品板单元-OptiX OSN 2500-SSQ1CXL110-STM-1主控交叉光接口合一板（S-1.1,LC）03050623成品板单元-OptiX OSN 2500-SSQ1CXL111-STM-1主控交叉光接口合一板（L-1.1,LC）03050624成品板单元-OptiX OSN 2500-SSQ1CXL112-STM-1主控交叉光接口合一板（L-1.2,LC）03050625成品板单元-OptiX OSN 2500-SSQ1CXL113-STM-1主控交叉光接口合一板（Ve-1.2,LC）03050983成品板单元-OptiX OSN 2500-SSQ2CXL114-STM-1主控交叉光接口合一板（I-1,LC）03050984成品板单元-OptiX OSN 2500-SSQ2CXL110-STM-1主控交叉光接口合一板（S-1.1,LC）03050985成品板单元-OptiX OSN 2500-SSQ2CXL111-STM-1主控交叉光接口合一板（L-1.1,LC）03050986成品板单元-OptiX OSN 2500-SSQ2CXL112-STM-1主控交叉光接口合一板（L-1.2,LC）03050987成品板单元-OptiX OSN 2500-SSQ2CXL113-STM-1主控交叉光接口合一板（Ve-1.2,LC）03030BFK 成品板-OptiX OSN 3500-SSN1SF1601-STM-16(带外FEC)光接口板(Ue-16.2C&D&F,LC)03037377成品板-OptiX OSN 3500-SSN1SL1601-STM-16光接口板(L-16.2,LC)03037378成品板-OptiX OSN 3500-SSN1SL1602-STM-16光接口板(Le-16.2,LC)03037379成品板-OptiX OSN 3500-SSN1SL1603-STM-16光接口板(V-16.2,LC)03037380成品板-OptiX OSN 3500-SSN1SL1604-STM-16光接口板(U-16.2,LC)03037372成品板-OptiX OSN 3500-SSN1SL16A01-STM-16光接口板(I-16,LC)03037374成品板-OptiX OSN 3500-SSN1SL16A02-STM-16光接口板(S-16.1,LC)03037375成品板-OptiX OSN 3500-SSN1SL16A03-STM-16光接口板(L-16.1,LC)03037376成品板-OptiX OSN 3500-SSN1SL16A04-STM-16光接口板(L-16.2,LC)03037443成品板-OptiX OSN 3500-SSN2SL1601-STM-16光接口板(L-16.2,LC)03037338成品板-OptiX OSN 3500-SSN2SL1602-STM-16光接口板(L-16.2,JE,LC)03037339成品板-OptiX OSN 3500-SSN2SL1603-STM-16光接口板(V-16.2,LC)03037340成品板-OptiX OSN 3500-SSN2SL1604-STM-16光接口板(U-16.2,LC)03037341成品板-OptiX OSN 3500-SSN2SL16A01-STM-16光接口板(I-16,LC)03037342成品板-OptiX OSN 3500-SSN2SL16A02-STM-16光接口板(S-16.1,LC)03037343成品板-OptiX OSN 3500-SSN2SL16A03-STM-16光接口板(L-16.1,LC)03037344成品板-OptiX OSN 3500-SSN2SL16A04-STM-16光接口板(L-16.2,LC)03050672 成品板单元-OptiX OSN 3500-SSN1SLQ414-4xSTM-4光接口板（I-4,LC）03050654成品板单元-OptiX OSN 3500-SSN1SLQ410-4xSTM-4光接口板（S-4.1,LC）03050655成品板单元-OptiX OSN 3500-SSN1SLQ411-4xSTM-4光接口板（L-4.1,LC）03050656成品板单元-OptiX OSN 3500-SSN1SLQ412-4xSTM-4光接口板（L-4.2,LC）03050657成品板单元-OptiX OSN 3500-SSN1SLQ413-4xSTM-4光接口板（Ve-4.2,LC）03050673 成品板单元-OptiX OSN 3500-SSN2SLQ414-4xSTM-4光接口板（I-4,LC）03050658成品板单元-OptiX OSN 3500-SSN2SLQ410-4xSTM-4光接口板（S-4.1,LC）03050659成品板单元-OptiX OSN 3500-SSN2SLQ411-4xSTM-4光接口板（L-4.1,LC）03050660成品板单元-OptiX OSN 3500-SSN2SLQ412-4xSTM-4光接口板（L-4.2,LC）03050661成品板单元-OptiX OSN 3500-SSN2SLQ413-4xSTM-4光接口板（Ve-4.2,LC）03050670成品板单元-OptiX OSN 3500-SSN1SLD414-2xSTM-4光接口板（I-4,LC） 03050646成品板单元-OptiX OSN 3500-SSN1SLD410-2xSTM-4光接口板（S-4.1,LC）03050647成品板单元-OptiX OSN 3500-SSN1SLD411-2xSTM-4光接口板（L-4.1,LC）03050648成品板单元-OptiX OSN 3500-SSN1SLD412-2xSTM-4光接口板（L-4.2,LC）03050649成品板单元-OptiX OSN 3500-SSN1SLD413-2xSTM-4光接口板（Ve-4.2,LC）03050671成品板单元-OptiX OSN 3500-SSN2SLD414-2xSTM-4光接口板（I-4,LC）03050650成品板单元-OptiX OSN 3500-SSN2SLD410-2xSTM-4光接口板（S-4.1,LC）03050651成品板单元-OptiX OSN 3500-SSN2SLD411-2xSTM-4光接口板（L-4.1,LC）03050652成品板单元-OptiX OSN 3500-SSN2SLD412-2xSTM-4光接口板（L-4.2,LC）03050653成品板单元-OptiX OSN 3500-SSN2SLD413-2xSTM-4光接口板（Ve-4.2,LC）03050668成品板单元-OptiX OSN 3500-SSN1SL414-STM-4光接口板（I-4,LC）03050634成品板单元-OptiX OSN 3500-SSN1SL410-STM-4光接口板（S-4.1,LC）03050635成品板单元-OptiX OSN 3500-SSN1SL411-STM-4光接口板（L-4.1,LC）03050636成品板单元-OptiX OSN 3500-SSN1SL412-STM-4光接口板（L-4.2,LC）03050637成品板单元-OptiX OSN 3500-SSN1SL413-STM-4光接口板（Ve-4.2,LC）03050667成品板单元-OptiX OSN 3500-SSN2SL414-STM-4光接口板（I-4,LC）03050638成品板单元-OptiX OSN 3500-SSN2SL410-STM-4光接口板（S-4.1,LC）03050639成品板单元-OptiX OSN 3500-SSN2SL411-STM-4光接口板（L-4.1,LC）03050640成品板单元-OptiX OSN 3500-SSN2SL412-STM-4光接口板（L-4.2,LC）03050641成品板单元-OptiX OSN 3500-SSN2SL413-STM-4光接口板（Ve-4.2,LC）03050665成品板单元-OptiX OSN 3500-SSN1SLQ114-4xSTM-1光接口板（I-1,LC）03050626成品板单元-OptiX OSN 3500-SSN1SLQ110-4xSTM-1光接口板（S-1.1,LC）03050627成品板单元-OptiX OSN 3500-SSN1SLQ111-4xSTM-1光接口板（L-1.1,LC）03050628成品板单元-OptiX OSN 3500-SSN1SLQ112-4xSTM-1光接口板（L-1.2,LC）03050629成品板单元-OptiX OSN 3500-SSN1SLQ113-4xSTM-1光接口板（Ve-1.2,LC）03050666成品板单元-OptiX OSN 3500-SSN2SLQ114-4xSTM-1光接口板（I-1,LC）03050630成品板单元-OptiX OSN 3500-SSN2SLQ110-4xSTM-1光接口板（S-1.1,LC）03050631成品板单元-OptiX OSN 3500-SSN2SLQ111-4xSTM-1光接口板（L-1.1,LC）03050632成品板单元-OptiX OSN 3500-SSN2SLQ112-4xSTM-1光接口板（L-1.2,LC）03050633成品板单元-OptiX OSN 3500-SSN2SLQ113-4xSTM-1光接口板（Ve-1.2,LC）03050662成品板单元-OptiX OSN 3500-SSN1SL114-STM-1光接口板（I-1,LC）03050614成品板单元-OptiX OSN 3500-SSN1SL110-STM-1光接口板（S-1.1,LC）03050615成品板单元-OptiX OSN 3500-SSN1SL111-STM-1光接口板（L-1.1,LC）03050616成品板单元-OptiX OSN 3500-SSN1SL112-STM-1光接口板（L-1.2,LC）03050617成品板单元-OptiX OSN 3500-SSN1SL113-STM-1光接口板（Ve-1.2,LC）03050663成品板单元-OptiX OSN 3500-SSN2SL114-STM-1光接口板（I-1,LC）03050618成品板单元-OptiX OSN 3500-SSN2SL110-STM-1光接口板（S-1.1,LC）03050619成品板单元-OptiX OSN 3500-SSN2SL111-STM-1光接口板（L-1.1,LC）03050620成品板单元-OptiX OSN 3500-SSN2SL112-STM-1光接口板（L-1.2,LC）03050621成品板单元-OptiX OSN 3500-SSN2SL113-STM-1光接口板（Ve-1.2,LC）03050829成品板单元-OptiX OSN 1500-SSR1SL114-STM-1光接口板（I-1,LC）03050796成品板单元-OptiX OSN 1500-SSR1SL110-STM-1光接口板（S-1.1,LC）03050797成品板单元-OptiX OSN 1500-SSR1SL111-STM-1光接口板（L-1.1,LC）03050798成品板单元-OptiX OSN 1500-SSR1SL112-STM-1光接口板（L-1.2,LC） 03050819 成品板单元-OptiX OSN 1500-SSR1SL113-STM-1光接口板（Ve-1.2,LC）03050826成品板单元-OptiX OSN 1500-SSR1SLQ114-4xSTM-1光接口板（I-1,LC）03050793成品板单元-OptiX OSN 1500-SSR1SLQ110-4xSTM-1光接口板（S-1.1,LC）03050794成品板单元-OptiX OSN 1500-SSR1SLQ111-4xSTM-1光接口板（L-1.1,LC）03050795成品板单元-OptiX OSN 1500-SSR1SLQ112-4xSTM-1光接口板（L-1.2,LC）03050818成品板单元-OptiX OSN 1500-SSR1SLQ113-4xSTM-1光接口板（Ve-1.2,LC）03050833成品板单元-OptiX OSN 1500-SSR1SL414-STM-4光接口板（I-4,LC）03038330 成品板-OptiX OSN 1500-SSR1SL401-STM-4光接口板34060277 光收发一体模块-ESFP(内外两种校准)-1310nm-STM4--8dBm--15dBm--31dBm-LC-15km 03050799 成品板单元-OptiX OSN 1500-SSR1SL410-STM-4光接口板（S-4.1,LC）03038330 成品板-OptiX OSN 1500-SSR1SL401-STM-4光接口板34060277光收发一体模块-ESFP(内外两种校准)-1310nm-STM4--8dBm--15dBm--31dBm-LC-15km 03050800成品板单元-OptiX OSN 1500-SSR1SL411-STM-4光接口板（L-4.1,LC）03038330成品板-OptiX OSN 1500-SSR1SL401-STM-4光接口板34060280光收发一体模块-ESFP(内外两种校准)-1310nm-STM4-2dBm--3dBm--30dBm-LC-40km 03050801成品板单元-OptiX OSN 1500-SSR1SL412-STM-4光接口板（L-4.2,LC）03038330 成品板-OptiX OSN 1500-SSR1SL401-STM-4光接口板34060284光收发一体模块-ESFP(内外两种校准)-1550nm-STM4-2dBm--3dBm--30dBm-LC-80km 03050832成品板单元-OptiX OSN 1500-SSR1SL413-STM-4光接口板（Ve-4.2,LC）03050831 成品板单元-OptiX OSN 1500-SSR1SLD414-2xSTM-4光接口板（I-4,LC）03050802成品板单元-OptiX OSN 1500-SSR1SLD410-2xSTM-4光接口板（S-4.1,LC）03050803成品板单元-OptiX OSN 1500-SSR1SLD411-2xSTM-4光接口板（L-4.1,LC）03050804成品板单元-OptiX OSN 1500-SSR1SLD412-2xSTM-4光接口板（L-4.2,LC）03050830成品板单元-OptiX OSN 1500-SSR1SLD413-2xSTM-4光接口板（Ve-4.2,LC）03050970成品板单元-OptiX OSN 3500-SSN1SLT110-12xSTM-1光接口板（S-1.1,LC）03037391成品板-OptiX OSN 3500-SSN1SEP101-8xSTM-1线路功能处理板03027509制成板-OptiX OSN 3500-SSN1EU04-4xSTM-1电接口引出板-1x1拼板03026740制成板-OptiX OSN 3500-SSN1EU08-8xSTM-1电接口引出板-1x1拼板03026741制成板-OptiX OSN 3500-SSN1OU08-8xSTM-1光口出线板(LC,S-1.1)-1x1拼板 03027139制成板-OptiX OSN 3500-SSN2OU08-8xSTM-1光口出线板(S1.1,SC)-1x1拼板 03036869成品板-OptiX OSN 3500-SSN1SPQ401-4xE4&STM-1电接口板03039203成品板-OptiX OSN 3500-SSN2SPQ401-4xE4&STM-1电接口板03026951制成板-OptiX OSN 3500-SSN1MU04-4xE4&STM-1电接口引出板03037316成品板-OptiX OSN 3500-SSN1PQ1A01-63xE1业务处理板(75欧姆)03037399成品板-OptiX OSN 1500-SSR1PD1A01-32xE1业务处理板(75欧姆)03026727制成板-OptiX OSN 3500-SSN1D75S-32xE1/T1电接口倒换出线板(75欧姆)-1x1拼板03037408成品板-OptiX OSN 3500-SSN1PQ1B01-63xE1业务处理板(120欧姆)03037555成品板-OptiX OSN 1500-SSR1PD1B01-32xE1业务处理板(120欧姆)03026728制成板-OptiX OSN 3500-SSN1D12S-32xE1/T1电接口倒换出线板(120欧姆)03037322成品板-OptiX OSN 3500-SSN1PQM01-63xE1/T1业务处理板03027083制成板-OptiX OSN 3500-SSN1D12B-32xE1/T1电接口出线板-1x1拼板03039078成品板-OptiX OSN 1500-SSR1PL1A01-16xE1业务处理板(75欧姆)03039079成品板-OptiX OSN 1500-SSR1PL1B01-16xE1业务处理板(120欧姆)03039927成品板-OptiX OSN 3500-SSN1PL3A01-3xE3/T3前出线业务处理板03037127成品板-OptiX OSN 3500-SSN1PL301-3xE3/T3电接口板03027581制成板-OptiX OSN 3500-SSN1C34S-3xE3/T3电接口转接倒换板-1x1拼板03037345成品板-OptiX OSN 3500-SSN1PD301-6xE3/DS3业务处理板03026734制成板-OptiX OSN 3500-SSN1D34S-6路34M/45M电接口转接倒换板-1x1拼板03027527制成板-OptiX OSN 3500-SSN1TSB4-4路电接口保护倒换板03026756制成板-OptiX OSN 3500-SSN1TSB8-8路电接口保护倒换板03050850成品板单元-OptiX OSN 3500-SSN1EGT210-双光口千兆以太网透传处理板（1000BASE-SX,I-850-LC 03050852成品板单元-OptiX OSN 3500-SSN1EGT211-双光口千兆以太网透传处理板（1000BASE-LX,I-1310-L 03050853成品板单元-OptiX OSN 3500-SSN1EGT212-双光口千兆以太网透传处理板（1000BASE-ZX,I-1310-L 03050854成品板单元-OptiX OSN 3500-SSN1EGT213-双光口千兆以太网透传处理板（1000BASE-ZX,I-1550-L03039006成品板-OptiX OSN 1500-SSR1EFT401-4路快速以太网透传处理板03037691成品板-OptiX OSN 3500-SSN1EFT801-16路快速以太网透传处理板03050839成品板单元-OptiX OSN 3500-SSN2EGS210-二路交换式千兆以太网处理板（1000BASE-SX,I-850-LC 03050840成品板单元-OptiX OSN 3500-SSN2EGS211-二路交换式千兆以太网处理板（1000BASE-LX,I-1310-L 03050838成品板单元-OptiX OSN 3500-SSN2EGS212-二路交换式千兆以太网处理板（1000BASE-ZX,I-1310-L 03050887成品板单元-OptiX OSN 3500-SSN2EGS213-二路交换式千兆以太网处理板（1000BASE-ZX,I-1550-L03037134成品板-OptiX OSN 3500-SSN1EFS401-4路带交换功能的快速以太网处理板03037135成品板-OptiX OSN 3500-SSN1EFS001-带交换功能的快速以太网处理板03036884成品板-OptiX OSN 3500-SSN2EFS001-带交换功能的快速以太网处理板03027552制成板-OptiX OSN 3500-SSN1ETS8-8路10M/100M快速以太网双绞线倒换桥接接口板-1x1拼板 03026811制成板-OptiX OSN 3500-SSN1ETF8-8路10M/100M快速以太网双绞线接口板-1x1拼板03050870成品板单元-OptiX OSN 3500-SSN1EFF810-8路10/100M以太网光纤接口板(100Base-SX,I-1310-LC) 03050871成品板单元-OptiX OSN 3500-SSN1EFF811-8路10/100M以太网光纤接口板(100Base-LX,I-1310-LC)03050934成品板单元-OptiX OSN 3500-SSN2EGR210-两路千兆以太环网处理板（1000BASE-SX,850-LC） 03050935成品板单元-OptiX OSN 3500-SSN2EGR211-两路千兆以太环网处理板(1000BASE-LX,1310-LC) 03050936成品板单元-OptiX OSN 3500-SSN2EGR212-两路千兆以太环网处理板（1000BASE-ZX,1310-LC） 03050937成品板单元-OptiX OSN 3500-SSN2EGR213-两路千兆以太环网处理板(1000BASE-ZX,1550-LC)03050938成品板单元-OptiX OSN 3500-SSN2EMR010-12路10M/100M电口和1路千兆光口混合以太环网处理板（03050939成品板单元-OptiX OSN 3500-SSN2EMR011-12路10M/100M电口和1路千兆光口混合以太环网处理板（03050940成品板单元-OptiX OSN 3500-SSN2EMR012-12路10M/100M电口和1路千兆光口混合以太环网处理板（03050941成品板单元-OptiX OSN 3500-SSN2EMR013-12路10M/100M电口和1路千兆光口混合以太环网处理板（03050857成品板单元-OptiX OSN 3500-SSN1EMR010-12路10M/100M电口和1路千兆光口混合以太环网处理板（03050858成品板单元-OptiX OSN 3500-SSN1EMR011-12路10M/100M电口和1路千兆光口混合以太环网处理板（03050859成品板单元-OptiX OSN 3500-SSN1EMR012-12路10M/100M电口和1路千兆光口混合以太环网处理板（03050860成品板单元-OptiX OSN 3500-SSN1EMR013-12路10M/100M电口和1路千兆光口混合以太环网处理板（03050864成品板单元-OptiX OSN 3500-SSN1ADL410-1路155M ATM处理板(S-4.1,LC)03050865成品板单元-OptiX OSN 3500-SSN1ADL411-1路155M ATM处理板(L-4.1,LC)03050866成品板单元-OptiX OSN 3500-SSN1ADL412-1路155M ATM处理板(L-4.2,LC)03050867成品板单元-OptiX OSN 3500-SSN1ADL414-1路155M ATM处理板(Ve-4.2,LC)03050849成品板单元-OptiX OSN 3500-SSN1ADQ114-4路155M ATM处理板(I-1,LC)03050834成品板单元-OptiX OSN 3500-SSN1ADQ110-4路155M ATM处理板(S-1.1,LC)03050861成品板单元-OptiX OSN 3500-SSN1ADQ111-4路155M ATM处理板(L-1.1,LC)03050862成品板单元-OptiX OSN 3500-SSN1ADQ112-4路155M ATM处理板(L-1.2,LC)03050863成品板单元-OptiX OSN 3500-SSN1ADQ113-4路155M ATM处理板(Ve-1.2,LC)03050943成品板单元-OptiX OSN 3500-SSN1IDL411-1路622M IMA/ATM处理板(S-4.1,LC)03050947成品板单元-OptiX OSN 3500-SSN1IDL411-1路622M IMA/ATM处理板(L-4.1,LC)03050948成品板单元-OptiX OSN 3500-SSN1IDL412-1路622M IMA/ATM处理板(L-4.2,LC)03050949成品板单元-OptiX OSN 3500-SSN1IDL414-1路622M IMA/ATM处理板(Ve-4.2,LC)03050925成品板单元-OptiX OSN 3500-SSN1IDQ110-4路155M IMA/ATM处理板(I-1,LC)03050942成品板单元-OptiX OSN 3500-SSN1IDQ111-4路155M IMA/ATM处理板(S-1.1,LC)03050944成品板单元-OptiX OSN 3500-SSN1IDQ112-4路155M IMA/ATM处理板(L-1.1,LC)03050945成品板单元-OptiX OSN 3500-SSN1IDQ114-4路155M IMA/ATM处理板(L-1.2,LC)03050946成品板单元-OptiX OSN 3500-SSN1IDQ114-4路155M IMA/ATM处理板(Ve-1.2,LC)03037355成品板-OptiX OSN 3500-SSN1BA201-双路光功率放大板(-6dBm~+3dBm,14dBm,LC)03037356成品板-OptiX OSN 3500-SSN1BA202-双路光功率放大板(-6dBm~+3dBm,17dBm,LC)03037357成品板-OptiX OSN 3500-SSN1BA203-光功率放大板(-6dBm~+3dBm,14dBm,LC)03037358成品板-OptiX OSN 3500-SSN1BA204-光功率放大板(-6dBm~+3dBm,17dBm,LC)03037360成品板-OptiX OSN 3500-SSN1BA205-双路光功率放大板(-6dBm~+3dBm,14&17dBm,LC)03037361成品板-OptiX OSN 3500-SSN1BPA01-光功率及前置放大板(-38dBm~-10dBm,22dB;-6dBm~+3dBm,14d 03037362成品板-OptiX OSN 3500-SSN1BPA02-光功率及前置放大板(-38dBm~-10dBm,22dB；-6dBm~+3dBm,17 03032172成品板-OptiX 2500+-SS61COA01-盒式单路功放板(14dBm,SC)---BA03032173成品板-OptiX 2500+-SS61COA02-盒式单路功放板(17dBm,SC)---BA03030BBJ成品板-OptiX OSN 3500-SSN1COA01-盒式单路前放板(-37dBm,SC) ---PA(无滤波器)03038440成品板-OptiX 2500+-SS6M1COA-盒式拉曼放大器02234541组件｜附件-NGSDH-CWDM单板(622M~2.5G)02234544组件｜附件-OptiX OSN 1500-CWDM小处理单板（622M）02233418组件｜附件-OptiX Metro 6040-EC8单板光收发模块集合-CWDM AI 21132663拉手条-DKBA4.130.2827MX-假拉手条(22)-OptiX OSN 3500-铝型材21132664拉手条-DKBA4.130.2828MX-假拉手条(5HP)-OptiX OSN 3500-铝型材21132880拉手条-DKBA4.130.3215MX-假拉手条-OptiX OSN 1500-铝型材31091141OptiX OSN 1500 Intelligent Optical Transmission System Factory Acceptance Report-(V1 63200084塑胶件-DKBA8.034.0704-Dust-proof Cushion-Metro 360021150422支撑、支架-DKBA6.152.0826-滑道支架-板位拆分-OptiX OSN 250029060160进网标志-28-5043-041772-50mm*80mm-2007-6-18-基于SDH的多业务传送节点(MSTP)设备-OptiX O 29041387产品标签-DKBA8.817.2790-产品铭牌(-48V)-OptiX OSN 1500-70mm*46mm-3M781829040013产品标签-合格证-C&C08柜用02313340功能模块-OptiX OSN 1500A-SSRM2HOST-1500A 主机设备(3U)02233633组件｜附件-OptiX NGSDH-发货附件04100076成套光纤-OptiX NGSDH-外部成套光纤02233942组件｜附件-OptiX NGSDH-300mm深拼装机柜安装成套件02233701组件｜附件-OptiX NGSDH-600mm深拼装机柜安装成套件30000011产品成套包装材料-OptiX NGSDH04000217外部成套电缆-OptiX OSN 1500-外部成套电缆模版数量PTO1借1500V1R1整机设备ATO1借1500V1R1调测整机ATO1借1500V1R1主机AI1借1500V1R1子架P11500P11500AI11500AI11500AI1P1P1P6P24P2P211500ATO1借3500V1R2C1分插复用ATO1借1500V1R2C1分插复用AOC1借1500V1R1分插复用P1借1500V1R1分插复用P4借1500V1R1分插复用P2借1500V1R1分插复用P6借1500V1R1分插复用ATO1借3500V1R2C1分插复用换配置板-单发单收/支持DCC/170Km换配置板-单发单收/支持DCC/360Km换配置板-单发单收/170Km换配置板-单发单收/640Km换配置板-双发选收/支持DCC/170Km换配置板-双发选收/支持DCC/360Km换配置板-双发选收/170Km换配置板-双发选收/640KmAI1借1500V1R1R1EOWAI1借1500V1R1R1AUXAI1AI1借1500V1R1R1PIUAI1借2500V1R1Q1CXL16AI1借2500V1R1Q1CXL16AI1借2500V1R1Q1CXL16AI1借2500V1R1Q1CXL16AI1借2500V1R3B2Q2CXL16AI1借2500V1R3B2Q2CXL16AI1借2500V1R3B2Q2CXL16AI1借2500V1R1Q1CXL4 AI1借2500V1R1Q1CXL4 AI1借2500V1R1Q1CXL4 AI1借2500V1R1Q1CXL4 AI1借2500V1R1Q1CXL4 PH1借2500V1R3B2Q2CXL4 PH1借2500V1R3B2Q2CXL4 PH1借2500V1R3B2Q2CXL4 PH1借2500V1R3B2Q2CXL4 PH1借2500V1R3B2Q2CXL4 AI1借2500V1R1Q1CXL1 AI1借2500V1R1Q1CXL1 AI1借2500V1R1Q1CXL1 AI1借2500V1R1Q1CXL1 AI1借2500V1R1Q1CXL1 PH1借2500V1R3B2Q2CXL1 PH1借2500V1R3B2Q2CXL1 PH1借2500V1R3B2Q2CXL1 PH1借2500V1R3B2Q2CXL1 PH1借2500V1R3B2Q2CXL1AI1借3500V1R1N1SL16 AI1借3500V1R1N1SL16 AI1借3500V1R1N1SL16 AI1借3500V1R1N1SL16 AI1借3500V1R1N1SL16A AI1借3500V1R1N1SL16A AI1借3500V1R1N1SL16A AI1借3500V1R1N1SL16AAI1借3500V1R1N2SL16 AI1借3500V1R1N2SL16 AI1借3500V1R1N2SL16 AI1借3500V1R1N2SL16 AI1借3500V1R1N2SL16A AI1借3500V1R1N2SL16A AI1借3500V1R1N2SL16A AI1借3500V1R1N2SL16APH1借3500V1R1N1SLQ4 PH1借3500V1R1N1SLQ4 PH1借3500V1R1N1SLQ4 PH1借3500V1R1N1SLQ4 PH1借3500V1R1N1SLQ4 PH1借3500V1R1N2SLQ4 PH1借3500V1R1N2SLQ4 PH1借3500V1R1N2SLQ4 PH1借3500V1R1N2SLQ4PH1借3500V1R1N1SLD4 PH1借3500V1R1N1SLD4 PH1借3500V1R1N1SLD4 PH1借3500V1R1N1SLD4 PH1借3500V1R1N1SLD4PH1借3500V1R1N2SLD4 PH1借3500V1R1N2SLD4 PH1借3500V1R1N2SLD4 PH1借3500V1R1N2SLD4 PH1借3500V1R1N2SLD4PH1借3500V1R1N1SL4 PH1借3500V1R1N1SL4 PH1借3500V1R1N1SL4 PH1借3500V1R1N1SL4 PH1借3500V1R1N1SL4 PH1借3500V1R1N2SL4 PH1借3500V1R1N2SL4 PH1借3500V1R1N2SL4 PH1借3500V1R1N2SL4 PH1借3500V1R1N2SL4PH1借3500V1R1N1SLQ1 PH1借3500V1R1N1SLQ1 PH1借3500V1R1N1SLQ1 PH1借3500V1R1N1SLQ1 PH1借3500V1R1N1SLQ1 PH1借3500V1R1N2SLQ1 PH1借3500V1R1N2SLQ1 PH1借3500V1R1N2SLQ1 PH1借3500V1R1N2SLQ1 PH1借3500V1R1N2SLQ1PH1借3500V1R1N1SL1 PH1借3500V1R1N1SL1 PH1借3500V1R1N1SL1 PH1借3500V1R1N1SL1 PH1借3500V1R1N1SL1 PH1借3500V1R1N2SL1 PH1借3500V1R1N2SL1 PH1借3500V1R1N2SL1 PH1借3500V1R1N2SL1 PH1借3500V1R1N2SL1AI1借3500V1R2C2R1SL1 AI1借3500V1R2C2R1SL1 AI1借3500V1R2C2R1SL1 AI1借3500V1R2C2R1SL1 AI1借3500V1R2C2R1SL1AI1借3500V1R2C2R1SQ1 AI1借3500V1R2C2R1SQ1 AI1借3500V1R2C2R1SQ1 AI1借3500V1R2C2R1SQ1AI1借3500V1R2C2R1SL4 11AI1借3500V1R2C2R1SL4 1R1SL4 1R1SL4 AI1借3500V1R2C2R1SL4 1R1SL4 1R1SL4 AI1借3500V1R2C2R1SL4 1R1SL4 1R1SL4 AI1借3500V1R2C2R1SL4 AI1借3500V1R2C2R1SLQ4 AI1借3500V1R2C2R1SLQ4 AI1借3500V1R2C2R1SLQ4 AI1借3500V1R2C2R1SLQ4 AI1借3500V1R2C2R1SLQ4AI1借3500V1R1N1SEP1 AI1借3500V1R1N1EU04 AI1借3500V1R1N1EU08 AI1借3500V1R1N1OU08 AI1借3500V1R1N2OU08 AI1借3500V1R1N1SPQ4 AI1借3500V1R3B1N1SPQ4 AI1借3500V1R1N1MU04AI1借3500V1R1N1PQ1A AI1借3500V1R1R1PD1A AI1借3500V1R1N1D75S AI1借3500V1R1N1PQ1B AI1借3500V1R1R1PD1B AI1借3500V1R1N1D12S AI1借3500V1R1N1PQM AI1借3500V1R1N1D12B AI1借3500V1R1N1PL3 AI1借3500V1R1N1C34S AI1借3500V1R1N1PD3 AI1借3500V1R1N1D34SAI1借3500V1R1N1TSB8PH1借3500V1R2C1SSN1EGT2 PH1借3500V1R2C1SSN1EGT2 PH1借3500V1R2C1SSN1EGT2 PH1借3500V1R2C1SSN1EGT2AI11500V1R3B1R1EFT4 AI1借3500V1R3B1N1EFT8 PH1借3500V1R2C2N2EGS2 PH1借3500V1R2C2N2EGS2 PH1借3500V1R2C2N2EGS2 PH1借3500V1R2C2N2EGS2AI1借3500V1R1N1EFS4 AI1借3500V1R1N1EFS0 AI1借3500V1R3N2EFS0 AI1借3500V1R2C2N1ETS8 AI1借3500V1R1N1ETF8 PH1借3500V1R2C2N1EFF8 PH1借3500V1R2C2N1EFF8 PH1借3500V1R3B1N2EGR2 PH1借3500V1R3B1N2EGR2 PH1借3500V1R3B1N2EGR2 PH1借3500V1R3B1N2EGR2PH1借3500V1R3B1SSN2EMR0 PH1借3500V1R3B1SSN2EMR0 PH1借3500V1R3B1SSN2EMR0 PH1借3500V1R3B1SSN2EMR0 PH1借3500V1R2C1SSN1EMR0 PH1借3500V1R2C1SSN1EMR0 PH1借3500V1R2C1SSN1EMR0 PH1借3500V1R2C1SSN1EMR0 PH1借3500V1R2C1SSN1ADL4 PH1借3500V1R2C1SSN1ADL4 PH1借3500V1R2C1SSN1ADL4 PH1借3500V1R2C1SSN1ADL4PH1借3500V1R2C1SSN1ADQ1 PH1借3500V1R2C1SSN1ADQ1 PH1借3500V1R2C1SSN1ADQ1 PH1借3500V1R2C1SSN1ADQ1 PH1借3500V1R2C1SSN1ADQ1 PH1借3500V1R3B1N1IDL4 PH1借3500V1R3B1N1IDL4 PH1借3500V1R3B1N1IDL4 PH1借3500V1R3B1N1IDL4PH1借3500V1R3B1N1IDQ1 PH1借3500V1R3B1N1IDQ1PH1借3500V1R3B1N1IDQ1PH1借3500V1R3B1N1IDQ1AI1借3500V1R1光放AI1借3500V1R1光放AI1借3500V1R1光放AI1借3500V1R1光放AI1借3500V1R1光放AI1借3500V1R1光放AI1借3500V1R1光放AI1借2500+光放AI1借2500+光放AI1V1R3B1光放AI1借2500+光放CWDM1借M6040P1借3500V1R1接口板假拉手条P1借3500V1R1处理板假拉手条P1借1500V1R1小假拉手条P1借1500V1R1厂验报告P1借2500V1R1槽位拆分组件P1借1500V1R1入网证P1借1500V1R1铭牌P1NULL合格证ATO1V1R3B1主机POC13500&2500&1500参3500部分POC13500&2500&1500参3500部分POC13500&2500&1500参3500部分POC13500&2500&1500参3500部分POC13500&2500&1500参3500部分POC13500&2500&1500成套电缆。
OptiX OSN 3800、6800、8800 系统概述
Page 20
OTU单板介绍
客户侧
B1, B2, J0 字节的性能事 件和告警的监控 3R 功能 ALS 功能
波分侧
ITU-T G.694.1 ITU-T G.709 FEC/AFEC ESC 功能 通道间隔 (50GHz/100GHz) NRZ/Super WDM 可调波长OTU eSPF/ODB/eDQPSK
Page 18
设备容量(OSN 6800/OSN 3800)
业务类型 单板最大接入业务数量 单子架最大接入业务数量
OSN 6800 GE 10GE STM-64/OC-192 6 1 1 4 4 84 17 17 28 56 OSN 3800 24 5 5 8 16
STM-16/OC-48
STM-4/STM1/OC-12/OC-3 Any service (16 Mbit/s–2.5 Gbit/s) OTU1 OTU2
Page 8
组网应用
网状组网
无节点瓶颈，灵活、易扩展，是智能光网络的主要组网方式之一。
OADM OADM
OADM
OADM
OADM
OADM
Copyright © 2006 Huawei Technologies Co., Ltd. All rights reserved.
OADM
Page 9
目 录
Page 15
OptiX OSN 3800机盒
独立供电，可接入直流或交流电源 可安装于ETSI 300mm后立柱机柜、标准ETSI 300mm机柜、 19英寸/23英寸开放式机架中
项目
参数
外形尺寸（mm） 满配置最大功耗 直流工作电压 交流工作电压
三峡大学学位与研究生教育指导期刊目录
附件：三峡大学学位与研究生教育指导期刊目录说明：根据《三峡大学硕士、博士学位论文答辩资格认定标准（暂行）》（三峡大研〔2014〕28号）文件精神，学术型研究生申请答辩科研成果需达到如下要求：（1）学术型硕士学位研究生申请论文答辩，需在《三峡大学学位与研究生教育指导期刊目录》所列期刊上公开发表1篇论文，或发表计算机学会A类会议会议论文1篇（仅对计算机科学与技术学科）。
（2）博士学位论文主要成果在《三峡大学学位与研究生教育指导期刊目录》所列中文期刊或以外文形式在国际学术期刊（不含国际会议论文集，计算机学会A类会议会议论文除外（仅对计算机科学与技术学科）），上公开发表3篇论文，其中至少2篇论文被《SCI》、《SSCI》、《A&HCI》、《EI》收录。
（3）凡学位评定分委员会制定的论文答辩资格条件高于本规定的，按分委员会条件执行。
1.水利与环境学院所涉及学科：0815 水利工程；1201 管理科学与工程；080104 工程力学学术型研究生申请论文答辩时，需公开发表1篇本领域学术论文，论文级别应为《三峡大学科研项目与成果分类评价办法（试行）》（三峡大学术〔2014〕1号）中界定的D级及以上期刊（会议论文除外）。
2.土木与建筑学院所涉及学科：0814土木工程；0818地质资源与地质工程；（1）本领域其他外文期刊、SCI源刊；（2）本目录期刊。
3.机械与动力学院所涉及学科：0802机械工程（1）北大中文核心期刊、CSCD源刊；（2）EI和SCI源刊；（3）本目录期刊。
4.材料与化工学院（1）EI和SCI源刊；（2）本目录期刊。
5.电气与新能源学院所涉及学科：0808 电气工程；081101 控制科学与工程（1）北大中文核心期刊；CSCD(不含扩展版)收录期刊；（2）EI、SCI源刊；三大检索收录学术会议论文；6.计算机与信息学院所涉及学科：0812计算机科学与技术；0835软件工程（1）北大中文核心、CSCD期刊；（2）SCI、SSCI、A&HCI、EI源刊；（3）CCF认定的国际会议论文；7. 经济与管理学院所涉及学科：1202工商管理；1201管理科学与工程（1）中文核心、CSCD、CSSCI源刊；（2）《SCI》、《SSCI》、《A&HCI》、《EI》源刊；（3）本目录期刊。
TC107104OptiXOSN380068008800设备组网与应用ISSU
8800 ROADM 典型配置 （WSD9+RMU9）
以WSD9和RMU9 构成的两个传输方向各分插复用32波的ROADM 设备为例
ROADM(WSMD4+WSMD4)
F I U
F I U
SC2
WSMD4
OA
OA
OA
OA
WSMD4
TM
RM
RM
TM
TM1
RM1
TM2
RM2
IN
DM2
OUT
IN
6800 FOADM典型配置（M40/D40）
以光合波器M40 和光分波器D40 构成的两个传输方向各分插复用10 波的FOADM 设备为例 光放大器放于子架的两侧。同一方向的接收端和发送端的光放大器配置在子架的一侧。 FIU 分别插放在IU1 和IU15，然后依次插放光放大器。 这里东西向的OTU和合波分波单元分子架插放。 当子架通过主从方式进行级联时，主子架推荐配置主控1+1 保护。
8800 FOADM典型配置（M40/D40）
以光合波器M40 和光分波器D40 构成的两个传输方向各分插复用32 波的FOADM 设备为例
FOADM(MR2/MR4/MR8)
F I U
F I U
OA
OA
OA
OA
SC2
M R X
M RX
OTU
TM1
TM2
RM2
RM1
RM
TM
RM
TM
A1
D1
OTU
Ax
Dx
OTU
A1
D1
OTU
Dx
Ax
IN
OUT
OUT
IN
TC104401 OptiX Metro 6020系统介绍及应用ISSUE1.0
OptiX Metro 6020
OptiX Metro 6020
RS485
MML
OptiX Metro 6020设备之间通过RS485使用总线方式连接起来,用户使 用PC计算机通过Ethernet网口或RS232串口接入其中任意一个设备,通 过RS485提供的管理信息通道.
Optix Navigator 命令行接口
设备安装
设备安装方式
壁挂式安装 开放式机架中的安装 19英寸标准机柜中的安装 英寸标准机柜中的安装 300mm深ETSI机柜中的安装 深 机柜中的安装 600mm深ETSI机柜中的安装 深 机柜中的安装 桌面安装. 桌面安装.
设备安装
线缆的安装与布放 线缆的分类 电源线 机盒接地线 网管电缆 光纤 线缆安装位置 线缆布放与绑扎的基本工艺 在机柜中线缆布放
设备组网
环形组网
1~4
D
OptiX Metro 6020
1~4
A
OptiX Metro 6020 OptiX Metro 6020
OptiX Metro 6020
C
1~4
B
1~4
OptiX Metro 6020主要利用光分插复用板 主要利用光分插复用板MR1/MR2构成光分插复用设备, 构成光分插复用设备, 主要利用光分插复用板 构成光分插复用设备 MR2可以完成 个波长光分插复用. 可以完成2个波长光分插复用. 可以完成 个波长光分插复用
Metro 6020系统特点 系统特点
多种速率业务接入能力 支持SDH/SONET/ATM/IP/GE等业务的透明传输. 设备扩容简单 系统容量可通过叠加方式进行扩展,由RS485总线互联实现设备级联的管理. 功耗小, 功耗小,无噪音 满配置情况下整机功耗小于30W,无需风扇致冷,采用自然散热. 支持WDM ID功能 支持WDM ID功能 WDM ID用于自动标识波长信息(接收值范围从21到59). 简单的网络管理 采用OptiX Navigator命令行进行管理,进一步降低设备成本,节省用户投资. 光功率可调 光波长转换板的波分侧光口的输出光功率在-3～+1dBm范围内在线可调. 设备维护简单 设备各单板支持带电插拔,提供2路-48V直流电源接口,维护操作简便.
波分DWDM 产品光功率计算
Page 7
信号流回顾（续）
SC2
OA OA F ROAM ROAM
F
I U OA OA
I
U
M 4 0
D40
…
O T U
M 4 0
D40
…
O T U
O T U
O T U
ROADM: (ROAM)
Copyright © 2006 Huawei Technologies Co., Ltd. All rights reserved.
常用指标
光放大单板的输入、输出光功率范围，增益范围等指标，在
《硬件描述》手册中可以查到
注：放大单板指标也可以在《硬件描述》手册中“附录D· 单板指标和功能速查表” 中
查询
Copyright © 2006 Huawei Technologies Co., Ltd. All rights reserved. Page 20
常用指标
光放大单板的单波最大输出标称光功率、典型单波输入光功率指标，
可以在《调测指南》手册中“调测EDFA光放板光功率”章节查阅到
Copyright © 2006 Huawei Technologies Co., Ltd. All rights reserved.
Page 21
常用指标
《调测指南》 手册中“调测 EDFA光放板 光功率”章节
O T U
O T U
O T U
O T U
ROADM: (WSD9+WSM9)
Copyright © 2006 Huawei Technologies Co., Ltd. All rights reserved.
Page 9
信号流回顾（续）
CommScope Opti Max OM6000 1.2 GHz HFC节点远程PHY设备（RPD
DATA SHEETOpti Max™Optical Node Series1x2 Remote PHY Device (RPD)for OM6000™1.2 GHz HFC NodesThe Remote PHY Device (RPD) is a key component in CommScope’sDistributed Access Architecture (DAA) portfolio, which can providesignificant operational benefits—including increased bandwidthcapacity, improved fiber efficiencies (wavelengths and distance),simplified plant operations with digital optics, and decreased loads onfacility space and power systems—by extending the digital portion ofthe headend or hub to the node and placing the digital/RF interface atthe optical/coax boundary. The RPD works in conjunction with the CCAPCore to extend the PHY layer from the CCAP into an Opti Max™OM6000™HFC node. MAC processing, provisioning, and monitoringfunctions remain in the headend. The RPD provides full spectrumsupport for digital broadcast TV, VoD, and DOCSIS 3.0 and DOCSIS 3.1,as well as strategic alignment with future NFV/SDN/FTTx systems. •Industry leading RF output capability of 57dBmV at 1.2 GHz•Supports 1.2 GHz Downstream and 204 MHzUpstream bandpass for DOCSIS®3.1 migration•Seamlessly upgrade from traditional optics todistributed access architectures (DAA)•Monitoring options available with ingresscontrol switch remote functionality•Enhances plant performance•Maximizes fiber utilization and reach•Improves headend density and power efficiency•Simplifies plant maintenance via digital opticsFEATURESRPD Module OperationThe RPD takes the place of traditional optics modules, such as downstream receivers and upstream transmitters, inside the node. The RPD module operates with a standard output level and tilt that can be attenuated by installing RF attenuator pads and equalizers, respectively, in the node’s RF modules. The RPD module’s channel configuration is received from the CCAP Core in the headend; no manual configuration of the module is necessary after it is optically linked to the headend. The CommScope RPD module supports RPD modules 1x1 or a 1x2 configuration with one downstream segment and one or two upstream segments for HFC applications. The node’s forward and return segmentation modules can be configured to support both configurations.Network FlexibilityToday’s technologies are developing at a rapid pace, which is why it is more important than ever for products to be flexible enough to support next‐generation technologies, such as DAA, without major forklift. Keeping these concerns in mind, theOM6000 node allows operators to transition seamlessly from traditional node‐based analog/digital optical delivery to a DAA architecture by using the OM6000 chassis as a base and leveraging current network assets. When operators are ready to transition to DAA, the node’s modular design allows them to upgrade previously deployed OM6000 nodes to support R‐PHY delivery by simply removing the node’s existing receivers and transmitters and replacing them with the appropriate RPD module. The ease and simplicity of transitioning the OM6000 to support DAA operation provides operators with several benefits, including a cost‐effective roadmap for upgrading their current network assets and the ability to future‐proof today’s purchases for long term use.Flexible Powering OptionsThe need to utilize all RF outputs may not fit every node placement requirement. With this in mind, the OM6000’s modular RF base design allows operators to target and remove one or more of the node’s four RF modules to save power while operating the node. If necessary, operators can easily reintroduce these same modules to support future service group requirements.Additionally, the OM6000 node features optional fully redundant powering via a second power supply module, which can be added to provide backup to the main power supply module. This redundancy is fully load sharing during normal operation. Each power supply has the ability to support the entire node in case the other fails.Small Form‐Factor Pluggable (SFPs)CommScope offers temperature‐hardened, high‐speed 10 Gbps SFP+ modules for the RPD application. These SFP modules are carefully chosen by our design teams to ensure end‐to‐end performance and stability. Available in CWDM and DWDM 40 ITU wavelengths, CommScope SFP+ modules support lengths of up to 80 km. Rigorously tested, SFP+ modules are designed to withstand the increased thermal profile of the OM6000 while providing long‐term performance in the field. The modules provide both design flexibility and the ability to maximize wavelength aggregation, making them the ideal choice to guarantee the RPD’s link performance across a wide range of outdoor temperatures.SPECIFICATIONSPhysicalDimensions23.6 in L x 11.0 in W x 12.2 in HWeight< 50 lbEnvironmentalOperating Temperature Range‐40°to +60°C (‐40°to 140°F)Storage Temperature Range‐40°to +85°C (‐40°to 185°F)Humidity5%–95% non‐condensingGeneralService Group Configurations1 DS‐SG x 1 US‐SG1 DS‐SG x2 US‐SGCIN Connectivity Dual 10 GbE SFP+Daisy Chain (future)Path Redundancy (future)Channel CapacityDownstream Up to 2 OFDM channels (up to 192 MHz wide each) and 72 Annex A channels (96 Annex A channels future)Up to 2 OFDM channels (up to 192 MHz wide each) and 128 Annex B channelsUpstream Up to 2 OFDMA (up to 95 MHz each) and 12 SC‐QAM channels (per upstream port)Set Top Box Out‐of‐Band (OOB)SCTE 55‐1SCTE 55‐2Out of Band Narrowband Digital Forward (1.28, 2.56, and 5.12 MHz channel widths)Narrowband Digital Return (1.28, 2.56, and 5.12 MHz channel widths)CW Tone Generation AGC, Alignment, Leakage Detection (up to 12 leakage tones—10 dedicated AGC and Leakage Detection,2 non‐dedicated Alignment)High Speed Data DOCSIS 3.0, DOCSIS 3.1Video Broadcast Video, Narrowcast VideoDesigned for Compliance to CableLabs®MHAv2 Standards CM‐SP‐R‐PHY Remote PHY SpecificationCM‐SP‐R‐DEPI Remote Downstream External PHY Interface SpecificationCM‐SP‐R‐UEPI Remote Upstream External PHY Interface SpecificationCM‐SP‐GCP Generic Control Plane SpecificationCM‐SP‐R‐DTI Remote DOCSIS Timing Interface SpecificationCM‐SP‐R‐OOB Remote Out‐of‐Band SpecificationCM‐SP‐R‐OSSI Remote PHY OSS Interface SpecificationCM‐SP‐DRFI Appendix DRF (Node with RPD)Downstream Operational Bandwidth54–1218 MHz/85–1218 MHz/102–1218 MHz/258–1218 MHzUpstream Operational Bandwidth5–42 MHz/5–65 MHz/5–85 MHz/5–204 MHzOutput Level 51/33 dBmV @ 1218 MHz (actual)57/39 dBmV @ 1218 MHz (virtual)Output Linear Tilt18 dB (54 to 1218 MHz)RF Port Impedance75 ΩRF Return Loss16 dB TypicalTest Points‐20 dBPowering (Node with RPD)Power< 140 W ACAC Input Voltage44–90 V AC (dual redundant power supplies)Power Supply Spurious‐60 dBcHum Modulation‐60 dBcAC Bypass Current15 ARELATED PRODUCTSE6000®CCAP Core CHP Max5000®OpticsOM6000 Fiber Deep Node Headend and Field Passives1310/CWDM/DWDM SFP+Installation ServicesORDERING INFORMATIONFactory Configured RPD Node OptionsOM6H42YSN‐1XR2XC112M 1.2 GHz HFC OM6000 node with Remote PHY Device (RPD), 1 DS‐SG x 2 US‐SG, 42/54 MHz Split, noconsole portOM6H42YSN‐1X02X0000M 1.2 GHz HFC OM6000 node, 42/54 MHz Split, I2C EMS Mux card, without RPD module (RPD ready)RPD Modules1001420Remote PHY Device (RPD), 1 DS‐SG x 2 US‐SG, with Console Port1001421Remote PHY Device (RPD), 1 DS‐SG x 2 US‐SG, no Console PortPower Supply Modules1510056‐001OM6 24 V HFC Power Supply ModuleOM6‐PS‐HOLD OM6 Power Hold‐up ModuleRF Modules1510055‐020OM6 1.2 GHz, 42/54 MHz Split, 24 V, with Return EQ Support and Ingress Control Switch 1510055‐024OM6 1.2 GHz, 65/85 MHz Split, 24 V, with Return EQ Support and Ingress Control Switch 1510055‐028OM6 1.2 GHz, 85/102 MHz Split, 24 V, with Return EQ Support and Ingress Control Switch 1510055‐032OM6 1.2 GHz, 204/258 MHz Split, 24 V, with Return EQ Support and Ingress Control SwitchSFP+ OpticsTTA1310‐TL1010 Gbps 10 km 1310 nm Transceiver, ‐40°to+95°C(‐40°to+203°F) operating temperature rangeTTB1550‐TLxx (xx = 40 or 80)10 Gbps 1550 nm Transceiver, Fiber Distances of 40 km or 80 km Supported, ‐40°to+95°C (‐40°to+203°F) operating temperature rangeTTC‐xxxx‐TL40 (xxxx= wavelength)10Gbps 40 km CWDM Transceiver, 8 Wavelengths Supported (1470 nm to 1610 nm), ‐40°to+95°C (‐40°to+203°F) operating temperature rangeTTCxxxx‐TL80 (xxxx= wavelength)10 Gbps 80 km CWDM Transceiver, 8 Wavelengths Supported (1470 nm to 1610 nm) ‐40°to+95°C (‐40°to+203°F) operating temperature rangeTTD4540‐xx‐PI (xx = 20–59)10 Gbps 40 km DWDM Transceiver, 40 Wavelengths Supported (ITU Channels 20–59) ‐40°to+95°C (‐40°to+203°F) operating temperature rangeTTD4580‐xx‐PI (xx = 20–59)10 Gbps 80 km DWDM Transceiver, 40 Wavelengths Supported (ITU Channels 20–59) ‐40°to+95°C (‐40°to+203°F) operating temperature rangePADs/Equalizers1510053‐0xx (xx = 01–12) 1.4” Linear Equalizer, 1.2 GHz, 01 dB through 12 dBNPB‐xx0 (xx = 00–20) 1.4” Attenuator, 00 dB through 20 dBREQC‐42‐xx (xx = 02–11) 1.4” Cable Equalizer, 42 MHz, 02 dB through 11 dBREQC‐65‐xx (xx = 02–11) 1.4” Cable Equalizer, 65 MHz, 02 dB through 11 dBREQC‐85‐xx (xx = 02–11) 1.4” Cable Equalizer, 85 MHz, 02 dB through 11 dBREQC‐204‐xx (xx = 02–11) 1.4” Cable Equalizer, 204 MHz, 02 dB through 11 dBContact Customer Care for product information and sales:•United States: 866‐36‐ARRIS•International: +1‐678‐473‐5656Note: Specifications are subject to change without notice.Copyright Statement:©2021CommScope,Inc.All rights reserved.ARRIS,the ARRIS logo,CHP Max5000,E6000,OM6000,and Opti Max and are trademarks of CommScope,Inc.and/or its affiliates.All other trademarks are the property of their respective owners.No part of this content may be reproduced in any form or by any means or used to make any derivative work(such as translation,transformation,or adaptation)without written permission from CommScope,Inc and/or its affiliates(“CommScope”).CommScope reserves the right to revise or change this content from time to time without obligation on the part of CommScope to provide notification of such revision or change.。
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OSN 6800 OTM典型配置
以光合波器M40V 和光分波器D40V 构成的 40 波OTM 设备为例，共需要1 机柜，3 个 子架。
SCC 单板优先插放在IU18。若配置备用SCC 单 板，则插放在IU17。
优先在IU16 配置监控信道单板。 FIU 插放在IU15，然后在其左侧插放光放大板
目录
2. 站点类型
2.1 OTM 2.2 OLA 2.3 FOADM 2.4 ROADM
OTM
OTM站点需要的功能单元
波长转换单元（LQM,TOM+NS2,LSX ···） 光分波/合波单元（M40,D40,MR2···） 光放大单元（OAU1,OBU1 ···） 光监控接入/解出单元（FIU） 光监控信道处理单元（SC1） 主控单元（SCC）
8800 FOADM典型配置（M40/D40）
以光合波器M40 和光分波器D40 构成的两个传输方向各分插复用32 波的
FOADM 设备为例
FOADM(MR2/MR4/MR8)
TM
RM1
TM2
RM
SC2
RM
TM1
RM2
TM
IN
F
I
OUT
U
OA OA
IN OUT
D1
M R X
A1 Dx
MO MI
OTM
Rx
OTU OUT M01
Rx
OTU
OUT M02 MM 440
OUT
IN
OA
OUT
Rx
OUT M40 V0 OTU
Tx
OTU
Tx
OTU
Tx OTU
IN D01
IN D02 MD IN 440
IN D40 0
RM
SC1
TM
OA
OUTINDCM来自RCF OUT
TM
I
RM
U IN
TC
可调衰减器 固定衰减器
TC107104OptiXOSN38 0068008800设备组网与
应用ISSU
2020/9/13
OptiX OSN 3800/6800 /8800设备组网与应用
前言
本课程主要介绍OptiX OSN 3800/6800/8800产品的系统组成和 功能特性，以及产品的典型应用模式和组网能力。
目录
光层
系统架构
WXC
G.709接口 X-ADM L2 SW 支路接入
GMPLS 控制平面
L0
灵活光层 3800/6800/8800
• C波段40/80 波 2.5G/5G10G/40Gb/s • 支持MESH组网的多维ROADM • 全波段可调OTU
L1
ODU1/ODU2/GE/Any ADM 3800/6800 ODU1/ODU2 ADM 8800
以光合波器M40 和光分波器D40 构成的两个 传输方向各分插复用10 波的FOADM 设备为 例
光放大器放于子架的两侧。同一方向的接收端 和发送端的光放大器配置在子架的一侧。
FIU 分别插放在IU1 和IU15，然后依次插放光放 大器。
这里东西向的OTU和合波分波单元分子架插放 。
当子架通过主从方式进行级联时，主子架推荐 配置主控1+1 保护。
• GE、2.5G、 10G业务调度 • 多业务交叉调度 • 特有的子波长保护
L2 灵活的二层业务汇聚 3800/6800
• 内置二层汇聚 • VLAN, Q in Q • 99.999% QoS • Ethernet OAM
基于光、电统一GMPLS 控制平面
目录
1. 产品特征和地位 2. 站点类型 3. 应用模型和系统互联 4. 组网的基本要素
。 OTU 配置时按照频率由小到大，多子架间从
下到上，单子架内从左至右的顺序进行配置 。
OSN 8800 OTM典型配置
以光合波器M40 和光分波器D40 构成的 20 波OTM 设备为例，共需要1 机柜，1 个子架。
当OSN 6800 的子架和OSN 8800 的子架同 时存在时，建议将监控单元单板配置在 OptiX OSN 6800 的子架上，以节省OSN 8800 的槽位。
TM
RM IN
F
OA
OUT I
U
OA
M 4 0
M 4 0
RM1
TM1 D01
D 40 Dn
SC2
OTU
TM2
RM2
M01
Mn
MM 440
0
M
MD
40
OTU
440
0
C偶数波段配置。
OO TT UU
OO TT UU
RM
TM
OA
OUT
F
I IN
OA
U
可调衰减器 固定衰减器
6800 FOADM典型配置（M40/D40）
MI MO
Ax D1
M OUT
R
X
IN
A1 Ax Dx
OA OA
F OUT
I
IN
40 10G
OptiX OSN 6800
STM-64
OptiX OSN 6800
汇聚层
OptiX OSN 2500
OptiX OSN 3800
OptiX OSN 1800
STM-16
STM-4 STM-4/1
OptiX OSN
1500 OptiX OSN 3800
STM-4 STM-1
接入层
电层
1. 产品特征和地位 2. 站点类型 3. 应用模型和系统互联 4. 组网的基本要素
网络层次
iManager T2000
80 10G
OptiX OSN 8800
OptiX OSN 8800
80 40G
OptiX OSN 8800
骨干层
OptiX OSN 7500
OptiX OSN 3500
STM-16
FOADM
FOADM站点需要的功能单元
波长转换单元（LQM,TQS+NS2,LSXL,LSXR ···） 光分波/合波单元（M40,D40,MR2···）
光放大单元（OAU1,OBU1 ···）
光监控接入/解出单元（FIU） 光监控信道处理单元（SC2） 主控单元（SCC）
FOADM(M40/D40)
OLA
DCM
TC
IN
F
RM
I
OUT
TM
OOAAU1
OUT
IN
OUT RC
TM1 S RM2
F OUT
TM
C
I
RM1 2 TM2
RM
IN
U
RC OUT
OA IN
TC U
DCM
可调衰减器
OLA 的典型配置
当OSN 6800 的子架和OSN 8800 的子架同时 存在时，建议将该类站点配置在OSN 6800 的子架上。
OTU 配置时按照频率由小到大，多子架间 从上到下，单子架内从左至右的顺序进行 配置。
SCC 单板优先插放在IU28。若配置备用 SCC 单板，则插放在IU11。
OLA
OLA站点需要的功能单元 光放大单元（OAU1,OBU1 ···）
光监控接入/解出单元（FIU） 光监控信道处理单元（SC2） 主控单元（SCC）