JDSU ANT-10GSDH 分析仪

[浏览次数：246次]SDH接入测试仪SDH接入测试仪设计特别适合于现场操作，体积小、结构坚固，能够由电池供电。

它的先进特性与自动测试功能使得技术人员能够快速而有效地执行测试。

在一个结构紧凑的测试仪内集成了SDH、 PDH、 SONET 以及 ATM 测试功能，可以大大减少资金投入与培训开销，使得业务成本减到最小。

目录∙SDH接入测试仪特点∙SDH接入测试仪参数∙SDH接入测试仪特点o体积最小、重量最轻（仅2.2kg）的测试解决方案，用于从1.544 Mbps 到2.5 Gbps接口的测试大屏幕，简单图形化界面，中文菜单- 易于掌握，减少培训时间大OK结果显示- 易于使用，减少安装时间光接口的测试，双波长(1310&1550nm)，从STM-1/OC-3到STM-16/OC-48 (155M、622M、2.5G)电接口的测试，DS1、E1、E3、DS3、E4、TM-0以及STM-1/OC-3（1.5M到155M）自动配置- 侦测实际的信号结构BERT测试，G.821, G.826, G.828, G.829, ANSI, M.2100和M.2101结果分析采用Sa bit发生功能以及灵活的MUX/DEMUX（复用分解）测试设置进行深入的PDH分析在线监测与通过模式可进行流量分析和网络测试光功率测试验证物理层性能ATM分析功能，用于ATM与3G/UMTS网络(由T载波、PDH、SDH/SONET提供)的业务验证SDH/SONET信号的级联映射（T）的完整分析自动保护倒换时间（APS）测试RTD（环路时延）测试指针产生和分析SOH（段开销）与POH（通道开销）分析与处理ECL/NRZ端口能够对光网络进行无干扰式直接监测IP PING和Trace Route（路由跟踪）测试功能（IP over ATM功能支持，选件）光口测试（功耗最大）时，电池操作时间为3小时PC离线观测软件可加载、分析与打印结果，并可通过以太网接口进行PC远程控制SDH接入测试仪参数o接入技术人员的选择SDH接入测试仪可以提供在当今的接入网中所需要的所有的传输测试功能：光功率测量比特误码率测试G.821, G.826, G.828, G.829, M.2100,M.2101 分析接收信号偏移测量发送信号偏移与发生表格与图形化事件记录扩展的SDH/SONET 特性SDH接入测试仪具有SDH 与SONET 测试特性，能够覆盖高至 2.5 Gbps 的所有安装与维护任务：STM-1e/STS-3 接口STM-1/OC-3 到STM-16/OC-48 光端口1310 nm 与1550 nm 波长自动配置异常与故障发生与分析APS 测量RTD 测量SOH 与POS 分析与处理(HEX 或文本格式)路径跟踪发生与分析级联监测(TCM)自动支路扫描指针产生和分析K 字节捕获完全支持PDH采用包括E1 Sa 比特发生与显示等高级功能，由1.5 Mbps 到140 Mbps ，包括N × 64kbps , ANT - 5 能够测试所有PDH 支路以及传统的PDH 体系传输系统。

SDH测试仪操作手册美国胜利通讯设备公司MAN-12980-US001-Rev C00美国胜利通讯设备公司SunSet SDH16J快速操作手册安全须知Charpter1 仪表简介1.0 前面板外观1.1 按键说明1.1.1 白色标识1.1.2 黑色标识1.1.3 橙色标识1.2 LED 指示灯1.2.1 通用LED 指示灯1.2.2 各个速率的LED 指示灯1.3 接口面板Chapter 2 菜单1.0 设置1.1 测试配置1.1.12.5G 设置1.1.2 622M 设置1.1.3 155M 设置1.1.4 139M 设置1.1.5 2M 设置1.2 发送测试码样1.2.1 定制测试码样2.0 结果2.1 测试结果2.2 支路扫描2.3 观测测试结果3.0 SDH 特性3.1 开销监测3.2 发送RSOH/MSOH 字节3.2.1 发送K1, K2 字节3.2.2 发送S1 字节3.3 POH 监测3.4 发送通道开销字节3.4.1 编辑C2 HP 标签字节3.4.2 编辑C2 LP 信号标签3.4.3 发送K3 字节3.4.4 发送V5 字节3.4.5 发送K4 字节3.5 踪迹生成3.5.1 J0 段踪迹生成3.5.2 J1 HP 踪迹生成1SunSet SDH16J快速操作手册美国胜利通讯设备公司2 3.5.3 J1 LP 踪迹生成3.5.4 J2 通道踪迹生成3.5.5 预期通道踪迹数据3.6 指针3.6.1 指针监测3.6.2 指针调整3.6.3 G.783 指针测试序列3.7 APS 定时3.8 DCC BERT3.9 公务线测试4.0 告警错误4.1 出错注入4.2 告警生成5.0 系统设置5.1 测试参数5.2 通用指标设置5.3 清除内存5.4 版本/选件5.5 系统文件Chapter 3 应用1.0 验证新线路2.0 监测2.1 监测在线业务环路2.2 监测开销字节3.0 点-到-点设备验证3.1 端-到-端测试3.2 端-到-环路测试3.3 复用设备测试3.4 SDH ADM 测试Chapter 4 参考缩略语目录附录1.抖动漂移功能手册美国胜利通讯设备公司SunSet SDH16J快速操作手册欢迎使用SunSet SDH重要的安全须知警告：本产品为一类激光产品应避免光发射机对眼睛的直接照射当不使用时应关闭光发射机以确保安全性可插拔的软件卡槽：只有在电源关闭的情形下才能插入或取出软件卡盒否则会对卡盒造成损坏SDH：15V DC, 1.8A适配器AC 100V-240VAC, 50/60Hz.只能用本公司的专用充电器，电池包：只能用本公司的专用电池。

捷迪讯JDSU提供卓越的解决方案捷迪讯公司（捷迪讯JDSU）日前在捷迪讯的Different View 上推出了最新视频，讨论在制药行业中日益严重的假冒药品问题，以及捷迪讯JDSU的认证解决方案如何提供帮助制止这种非法活动。

捷迪讯致力于开发和销售各种先进技术以帮助人们体验更加美好的生活。

我们不仅可实现快速优质的通讯并确保财务交易的安全性，还可提供性能可靠的消费电子产品、绿色能源、出色品牌以及其它多种卓越解决方案。

所有这些卓越解决方案都是通过我们的三大业务部门鼎力提供：通讯测试及测量部门、通讯及商业光产品部门以及先进光技术部门。

捷迪讯JDSU公司透露其8500系列40G DP-QPSK（双偏振四相相移键控调制）Transponder 相干模块现开始样品出货。

该产品采用了ClariPhy通信公司的相干处理技术。

Oclaro的MI 5000XM 40G相干模块也采用了ClariPhy的类似技术。

捷迪讯JDSU 8500系列Transponder集成了捷迪讯JDSU的几个光学器件，包括一个相干接收器(intradyne coherent receiver)、一个可调谐激光器和一个铌酸锂调制器。

捷迪讯JDSU称该模块可支持3000公里以上的无补偿光纤传输。

捷迪讯JDSU传输模块营销副总裁Tom Fawcett表示：“在ClariPhy的单芯片相干技术及其团队的支持下，我们得以成功推出8500系列Transponder，这是我们的客户一直期待的成本效率和功效都更高的40G相干传输的升级产品。

我们相信该产品的出货将是40G 相干传输大规模部署过程中的一个转折点。

”ClariPhy首席执行官兼总裁Nariman Yousefi表示：“通过推出一款采用了自身研发的关键光学器件且成本效率和功效都更高的Transponder，捷迪讯JDSU正加速40G相干传输的部署。

我们很荣幸能向捷迪讯JDSU提供领先的SoC解决方案，支持捷迪讯JDSU在该领域的发展。

T-BERD ®6000Compact Optical Test Platform Key Features •Compact,lightweight,and highly integrated platform•More than 40 application modules already supported formultimode and single-mode•Built-in VFL,power meter,LTS,ORL,and video inspectionscope options •Choose from IL/ORL,OTDR,PMD,CD,AP and/or WDMplug-ins•Exceeds Telcordia specifications for ruggedness,droptesting,and extended battery life•Compatible with plug-in modules from the MTS-51001and T-BERD 8000The JDSU T-BERD 6000 is a highly integrated test platform designed for all phases of the fiber network life cycle.It provides field service technicians with the highest levels of performance and upgradeability on the market today.The modular design of the T-BERD 6000 offers an extensive portfolio of test functionality with over 40 different fiber modules supporting a wide range of applications.The versatility of the T-BERD 6000 allows technicians to standardize using one type of test equipment and then introduce new testing capabilities in the field without incurring additional training or device costs.The T-BERD 6000 is compatible with our existing fiber module product line,so technicians can exchange plug-in modules between the T-BERD-8000 Scalable Optical Test Platform and the T-BERD 6000,in the field and without the need for additional tools.To ensure the highest level of return on your capital investment for test equipment,an extension allows you to upgrade existing OTDR modules from the MTS-5100 for use with the T-BERD 6000.To ensure the highest-level return on investment for your test equipment,upgradeexisting optical time domain reflectometer (OTDR) modules from the MTS-5100(with an extension) for use with the T-BERD 6000.Compatible with the M T S-5100 line of MM,SR,DR,HD,and VHD OTDR modulesApplications•Performs multimode andsingle-mode OTDR and optical losstest (bidirectional)•Conducts connector inspection andcontinuity testing•Finds faults and identifies traffic•Tests FTTx/PON and CWDMnetworks•Performs fiber dispersion testing(PMD/CD/AP) for 10G/10GE/40G•Allows for use of talk set/data portfor automated end-to-endcommunication and unit control•Generates proof-of-performancereports P r o vided b vided by y : com (800)40404-A -ATE TEC CAd Advanced vanced T Test est E quipment Rentals ®Microphone(4) Molded Bumpers(7) Soft Keys(Context Sensitive)(5) Direct Access Keysand Start/StopNavigation Key PadRemovable High-CapacityLi Ion Battery (8-hour battery life)T-BERD 6000 Front Panel Ideal for Field TestingThe T-BERD 6000 is a highly integrated platform with a single module slot and the option to extend internal memory up to 1 gigabyte.The platform features an intuitive graphical user interface (GUI) shown on a large 8.4 inch transreflective color display (with an optional touchscreen) to improve viewing under any condition.The high capacity Lithium ion battery adds extended life.Other features include an optional video inspection scope (via USB port),and optional built-in optical test functions,such as a visual fault locator (VFL),power meter,optical return loss (ORL) and loss test sets (LTS).The T-BERD 6000 also has a built-in optical talk set option for communicating and controlling remote units along the fiber,and it can transfer data fast using the USB or Ethernet port.8.4 in Indoor/Outdoor TFT Color Display,Touchscreen ConfigurablePower Meter Visual Fault Locator AC InputHeadsetOptical Talk Set/Light Source/ORL High-SpeedEthernet Port (2) USB Ports (Video Inspection Scope Option)T-BERD 6000 Top SideOverview of Fiber Optic Applications Compact and Highly IntegratedThe versatility of the T-BERD 6000 allows it to address premises to long-haul network s comprising new technologies,such as various fiber network s (FTTx),remote optical add/drop multiplexers (ROADMs),and 40 G.–Built-in VFL,laser source power meter,LTS,talk set/data,and video inspection scope options (simultaneously)–Bidirectional insertion loss (IL) and ORL capabilities combined in one module –OTDR and chromatic dispersion (CD) capabilities combined in one module –Polarization mode dispersion (PMD),wave division multiplexing (WDM),and attenuation profile (AP) capabilities combined in one module –PMD,CD,and AP capabilities combined in one module Wide Range of Test Applications–10 GigE local area network (LAN) qualification Solution:T-BERD 6000 with the unique universal SRL 850/1300/1310/1550/1625 nmOTDR Module–End-to-end connectivity on point-to-point network s,including sectionalized testing on a passive optical network (PON) (without a splitter)Solution:T-BERD 6000 with the VSRe,SRe,MR OTDR module at 1310/1550 nm –End-to-end connectivity on PONs,including splitter qualification Solution:T-BERD 6000 with the MR,LR,or VLR at 1310/1490/1550 nm OTDR moduleAdd optional VFL,power meter,and video inspection scope–In-service maintenance and troubleshooting without service disruption Solution:T-BERD 6000 with the filtered LR OTDR module at 1625 nm –End-to-end connectivity and fiber splice qualificationSolution:T-BERD 6000 with the MR,LR,or VLR at 1310/1550/1625 nm OTDR module Add optional VFL,power meter,and video inspection scope LAN/WAN Premises Metro/Core NetworksFTTx/Access Networks4–End-to-end connectivity and fiber splice qualification Solution:T-BERD 6000 with the UHD OTDR module at 1310/1550/1625 nmDynamic range of 50 dB available at 1550 nm–Characterize fiber in high-speed transmission systems for loss/dispersion Solution:T-BERD 6000 with the PMD/CD/AP ,ODTR,and OFI module–Characterize fiber and prove suitability to carry multiple channels (water peak)Solution:T-BERD 6000 with the VLR OTDR module at 1383 nmAdd the combined PMD/WDM/SA or CDWM OTDR module–New technologies developed in the futureSolution:T-BERD 6000 with the new JDSU field-upgradeable application module 10G/40G Fiber Characterization CWDM/DWDM Modular PlatformUltralong-Haul Networks Modular designOTDR and IL/ORL TestingA Wide Range of OTDR ModulesThe JDSU OTDR plug-in module family provides a wide range of high-performance OTDRs.Over 40 field-interchangeable modules are compatible withthe T-BERD 6000 for testing and troubleshooting any multimode or single-mode network.The OTDR family includes six lines of OTDRs featuring:–New wavelengths to cover 1383 nm (CWDM) and 1490 nm (FTTx) –Highest dynamic range up to 50 dB–Shortest dead zones down to 0.5 m in multimode and 0.8 m in singlemode–Fastest scan speed at 0.1 s in real-time modeFrom Simple Fault Locator to Expert OTDR…The fault locator boosts productivity in the field by providing:The expert mode offers high-level trace analysis possibilities,mak ing yourT-BERD 6000 platform a powerful instrument for commissioning and trouble-shooting by offering:-Manual settings (pulse,acquisition time,resolution,distance range)-Manual addition and deletion of events-Manual slopes,splices,and reflectances measurementIndustry leader for dynamicrange with 50 dB Revolutionary 50 cm dead zone automationloss,and ORL measurementsFigure 2 Fault locator modeIdeal for End-to-End CommissioningOTDR bidirectional testing is required to obtain true and accurate splice loss readings.JDSU has developed an innovative automatic bidirectional analysis function that is integrated directly into the T-BERD 6000 platform,saving at least 50 percent of the time required for traditional bidirectional analysis.–Offers communication between two units via the link under test to set up the same optimized acquisition parameters–Displays and saves automatic acquisitions in both directions on both units –Eliminates operator errorUnique to the market:Fully automatic bidirectionalacquisition and analysisLocalT-BERD 6000T-BERD 6000Remote Figure 3Bidirectional OTDR measurement CWDM OTDR ModulesThe CWDM OTDR module allows in-service OTDR measurements at International Telecommunications Union (ITU-T) G.694.2 CWDM wavelengths.This solution was developed to help network operators and dark fiber providers characterize,maintain,and troubleshoot CWDM systems from short- to medium-haul fiber networks.Figure 4 Qualification of a CWDM networkFTTx/PON In-Service ModulesTo avoid interrupting customer traffic (in-service testing) of B/G/E-PON networks the filtered OTDR module performs an out-of-band test using 1625 nm wavelength.Insertion Loss and Optical Return Loss Testing–Measures bidirectional IL,ORL,and fiber length –Offers one-button automated testing –Choose three wavelengths from 1310,1490,1550,and 1625 nm –Compatible with the OFI-2000 Multifunction Loss Test SetCD,PMD,AP,and WDM TestingThe T-BERD 6000 enables CD and PMD measurements to identify fiber viability for very high-speed transmission systems.It also enables WDM and AP tests to validate the link compatibility with DWDM system implementation.Polarization Mode Dispersion Testing–Fast and accurately measures PMD delay,PMD coefficient,andsecond-order values–Offers high dynamic range (up to 65 dB) dedicated for metropolitan,long haul, and very long haul fiber optic links–Offers shock- and vibration-proof design (with no moving parts)–Allows for measurement through multiple amplifiers–Provides statistics and long-term monitoringChromatic Dispersion Testing - OTDR-Based Method–Requires access to only one end of the fiber–Offers dynamic range (up to 120 km) dedicated for any metropolitan fiber optic links–Includes acquisition points around 1310,1480,1550,and 1625 nm for accurate CD from 1260 to 1650 nm–Integrates a four-wavelength OTDR and light source–Provides sectional analysis capability for troubleshooting–Offers shock- and vibration-proof design (with no moving parts)9T-BERD 6000 COMPACT OPTICAL TEST PLATFORMChromatic Dispersion Testing - Phase-Shift Method–Offers high dynamic range (up to 55 dB) dedicated for metropolitan,long haul, and very long haul fiber optic links–Provides full wavelength range characterization (1260 to 1640 nm)–Allows for measurement through multiple amplifiers–Offers shock- and vibration-proof design (with no moving parts)Attenuation Profile Testing–Provides total loss and dB/km values for full band testing (1260 to 1640 nm)–Allows CDWM and dense wavelength division multiplexing (DWDM) transmission band characterization–Provides water peak (1383 nm area) characterization–Offers shock- and vibration-proof design (with no moving parts)–Combined with WDM and PMD functions or with CD and PMD functionsDWDM Maintenance Testing–Measures channel level,power,and wavelength in the S,C,and L bands–Provides the most compact DWDM test solution that measures optical signal-to-noise ratio (OSNR)–Tests wavelengths from 1260 to 1640 nm or 1485 to 1640 nm–Offers high wavelength accuracy–Provides statistics and long-term monitoring–Offers shock- and vibration-proof design (with no moving parts)10Generate cable acceptance reportsReport single test resultsP rofessional acceptance test reports OTDR trace report Options and AccessoriesGreater Productivity with CommunicationsWith limited telephone line and cell phone coverage during fiber testing,the T-BERD 6000 offers a built-in optical talk set option for permanent communication between test technicians.Near- and far-end technicians can communicate with each other,avoiding many of the testing mistakes that can prove costly if another truck roll is required to fix a problem.For bidirectional testing that requires both the near- and far-end units to acquire data,the Data mode on the optional talk set synchronizes data acquisition for both units during OTDR testing and retrieves test results for pass/fail analysis.–Provides 45 dB optical talk set–Provides file transfer capability through the fiber–Provides remote control of the far-end unit–Provides a talk set compatible with the OFI-2000 and with the OTS-55 Optical Talk Set stand-alone unitEffective Test Report GenerationTransfer data and generate comprehensive reports using JDSU FiberTrace and FiberCable analysis software.–Generate proof-of-performance reports with a high degree of customization –Create dedicated tables for each test result (OTDR,CD,PMD,and ORL)–Provides pass/fail indicators for quick analysis of problem areas –Identifies macro bends and provides fault report summary11Comprehensive Line of AccessoriesA wide range of available accessories provide technicians with everything needed to benefit from the complete testing capabilities of the of the T-BERD 6000.Join the T-BERD Family of Optical Test SolutionsBased on the same graphical user interface (GUI) and file formats,the T-BERD 6000,T-BERD 6000A,and the T-BERD 8000 form a family of solutions for high-performance field testing.In addition,the fiber application plug-in modules are field interchangeable with the T-BERD 6000,T-BERD 6000A,and the T-BERD 8000,ensuring maximum flexibility and investment protection.The T-BERD 6000 can house one fiber application plug-in module.The T-BERD 6000A with the Multi-Services Application Module (MSAM) offers Ethernet and SONET/SDH testing at line rates from 10 Mb/s up to 10 Gb/s,as well as the ability to verify and troubleshoot higher-layer IP video,Layer 4 UDP/PCP ,FTP ,and HTTP .The T-BERD 8000 can house multiple modules simultaneously,enabling the perform-ance of almost any combination of network test functions in a single unit.In addition,the T-BERD 8000 also offers:–DWDM turn-up testing–Dual-port optical spectrum analysis–DWDM channel isolation for BERT analysis –E1/T1 to 10G BERT analysis–10/100/1000/1G/10G Ethernet testingT-BERD 6000 LITE Compact OTDR T-BERD 6000Compact Optical Test Platform T-BERD 6000ACompact Network Test Platform T-BERD 8000Scalable Optical Test PlatformThe T-BERD 6000 with the optional mouse,keyboard,battery,headset,AC/DC adapter charger,and video inspection scopeT-BERD 8000 field-scalable optical test platformView clean and dirty fiber end faces with the connector inspection option.Test & Measurement Regional SalesProduct specifications and descriptions in this document subject to change without notice.© 2008 JDS Uniphase Corporation November 200830162566 000 1108 TB6000.DS.FOP .TM.AESpecifications for Typical 25°CDisplayTFT color,8.4 in LCD,800 x 600,high-visibility (standard)Touchscreen,TFT color,8.4 in LCD,800 x 600,high-visibility (optional)Storage and I/O Interfaces Internal memory 1000 test results Extended memory (optional)Minimum 1 GB (optional)2x USB V1.1,1x RJ45 Ethernet Power Supply Battery type Standard removable Li-ion batteries AC/DC adapter Input 100–240 V,50–60 Hz,Output 19 V DC/3.1 AOperation time Up to 11 hrs with standard display,Telcordia GR-196-CORESize and WeightMainframe with one plug-in module and battery (L x H x W)285 x 195 x 93 mm(11.2 x 7.7 x 3.7 in)Mainframe only (without battery and module) 2.4 kg (5.3 lb)Mainframe (with one plug-in module and battery) 3.4 kg (7.5 lb)Environmental SpecificationsOperating temperature range on mains (no options)–20 to +50°C (–4 to 122°F)Operating temperature range (all options)0 to +40°C(32 to 104°F)Storage temperature range –20 to +60°C (–4 to 140°F)Humidity,non-condensing 95%Base Unit Optical Interfaces (optional)Power Meter Power level+10 to –60 dBm Calibrated wavelengths 850,1310,and 1550 nm Connector type Universal push/pull (UPP)Talkset Wavelength 1550 nm ±20 nmDynamic range 45 dBFunction With data/file transferLaser safety Class 1M laser Connector typeField interchangeableOptical Return Loss Selectable wavelength 1310 / 1550 nm Measurement range 0 dB to 45 dBMeasurement uncertainty ±1 dB Display resolution0.01 dBVisual Fault Locator Wavelength 635 nm ±15 nm Output power level <1 mW Laser safety Class 2 laser Connector type Universal push/pull (UPP)Continuous Wave Light Source Wavelengths (selection)1310,1550,and 1625 nm Output power level –3.5 dBm Stability in 15 min ±0.02 dB Stability in 8 hrs ±0.2 dB Laser safety Class 1M laser Connector type Field interchangeable Video Inspection Scope (via USB)Magnification 250X and 400X,through the USB portBase InstrumentT-BERD 6000 platform with high-visibilitycolor display and battery packTB6000T-BERD 6000 platform with high-visibility touchscreen color display and battery pack TB6000T Extended memory (1 GB)E60EXTMEM VFL with 2.5 mm UPP E80VFL Optical talk set E80TS Optical power meter with UPP connector (2.5 mm provided as standard)E80PM Optical loss test set 1550/1625 nm with talk set E8029LTSTS Optical loss test set with talk set (1310/1550/1625 nm)E8036LTSTS Combined LTS and ORL with talk set(1310/1550 nm )E8026LTSTSORL Bidirectional OTDR acquisitionoption for single-mode moduleE80bidir Quick capture video microscope,200x/400x with USB converterEFSCOPE400AccessoriesCigarette lighter power adapterE80lighter Additional Li-Ion rechargeable batteryE60LiIon Wrap around carrying case for 6000 platformESCASE5Application SoftwareOptical FiberTrace software (for post-analysis)EOFS100Optical FiberCable software(for acceptance report generation)EOFS200Optical connectors for the loss test set and talk set options (connector must be of the same type)Field replaceable connectors:EUNIPCFC,EUNIPCSC,EUNIPCST,EUNIPCDIN,EUNIPCLC,EUNIAPCFC,EUNIAPCSC,EUNIAPCST,EUNIAPCDIN,EUNIAPCLCPlease refer to the separate module datasheets for detailed specifications.。

MTS/T-BERD 8000 PlatformOptical Spectrum Analyzer ModulesFull-band, high-performance Optical Spectrum Analyzers for testing optical systems and componentsTargeted at providing advanced test solutions, the OSA-150, OSA-180 and the OSA-500 are the next generation of JDSU’s DWDM analyzer modules.A new monochromator design provides ultra high optical resolution, and outstanding wavelength accuracy in a small and rugged OSA module, offering the best field solution for testing DWDM and CWDM networks during installation, maintenance and trouble shooting.The JDSU OSA modules differentiate by the optical measurement resolution and are graded into three classes:The OSA-150 is JDSU’s basic OSA with an optical resolution of 100 pm to measure CWDM and • DWDM networks with moderate channel spacing of 100 GHz to CWDM.The high resolution OSA-18x DWDM analyzers are suited for testing DWDM networks with • tight channel spacing down to 50GHz. In addition the OSA-181 provides a unique channel drop function to isolate single DWDM channels from the spectrum.The ultra high resolution OSA-500 and OSA-500R have an industry leading resolution band-• width of 35 pm for measurements in ultra DWDM networks with channel spacing down to 25 Hz.The OSA-500R is equipped additionally with a new technique to measure the true OSNR in ROADM systems and 40G systems.Key FeaturesI n-band capability for true OSNR measurements in •ROADM and 40G networks Ultra-high optical resolution•Industry-leading wavelength accuracy guaranteed over •instruments lifetimeFuture-proof signal analysis for data rates of 40/100G,•and next-generation modulation formatsChannel drop function for single channel isolation and •tunable filter applications.PMD test option based on fixed analyzer method.•MTS/T-BERD platformApplicationsCommissioning and•maintenance of current and next generation DWDM systemsProvisioning and maintenance •of ROADM networksInstallation and maintenance of •CWDM networks Testing of 40G and 100G •networksSpectral testing of optical •components1981Advanced optical performanceJDSU’s OSA family combines outstanding wavelength accuracy, high dynamic range and an ultra-high resolution. All instruments are equipped with an internal wavelength reference for online calibration without requiring disruption of in-progress measurements. The internal wavelength calibrator is based on a physical constant reference that guarantees unsurpassed wavelength accu-racy over the instrument’s lifetime without the need of external recalibration (JDSU patents), saving recalibration cost.One-step system qualificationOne-button auto-testing guarantees that technicians need no special training to carry out a DWDM test, making JDSU’s instruments suitable for both novice and expert technicians. An Auto-Test mode automatically identifies WDM channels, selects the appropriate wavelength range, and provides auto scaling and system qualification according to pre-defined parameters.Flexible measurement capabilityIn-depth analysis, featuring statistical evaluation, and automatic storage capabilities, is provided. This allows for DWDM system performance verification, including the variation of optical sys-tem parameters (wavelength, power, and OSNR) as well as a series of measurements over a defined period of time. Resulting reports are provided with average, minimum, maximum, and standard deviation values of the measured parameters over time.Powerful pass/fail link managerGraphical and tabular display formats can be selected to assist in the installation, verification, and troubleshooting of multi-channel DWDM systems. Built-in test functions deliver automatic pass/ fail evaluations based on pre-defined alarms, saving time and providing technicians with a quick and intuitive overview of the complete set of results.Measurement of signals at high data rates and new modulation formatsData rates at 10 Gbps or higher have a larger optical bandwidth than the resolution bandwidth of an OSA, and with new modulation formats like duobinary (DB), differential phase shift keying (DPSK) or quadratur phase shift keying (QPSK), the spectral shape of a signal will change from one peak to multiple peaks. Regular OSAs will no longer correctly measure the central wavelength and the total signal power of such transmission signals.JDSU OSAs are prepared for these scenarios as they have a new signal analysis for accurate mea-surement of total channel power and center wavelength of modulated signals. All results will be presented in the WDM table.40 channel DWDM systemGraphical and tabular display showing pass/fail indicators and out-of-range valuesInstrument setupPrecise and correct detection of new modulation formatsNew in-band OSNR measurement techniqueIn ROADM networks the noise floor in between optical channels is suppressed by the optical fil-ters inside the ROADMs. In systems transmitting ultra high data rates like 40G/100G at tight channel spacing of 50 GHz, the modulation bandwidth is larger than the channel bandwidth thus leading to overlapping spectra. Both effects make conventional OSNR measurement based on the IEC interpolation method unreliable.The OSA-500R is JDSUs second generation of opti-cal spectrum analyzers performing the in-bandOSNR A new optical polarization splitting (OPS) method (patent pending) is used to suppress the transmission signal and to get access to the noise value inside the optical channel for measuring the true in-band OSNR. The only viable solution for any test scenarios, whatever the ROADM filter types, data rate or modulation formats.Built-in test applicationsTest applications for optical amplifiers (EDFA) and laser sources (DFB) facilitate network compo-nent verification.Drift measurementsFor optical performance monitoring it is essential to measure the key parameters over time. The built-in drift test application provides the result of power, wavelength and OSNR over a customer definable time frame in a graphical and numerical format. Drift measurements are important in CWDM networks with uncooled laser, which have a typical wavelength of 0.1 nm/°C.PMD test optionsWith the PMD option, the OSA can measure the differential group delay (DGD) for PMD charac-terization of optical fibers and systems. The measurement is based on the fixed analyzer method (TIA/EIA FOTP-113) together with a broadband source and a variable polarizer.Channel isolation (drop) and dual-port optionsA unique channel isolation option is provided to extract a single DWDM channel from the entire spectrum for further analysis with a SONET/SDH or Ethernet analyzer at data rates up to 12.5 Gbps. The built-in tracking function provides wavelength locking to the peak of the selected chan-nel in order to avoid channel frequency drift problems during long-term measurements. The dual-port option (JDSU patents) provides simultaneous measurement of two optical signals, mea-suring the input and output of an optical amplifier at the same time, for example.Advanced analysis solutionJDSU’s OFS-100 Optical FiberTrace Software is a PC-based software application within a true Microsoft Windows environment, offering post-analysis capabilities and the generation of detailed, professional OSA reports.Offline analysis OFS-100EDFA test applicationIn-band noise measurement of optical channels passingdifferent routes in a ROADM networkDrift analysisFull-band WDM analyzerOSA-150Operating modesWDM, DriftSpectral measurement ranges Wavelength range1250 to 1650 nm Measurement samples120,000 No. of optical channels256 Wavelength calibration (1)internal, online. Wavelength accuracy (2)± 100 pm Readout resolution 1 pm Resolution bandwidth(FWHM) (2)100 pmPower measurement rangesDynamic range (3)−60 to +15 dBm Absolute accuracy(2, 4)± 0.6 dBTotal safe power+23 dBm Readout resolution0.01 dBScanning time (full band) (C-band)<5 s <1 sOptical rejection ratio (ORR) (2)at ± 25 GHz (± 0.2 nm)not specified at ± 50 GHz (± 0.4 nm)40 dBc at ± 100 GHz (± 0.8 nm)>43 dBc(1) Built-in, physical constant wavelength calibrator,needs no re-calibration(2) Typical for 1520 to 1565 nm at 18° to 28 °C(3) Max. power per channel +15 dBm(4) At −10 dBm, including PDL(5) −45 dBm to +10 dBm, at 23 °C Full band DWDM AnalyzerOSA-180 / OSA-181Operating modesWDM, Drift, DFB, LED, FPL, EDFASpectral measurement rangesWavelength range1250 to 1650 nmMeasurement samples120,000No. of optical channels256Wavelength calibration (1)internal, online.Wavelength accuracy (2)typ. ± 20 pmReadout resolution 1 pmResolution bandwidth(FWHM) (2)typ. 70 pmPower measurement rangesDynamic range (3)−65 to +23 dBmAbsolute accuracy(2, 4)typ. ± 0.5 dBLinearity (5)± 0.1 dBTotal safe power+23 dBmReadout resolution0.01 dBScanning time (full band)(C-band)<5 s<1 sOptical rejection ratio (ORR) (2)at ± 25 GHz (± 0.2 nm)typ. 35 dBcat ± 50 GHz (± 0.4 nm)typ. 45 dBcChannel drop option (OSA-181 only)Wavelength range 1300 to 1650 nmData rates up to 12.5 GbpsSpectral filter bandwidth>20 GHzInsertion loss(6)typ. <12 dBTracking mode Auto wavelength control(6) 1520 to 1620 nm at 23 °C(7) For data rates up to 10 Gbps(8) For OSNR ≤ 25 dB and PMD <25 psFor data rates of ≥ 40 Gbpswith ≥ 100 GHz ch- spacing typically ± 1 dB(9) Fast mode, independent of no of channelsHigh Perf. DWDM AnalyzerOSA-500 / OSA-500ROperating modesWDM, Drift, DFB, LED, FPL, EDFAIn-band OSNR (OSA-500R only)Spectral measurement rangesWavelength range1250 to 1650 nmMeasurement samples120,000No. of optical channels256Wavelength calibration(1)internal, online.Wavelength accuracy (2)typ. ± 10 pmReadout resolution 1 pmResolution bandwidth(FWHM) (2)typ. 35 pmPower measurement rangesDynamic range (3)−70 to +20 dBmAbsolute accuracy(2, 4)typ. ± 0.5 dBLinearity (5)± 0.1 dBTotal safe power (12)+23 dBmReadout resolution0.01 dBScanning time (full band)(C-band)<5 s<1 sOptical rejection ratio (ORR) (2, 11)at ± 25 GHz (± 0.2 nm)typ. 45 dBcat ± 50 GHz (± 0.4 nm)typ. 50 dBcIn-band OSNR (10) (OSA-500R only)I-OSNR dynamic range up to >30 dBPMD tolerance (7)up to 25 psMeasurement accuracy(8)typ. ± 0.5 dBData signals up to 100 GbpsMeasurement time(9)<2 min(10) only valid for OSA-500R(11) For OSA-500R ORR is reduced by 3 dB(12) +20 dBm for OSA-500ROSA Selection GuideA comprehensive portfolio to better match your application requirements.ApplicationTechnology CWDM DWDM DWDM UDWDM Channel drop ROADMin-band OSNR Instrument class Ch-spacing20 nm100 GHz50 GHz25 GHzBasic OSA OSA-150X X––––High resolution OSA OSA-180X X X–––OSA-181X X X–X–Ultra high resolution OSA OSA-500X X X X––OSA-500R X X X X–XGeneral specificationsDisplay modesGraph, WDM table, graph and tableOptical ports (physical contact interfaces)Input port SMOutput port (drop port OSA-181)SMOptical return loss>35 dBInterface Universal connectors/PCOptical adapters FC, SC, ST, LC, DINTemperatureOperating+5 to +50 °C / 41 to 122 °FStorage−20 to +60 °C / -4 to 140 °FWeight (module only )OSA-150/18x/500 2.2 kg / 4.6 lbsSize (module only )OSA-150/18x/50050 x 250 x 305 mm /2 x 10 x 12 inOSA modulesOrdering information for Full-band DWDM analyzersBasic OSAs2281/91.15OSA-150High-resolution OSAs2281/91.18OSA-1802281/91.22OSA-181, with channel drop 12.5GUltra-high resolution OSAs2281/91.51OSA-500, high performance DWDM OSA2281/91.55OSA-500R, high performance DWDM & ROADM OSAPMD test option (for OSA-18x/500/500R)2281/91.11PMD test kitincludes PMD evaluation SW plus2279/31OBS-55, Optical Broadband Sourceplus2271/01OVP-15, Optical Variable PolarizerApplication softwareEOFS100Optical fiber trace software for post-analysisEOFS200Optical fiber trace software for cable acceptance report generation Test & Measurement Regional Sales。

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Waveform Gen.EnlargeHP/Agilent 84904K Programmable Step AttenuatorHP/Agilent 84906K Programmable Step AttenuatorHP/Agilent 346B Noise Source, 10 MHz to 18 GHzHP/Agilent E9325A 50 MHz - 18 GHz peak and averageHP/Agilent 66311B Mobile Communications DC SourceHP/Agilent 87405A Preamplifier, 10 MHz to 3 GHzHP/Agilent 6050A 1800 Watt dc Electronic Load Mainframe HP/Agilent 5351B Frequency Counter 500MHz-26.5GHz HP/Agilent 53131A Universal Frequency Counter, 10 digitHP/Agilent 8495H Programmable Step AttenuatorHP/Agilent 5350B Frequency Counter 500MHz-20GHz HP/Agilent 16191A Side Electrode SMD Test FixtureHP/Agilent 16700B Logic Analysis SystemHP/Agilent 16716A Timing and State ModuleHP/Agilent 1663A Logic Analyzer 34 Channels TESCOM TC-5915A Shield BoxHP/Agilent 34922T Terminal Block for 34922A Multiplexer HP/Agilent 3499B 2-Slot Switch/Control Mainframe Protek Z9216 - High Accuracy, Wide Range LCR Meter HP/Agilent 53181A RF Frequency Counter, 10 digitsHP/Agilent E9301A Power Sensor 10MHz-6GHzPXIT PX2000-337 10G Pulse Pattern GeneratorPXIT PX2000-338 PXI SynthesizerPXI Synthesizer PX2000-338PXI Pulse Pattern Generator PX2000-337Kikusui PAS40-27 Variable-Switching Power SupplyHP/Agilent E8285A CDMA/PCS Mobile Station Test Set Tektronix TDS220 Digitizing SccopeHP/Agilent E2649A USB 2.0 High Speed Fixture SetHP/Agilent E5970A Optical Power MeterHP/Agilent 6543A 200 Watt Power Supply, 35V, 6AHP/Agilent 6542A 200 Watt Power Supply, 20V, 10AHP/Agilent 16500B Logic Analyzer MainframeHP/Agilent 37717B Sonnet Test SetHP/Agilent 83480A Digital Communications AnalyzerHP/Agilent 16750A 68 Channel Logic Analyzer ModuleHP/Agilent N6761A Precision DC Power ModuleHP/Agilent 16085B Terminal AdapterHP/Agilent 8153A Lightwave Multimeter Mainframe JDSU OLP-15B Optical Power MeterHP/Agilent 34932A-34932T Dual 4x16 Mux for 34980A HP/Agilent 6625A Precision System Power SupplyHP/Agilent 34922A 70-Channel Armature Multiplexer Agilent / HP 11612A Bias Network, 45 MHz - 2HP/Agilent 41421B DC Source/Monitor Plug-In100V100mA HP/Agilent 6622A System Power Supply, 80W, 2 outputs HP/Agilent 6623A Precision System Power Supply TESCOM TC-5911A Bluetooth Shield BoxGigatronics 8541C RF Power MeterHP/Agilent 6642A 200 Watt System Power SupplyHP/Agilent 8447E Amplifier, 100 kHz to 1.3 GHzHP/Agilent 54600B 2 Channel 100 MHz OscilloscopeHP/Agilent 54601A 4 Channel 100 MHz OscilloscopeHP/Agilent 54601B 4 Channel 100 MHz OscilloscopeHP 8903E 20 Hz to 100 kHz Distortion AnalyzerHP/Agilent 1153A 200 MHz Differential ProbeAgilent 54645A 100 MHz, 4 Ch Digitizing Oscilloscope HP/Agilent 54601B 100MHz 4CH 20MSa/s Oscilloscope HP/Agilent 8494A Manual Step AttenuatorHP/Agilent 773D Coaxial Directional Coupler, 18 GHzHP/Agilent 6612C 40 Watt System Power Supply, 20V, 2A Kikusui PAS20-36 - DC Sources Power Supplies Gigatronics 8542B Dual-Channel Digital Power MeterHP/Agilent 41425A Analog/Feedback UnitHP/Agilent 16610A Emulation ModuleHP/Agilent 54620A 16 Channel Logic Analyzer Tektronix P6245 Active FET ProbeHP/Agilent 6038A System Autoranging DC Power Supply HP/Agilent 8447D Amplifier, 100 kHz to 1.3 GHzHP/Agilent 8496A Manual Step AttenuatorGigatronics 80601A 200 mW Modulation Power Sensor HP/Agilent 8498A High Power Attenuator, DC to 18 GHz HP/Agilent 8656B Synthesized Signal Generator Gigatronics 8542 Dual-Channel Digital Power MeterHP/Agilent 6632B 100 Watt System Power Supply, 20V, 5AHP/Agilent 8656A Signal Generator, 100 kHz - 990 MHz Agilent 54600B 100 MHz, 2 Ch Digitizing OscilloscopeHP/Agilent 438A Power MeterHP/Agilent 16534A Digitizing Oscilloscope ModuleHP/Agilent 8482A - Power Sensor 100kHz - 4.2GHzHP/Agilent 5086-7678 Dual Directional CouplerHP/Agilent 778DHP/Agilent 6611C 40 Watt System Power Supply, 8V, 5A Advantest R6452A Digital MultimeterHP/Agilent 85132D Semi-Rigid Cable SetHP/Agilent 8904A Multifunction Synthesizer, DC-600 KHz HP/Agilent 8496G Programmable Step AttenuatorHP/Agilent 54201D 300 MHz DIGITIZING OSCILLOSCOPE JDSU OLP-8 Optical Power MeterWeinschel 73-30-33 AttenuatorFluke 45 Digital MultimeterAdvantest R6451A Digital MultimeterAdvantest R6452E Digital MultimeterHP/Agilent 11720A Pulse ModulatorHP/Agilent 1152A 2.5G Active ProbeHP/Agilent 82357B USB/GPIB Interface High-Speed USB 2.0 HP/Agilent 16089C Kelvin IC Clip LeadHP/Agilent 3478A 5.5 Digit DMM with GPIBTESCOM TC-5952B Shield BoxNI PCMCIA-GPIBNarda 769-30 Attenuator 150 Watt DC - 6 GHzHP/Agilent 3324A Synthesized Function/Sweep Generator HP/Agilent 437B 100kHz-110GHz Power Meter Advantest R3964A 3 Port Adapter for R3765CHP/Agilent N2263A 32-Bit Digital Input/Output ModuleHP/Agilent 66332A Dynamic Measurement DC SourceHP/Agilent 6634A GPIB dc power supply, 0-100 Vdc, 0-1 A Aeroflex/Weinschel 49-30-34 High Power Coaxial Attenua Anritsu 2000-768 Precision Open/Short/Load 7/16 dimm(F) HP/Agilent 16048E Test LeadsHP/Agilent 8111A Pulse Generator85052-60006 Short Male 3.5mm85052-60008 Open Male 3.5mmHP/Agilent 5086-7408 Power Divider, DC to 26.5 GHzHP/Agilent 87106-60009 Mulit-port Switch DC to 26.5GHz Anritsu 2000-767 Precision Open/Short/Load 7/16 dimm(M) JDSU OLP-6 Optical Power MeterHP/Agilent 3456A Digital V oltMeter 6.5 DigitsAgilent / HP 35280A Summing Junction Module, DC to MHzHP/Agilent 16048C Test LeadsHP/Agilent 6632A DC Power Supply 20V/5A Precis GPIBAnritsu ICN50 InstaCal CalibrationKrytar 1850 0.5-18.5 GHz DIRECTIONAL COUPLERSHP/Agilent 87104-60001 Multiport Switch SP4T DC-26.5GHzHP/Agilent E3640A 30W Power Supply, 8V, 3A or 20V, 1.5A Tektronix P6204 FET ProbeTektronix TDS3BAT Rechargeable Battery PackTektronix TDS3GM RS/232 GP-IB InterfacesHP/Agilent 11766A DADE SwitchWeinschel 910-20-33 Variable AttenuatorHP/Agilent 11852B AdapterHP/Agilent 82350A PCI High-Performance GPIB InterfaceHP/Agilent 11742A Blocking Capacitor, 0.045 to 26.5 GHzHP/Agilent K422A Detector CrystalHP/Agilent 11716A Attenuator Interconnect Kit, Type-NHP/Agilent N2865A USB host module for 3000 Series ScpesFluke 8842A 5.5 Digit Digital MultimeterHP/Agilent E3614A 48W Power Supply, 8V, 6AHP/Agilent 16510B 80 CHANNEL LOGIC ANAL YZER MODULEHP/Agilent 16530A DIGITIZING OSCILLOSCOPE TIMEBASE CARD HP/Agilent 16531A Digitizing Oscilloscope Card, 100 MHzHP/Agilent 3438A Digital MultimeterHP/Agilent 3465A Digital MultimeterHP/Agilent 16555A 110 MHz State/500 MHz Timing moduleBird Model 43 THRULINE® Directional WattmeterHP/Agilent 54659B RS-232 & Parallel MeasurementHP/Agilent N2757A GPIB Interface Module for 5462XHP/Agilent 54657A GPIB Measurement Storage ModuleHP/Agilent 10073C Passive Probe, 10:1, 500 MHz, 1.5 mHP/Agilent E3616A 60W Power Supply, 35V, 1.7ATektronix P6139A Passive V oltage ProbeHP/Agilent 34905A Dual 4-Channel RF MultiplexerHP/Agilent 8493C Coaxial Fixed Attenuator, DC to 26.5 GInmet 18B10W-20F AttenuatorHP/Agilent 54652B RS-232 and Parallel Interface ModuleHP/Agilent 34907A Multi-function ModuleHP/Agilent 11665B Modulator for scalar analyzerFluke 36 Clamp MeterFluke 36 Clamp MeterHP E3610A 30W Power Supply, 8V, 3A or 15V, 2A Tektronix P6137 Passive V oltage ProbeTektronix P6138A Passive V oltage ProbeHP/Agilent 8493C Coaxial Fixed Attenuator, DC to 26.5 GHP/Agilent 34302A Clamp-on ac/dc Current ProbeHP/Agilent 54652A Parallel I/O module for 54600 SeriesHP/Agilent N2863A Passive Probe, 10:1, 300 MHz, 1.2 m Tektronix 013-0278-00 Video Display ClampHP/Agilent 54650A GPIB Interface ModuleHP/Agilent 8491A Coaxial Fixed Attenuator, 12.4 GHzMini-Circuits 15542 Power SplitterK&L Microwave Tubular Low Pass Filter 6L121-1250/T3300 K&L Microwave Tubular Low Pass Filter 6L121-2000/T6000 K&L Microwave Tubular Low Pass Filter 6L121-3300/T990。

SDH 10Gbit/s 传输设备目录1. 概述2. 比特率和帧结构3. 复用结构4. 传输设备类型及性能要求5. 系统接口6. 公务联络7. 可靠性要求1 概述1.1 本文件为光缆通信干线工程SDH 10Gbit/s传输设备和系统的技术规范。

1.2 本文件内所引用的ITU-T建议均是指ITU-T最新通过的建议。

对于那些在本文件中尚未作出明确规定的，而ITU-T已有建议的技术规范，应满足ITU-T最新建议。

对于到目前为止，ITU-T仍未形成最终建议的规范，投标方应在ITU-T形成最终建议以后，有义务将所供设备升级为符合ITU-T的建议。

1.3 投标方对本招标文件的每一条款必须逐条作出明确的答复，并写出具体技术数据和指标，否则视该条回答无效。

1.4 投标方应在投标文件中提供6份（1份原件，4份复印件及1份电子文档）至少包括以下内容的中文或英文技术文件。

(1)设备的详细技术性能、功能和指标、工作原理、方框图、功耗、机架结构(容量、尺寸和重量)，机框构成和组架方案图等。

(2)设备所用激光器、光检测器和时钟等主要元器件的类型、生产厂家及其技术指标。

(3)设备的可靠性，包括MTBF或故障率(Fit)数据及其计算依据。

(4)所供各设备工厂验证测试报告。

1.5 投标方提供的SDH光纤数字传输设备类型必须是经过现场验证过的，并至少有以下数量投标方应在投标书中提供购买这种设备的用户证明，其中包括投入实际运行的电信主管部门的名称、地址、传真及电话号码，所供设备的详细类型、验收数据及应用地点等也应同时给出。

招标方保留证实所供设备性能的权力，如有必要，可到现场调查。

1.6 投标方所供设备和系统应与招标方已有的SDH传输网通道层中各通道(VC-4，VC-4-16C)互通，否则投标方应免费修改其设备和系统，保证与招标方SDH传输网通道层中各通道的互通。

1.7 本文件的解释权属于招标方。

2 比特率和帧结构2.1 比特率基本模块STM-1信号的比特率是155520kbit/s，STM-4信号的比特率是622080kbit/s，STM-16信号的比特率是2488320kbit/s，STM-64信号的比特率是9953280kbit/s。