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ACTERNA TEST & MEASUREMENT SOLUTIONSThe MTS-8000 Transport ModuleSDH, PDH, and Ethernet Test Module for the MTS-8000Key Features Optical testing at 155 Mb/s, 622 Mb/s, 2.5 Gb/s, and 10 Gb/sSDH/SONET PDH and T-Carrier testing at T1, E1, E3, DS3, and E4interfaces and mappings Optical GigE and 10 GigE LAN and WAN PHY testing at850 nm, 1310 nm, and 1550 nm wavelengths Ethernet testing with 10/100/1000 Mb/s electrical RJ-45interfaces Reduce CAPEX with a stackable design that allows for acost effective upgrade path Identify Fiber Optics problems quicker with the UserInterfaces optical power source, high accuracy powermeter, Visual Fault Locator, and Fiber Microscope The only integrated field SDH, PDH, and Ethernet solutionavailable to the market, weighing less than 7 kgAs providers expand their offerings into new data and wavelength services, testresponsibilities are expanding beyond traditional SDH and PDH needs into Dataand Optical layer technologies. These users now have the responsibility to installand maintain new network elements and service types that were not present inyesterday’s legacy networks. The Transport Module addresses these trends byproviding the necessary test functionality to support all these services in oneintegrated module.Weighing less than 7 kg and operating on battery power for two hours at 10 Gb/srates, the MTS-8000 is conveniently sized and packaged for mobile applications.In addition, advanced applications such as measuring Round trip delayidentifying dropped packets, and verifying automatic protection switch timesenable providers to quickly and accurately resolve problems, speed networkdeployment, and enjoy the convenience of a truly field solution.For productivity enhancements, the easy to use graphical interface enables userswith limited test experience verify performance parameters and ensure thatservices meet desired quality metrics. In addition, the user interface is based onthe industry standard TestPad and MTS product families, allowing existingmigrate to the MTS-8000 platform. In combination with saved setups and remoteoperation, this solution enables time efficient deployment and maintenance ofrevenue generating services. However, in contrast to today’s test solutions, theTransport Module doesn’t sacrifice scalability or feature depth for convenience.WEBSITE : www.jdsu.com

MTS-8000 TRANSPORT MODULE2Module OverviewOne integrated solutionAs new service offerings arise, Multi-Service Provisioning Platforms (MSPPs) arecombining Data and Transport technologies on the same linecards. Thesenetwork elements give providers the flexibility to configure new services quicklyin support of customer demand. The Transport Module replicates this design byproviding Ethernet and SDH/SONET test functionality in one module. Enablingproviders to deploy and commission these new services quickly, efficiently andconveniently. Users no longer need to carry, manage, or maintain multiplemodules or test sets in support of today’s service offerings.Remote operationIncrease efficiency by testing remotely, the MTS-8000 Transport Module’s remoteoperation functionality allows technicians to use any standard Web browser tooperate the test set, perform test routines, and analyze results. Remote operationis supported by a variety of connectivity interfaces including both Ethernet andModem interfaces. Remote operation turns what used to be two-person testinginto one-person testing, increasing efficiency by 50%. Many other networkelements and test solutions require the installation of application-specificsoftware clients. By allowing the use of any standard Web browser, the MTS-8000Transport Module gives users maximum convenience and flexibility to test whenthey need to, where they need to.Module overview

MTS-8000 TRANSPORT MODULE3Flexibility and configurabilityThe MTS-8000 Transport Moduledemonstrates unparalleled technologicalintegration, providing SDH, PDH,10GigE, GigE, and Optical functionalityin one briefcase-sized unit. Recognizingthat customers don’t need or can’talways buy all of this functionality, theTransport Module gives customers theflexibility to buy SDH or Ethernet onlyconfigurations and upgrade them asnew needs arise. This features givescustomers the flexibility to meetcurrent needs without sacrificing thescalability of the module. Supportedconfigurations of the MTS-8000Transport Module include STM-64only, 10 GigE only, and E1 to STM-64– just to name a few.Field exchangeable opticalconnectorsThe emergence of new LC interfaces hascaused yet another optical connector intoday’s work environment. Most networks have a combination of ST, SC,FC, DIN, and now LC connector types.Test equipment has typically had fixedconnector types, forcing users to findadapter cables and connectors beforetesting can occur. These fieldremovable connectors give usersmaximum flexibility to adapt their testset to different connector types in justseconds. Never lose time again tryingto find the correct crossover cable oradapter when turning up a customercircuit or troubleshooting a serviceeffecting fault.Real time Histogram and Event LogVisually analyze and monitor erroralarms and events in real time.Correlate specific errored conditionsto time of day and other conditionspresent in the network. Efficiently andeffectively troubleshooting your networkby correlating results quickly andeasily.850 nm, 1310 nm, and 1550 nmwavelength support for alloptical interfacesThe design of the Transport Moduleallows users to install 850 nm, 1310nm, and 1550 nm transmitters andreceivers all in one package. Thiseliminates the need to purchase andmanage separate test modules, GBICs,or SFPs to support additionalwavelength types ensuring that usersalways have the proper test equipmentto test the service.Battery operationTaking battery operation to anotherlevel, the MTS-8000 Transport Moduleis configurable with up to twobatteries. It can function at a line rateup to 10 Gb/s for up to two hours onbattery power.Field exchangeable optical connectorsHistogram

MTS-8000 TRANSPORT MODULE4SDH/SONETE1 to STM-64 BER testingPerform BER testing on all lineinterfaces in end-to-end or loopbackapplications. Insert errors and alarmsto verify network element conformanceand connectivity. Measure bit error ratesto ensure quality of service.Muxed payload and bulkpayload generation and analysisfrom 10 Gb/s to 2Mb/sMuxed and bulk signals can beanalyzed with a full array of mappingsupport. As an example, 2 Mb/schannels can be monitored from aSTM-64 interface.x1STM-64x1Using the overhead byte manipulationand analysis capability of theMTS-8000 Transport Module, userscan modify K1 and K2 bytes to testAutomatic Protection Switching (APS):specify and identify user configurablepath trace messages and payloads.APS measurementsMeasure the protection switch times ofSDH/SONET rings and their effectson tributaries. By measuring variouserror and alarm conditions on thetributaries, providers can verify thattheir transport network is providingadequate redundancy to guaranteeService Level Agreements (SLAs). Inaddition, when operating on the SDHring itself, capture APS sequences viathe K1/K2 bytes and decode thedefinition of these messages per theselected network architecture.x1AUG 64STM-16SDH/SONET overhead bytemanipulation and analysisx4x1AUG 16x1STM-4x4x1AUG 4x1STM-1x4AUG 1x1AU-4-64cVC-4-64cC-4-64c9.584.640 kb/sAU-4-16cVC-4-16cC-4-16c2.396.160 kb/sAU-4-4cVC-4-4cC-4-4c599.040 kb/sAU-4VC-4C-4E4: 139.264 kb/sC-3DS3: 44.736 kb/sE3: 34.368 kb/sC-12E1: 2.048 kb/sx3x1TUG-3x3AU-3Pointer processingMultiplexingAligningMappingSDH MappingTU-3VC-3x3VC-3x7TUG-2x3TU-12VC-12

MTS-8000 TRANSPORT MODULE5Round Trip DelayPerformance measuresincluding T1.231,T1.510,T1.514,G.821, G.826, G.828, G.829,M.2100, and M.2101 for circuitacceptanceImmediately identify network latencywith the round trip delay pattern atall linerates.Optical and electrical signallevel measurementsOptical power and frequency offsettesting ensures that received signals arewithin acceptable limits and networkelements thresholds are withinspecifications.Bit error measurements are used tomeasure the quality of a circuit. TheITU-T and ANSI recommend variousPseudo Random Bit Sequence (PRBS)test patterns that simulate real trafficand stress the network. In addition tothese patterns, different measurementmethods are used to analyze the circuitperformance. These measurementsand test patterns are used as the basis forService Level agreements. The TransportModule performs conformance analysisin accordance with ITU-T and ANSIrecommendations.Dual-Direction E1, T1, and DS3receiversReduce test time by up to 50%, twoelectrical receivers allows users tosimultaneously monitor two directionsof a circuit under test, allowing usersto quickly determine the source oferrors (East versus West). Especiallyvaluable when intermittent problemare present and monitoring onedirection doesn’t guarantee troubleisolation. Alternate solutions with asingle receiver, requires the use of twotest sets, which may not always bepresent or cost effective. With thisfunctionality, sectionalize the networkand focus on fixing the source oferrors as opposed to spending timefinding the ctTributarySwitchover time 50 msMSPPDS3 IP CircuitAPS and service disruptionRouterBit ection PDH receivers

MTS-8000 TRANSPORT MODULE6EthernetThe MTS-8000 Transport Modulesupports all optical Ethernet interfacesat all three wavelengths – 850 nm,1310 nm, and 1550 nm. By supportingall three wavelengths simultaneously,the MTS-8000 Transport Moduleeliminates both the need to carry multipleGBIC, SFP and/or XFP modules, and theneed to manage multiple optical interfacesto perform testing.10GigE LAN Frame10 GigE LAN PHY10GBASE-R (LAN PHY) interfacesoffer a 10-fold performance improvement in comparison to GigabitEthernet interfaces. The effective linerate achieved by this interfaces is10.3125 Gb/s, which translates into 10Gb/s of data traffic at Layer 2, encodedin 64B/66B protocol. Moreover, 10GigE technology is positioned torevolutionize network architectures byproviding 8x cost efficient over existing10 Gb/s SDH/SONET interfaces.Service Providers and Operators arerapidly deploying 10 GigE LAN circuitsto offer higher bandwidth speeds at aminimal cost and network complexity,while preserving many of the samecharacteristics of other Ethernettechnologies, such as 10/100/1000Mb/s and GigE.10GigE WAN Frame10 GigabitEthernetInterface10GBASE-SRData Rate10.3125 Gb/sNominalOperatingWavelength850 nm10GigE de(50 µm)2 to 300 mMultimode(62.5 µm)2 to 33 m10GBASE-LR1310 nmSinglemode2 m to 10 km10GBASE-ER1550 nmSinglemode2 m to 30 km850 nmMultimode(50 µm)2 to 300 mMultimode(62.5 µm)2 to 33 m10GBASE-SW9.95328 Gb/s10GigE WAN10GBASE-LW1310 nmSinglemode2 m to 10 km10GBASE-EW1550 nmSinglemode2 m to 40 km