If you’re looking to Sell JDSU MTS 5100eo Fiber OTDR Battery Pack
Our NEW Battery Packs are made from the finest cells and parts. They are
designed to meet or exceed the original equipment specifications for your JDSU
MTS 5100eo
Buying, Selling, Trading JDSU MTS 5100eo
If you’re selling your JDSU MTS 5100eo please fill out form on the right hand side of page.
If you’re looking to Sell JDSU T-BERD 6000 New Batttery Pack
Our NEW Battery Packs are made from the finest cells and parts. They are
designed to meet or exceed the original equipment specifications for your JDSU
T-BERD 6000
Buying, Selling, Trading JDSU T-BERD 6000
If you’re selling your JDSU T-BERD 6000 please fill out form on the right hand side of page.
If you’re looking to Sell JDSU MTS 6000 New Battery Pack
Our NEW Battery Packs are made from the finest cells and parts. They are
designed to meet or exceed the original equipment specifications for your JDSU
MTS 6000
Buying, Selling, Trading JDSU MTS 6000
If you’re selling your JDSU MTS 6000 please fill out form on the right hand side of page.
If you’re looking to Sell JDSU T-BERD 6000A 10Gig WAN LAN Optical Tester
Next Generation Carrier Ethernet Test Solution
T-BERD 6000A is a compact and lightweight test platform designed for all phases of network lifecycle from the installation to the maintenance of fiber networks. Modular in design, the T-BERD 6000A offers an extensive portfolio of test functionality for multiple network layers.
A single Multi-Services Application module provides an integrated solution for Ethernet, and higher-layer tests. Optical Modules allow thorough testing of short-haul, long-haul, FTTx, CWDM, and high speed 40Gbps networks.
Highlights
Applications
Key Features
Buying, Selling, Trading JDSU T-BERD 6000A
JDSU Multi Services Application Module
The Multi-Services Application Module (MSAM) provides the industry’s most compact and modular multi-function, multi-layer DS1 to 10-Gigabit tester for designing, installing, and maintaining Carrier-Grade networks. The MSAM enables a highly portable test set with the versatility needed to support Ethernet Layers 2-7, and Fibre Channel in one platform. With testing capabilities designed for Ethernet Backhaul, Metro Core telecom networks, cable provider switch centers, government telecommunication centers, and providers labs, the MSAM is the latest innovation for the award-winning, industry-leading T-BERD/ MTS family of test solutions.
Key Features
If you’re selling your JDSU T-BERD 6000A please fill out form on the right hand side of page.
If you’re looking to Sell JDSU MSAM C0404 Gigabit Ethernet Service Module
JDSU Multi Services Application Module
The Multi-Services Application Module (MSAM) provides the industry’s most compact and modular multi-function, multi-layer DS1 Gigabit tester for designing, installing, and maintaining Carrier-Grade networks. The MSAM enables a highly portable test set with the versatility needed to support Ethernet Layers 2-7, and Fibre Channel in one platform. With testing capabilities designed for Ethernet Backhaul, Metro Core telecom networks, cable provider switch centers, government telecommunication centers, and providers labs, the MSAM is the latest innovation for the award-winning, industry-leading T-BERD/ MTS family of test solutions.
Buying, Selling, Trading JDSU MSAM C0404
Key Features
If you’re selling your JDSU MSAM C0404 please fill out form on the right hand side of page.
If you’re looking to Sell Wavetek Acterna MTS-5100 5026VSR 5023MM SM MM OTDR
Wavetek MTS 5100 Media Test Set
New and enhanced network services require increased bandwidth, leading the communications industry to expand its test requirements. Advanced test and measurement needs call for advanced equipment, allowing craftsmen to perform multiple functions with a single test instrument. MTS 5100 is at the forefront of new OTDR technology.
FEATURES
Universal Test Set
The Universal Test Set concept outlines the requirements and objectives for multifunction, compact test gear. Documented by Bellcore, the concept can be found in GR-2876-CORE Generic Requirements for Universal Test Sets from December 1995. Today, telecommunications, cable television, and data communications users appreciate the advantages of more portable test gear with expanded capabilities and a common user interface.
MTS 5100 Media Test Set
With the MTS 5100, Wavetek is one of the first companies to develop and market a modular OTDR that embodies the Universal Test Set concept. Based upon the latest RISC microprocessor interfacing with modular architecture, the MTS provides excellent performance and enhanced field modularity. MTS provides a comprehensive set of optical test functions for incoming test, fiber plant construction, splicing, cable acceptance, and cable restoration. MTS tests short or long haul fiber networks in singlemode or multimode applications. Two optical module bays allow the user to configure and upgrade the tester in the field, while the familiar user interface and integrated help functions simplify testing.
Buying, Selling, Trading Wavetek Acterna MTS-5100
Multiple Test Functions In A Single Unit
The MTS is designed to integrate several field test functions in a single unit. Two slots are provided for optical modules, and the user can mix and match the test configuration according to the testing needs at hand. Typical MTS configurations include a four window 850nm to 1550nm dual port multimode and singlemode OTDR, or a dual wavelength OTDR with a complete set of insertion loss tests with integrated light source and power meter.
Complete User Flexibility
With over nine available OTDR modules, the user is equipped to
cost-effectively test short and long spans of fiber at all operating wavelengths with maximum precision. The 1625nm OTDR module is ideal for systems applications where fiber is tested outside wavelengths used for traffic. To ease fiber tracing in multifiber cables, the visible light source option illuminates and identifies the fiber connected to the source. An additional module allows users to combine a light source, power meter, and optical talk set providing all necessary functions for effective insertion loss testing.
Upgradable Investment
The MTS modular concept reduces the number of different testers required for the job and eases instrument stock monitoring. Whether you need test equipment today for short or long haul cables, point-to-point or complex branching systems, or multimode or singlemode networks, MTS provides both an immediate solution and an upgrade path for future transport technologies.
Optimized for Field Use
Optical test equipment needs to couple high performance with maximum portability to be productive in the field. MTS has a small footprint to ease testing in areas with limited access such as crowded wiring closets or underground enclosures. A hardened outer case with protective bumpers ensures that the unit survives even the harshest conditions.
Efficient Testing of High Count Cables
MTS provides extremely rapid sweep times, straightforward and vivid presentation of the fiber trace and results, and fast storage possibilities with SRAM or other internal memory devices. These features are particularly useful for fiber plant commissioning where the requirement for two-way measurements at both wavelengths demands high productivity.
Extended Battery Life Improves Productivity
Testing high fiber count cables requires a unit that can operate for extended periods on battery. With a maximum operating time of 16 hours, MTS is at the top of its class in this category. Its internal battery compartment accommodates up to two removable, rechargeable Nickel Metal Hydride cells.
Simple User Interface Reduces Training Requirements
MTS has a familiar, intuitive user interface, requiring little to no training for experienced OTDR users, and shortening the learning curve for novices. Simple direct access keys make primary test functions available to the user at the push of a button for maximum productivity, while results are logically organized on the large color display for easy interpretation.
High Performance for the Novice and the Expert
For the novice, simply pressing the START button immediately auto configures the measurement parameters for optimal test performance. For more experienced users, advanced trace analysis functions are also accessible. After acquiring traces, a variety of standard data communications interfaces support download for analysis or direct printing, making the MTS a complete workstation.
Maximum Speed and Precision
MTS provides the user with an unprecedented level of speed, processing power, resolution, and range. Its extremely short deadzones can be used for pinpointing faults close to cable junctions or splice points. Impressive dynamic range means that even the longest fibers can be characterized with confidence.
Flexible Data Storage and Retrieval
Results can be imported and exported in Bellcore format and other standard industry formats, allowing easy integration into existing databases. Data can be stored in the standard internal memory (up to 200 traces), or on internal floppy or hard disk. Optional 1GB hard disk drive capacity is useful for commissioning and acceptance tests on high fiber count cables, while an auto-incrementing file utility simplifies storage and retrieval.
If you’re selling your Wavetek Acterna MTS-5100 please fill out form on the right hand side of page.
If you’re looking to Sell JDSU T-BERD 6000A 10Gig WAN LAN Optical Tester
Next Generation Carrier Ethernet Test Solution
T-BERD 6000A is a compact and lightweight test platform designed for all phases of network lifecycle from the installation to the maintenance of fiber networks. Modular in design, the T-BERD 6000A offers an extensive portfolio of test functionality for multiple network layers.
A single Multi-Services Application module provides an integrated solution for Ethernet, and higher-layer tests. Optical Modules allow thorough testing of short-haul, long-haul, FTTx, CWDM, and high speed 40Gbps networks.
Highlights
Compact, lightweight, rugged, and highly integrated platform
Multi-layer network solution from physical to services layer
Visual fault locator and lost test set functions are available on the base unit to improve the application module free space.
Next Generation Carrier Ethernet Test Solution
Backwards compatible with existing MTS-5000 optical modules.
Applications
10GigE LAN and 1 GigE optical interfaces.
Triple Play with IPTV testing.
Key Features
Lightweight platform: only 2.4kg/5.3 lbs.
Large 8.4 inch transreflective TFT color display improves viewing under any conditions.
Intuitive graphical user interface with touchscreen
Long battery life using smart Lithium ion cell.
Remotely controlled (Ethernet/IP)
Fast data transfer via USB, Ethernet port and 1GB extended memory.
JDSU Multi Services Application Module
The Multi-Services Application Module (MSAM) provides the industry’s most compact and modular multi-function, multi-layer DS1 to 10-Gigabit tester for designing, installing, and maintaining Carrier-Grade networks. The MSAM enables a highly portable test set with the versatility needed to support Ethernet Layers 2-7, and Fibre Channel in one platform. With testing capabilities designed for Ethernet Backhaul, Metro Core telecom networks, cable provider switch centers, government telecommunication centers, and providers labs, the MSAM is the latest innovation for the award-winning, industry-leading T-BERD/ MTS family of test solutions.
Benefits
Maximizes ROI with modular, field-upgradeable tester that seamlessly expands into future technologies and interfaces
Provides industry-leading multi-port 10G modular platform for network field installation, advanced troubleshooting, and lab-based network validation
Guarantees end-customer satisfaction with deep application layer testing for data (TrueSpeed™ per RFC 6349), voice (VoIP), and video (IPTV)
Promotes efficient service and network management life cycle with integrated installation tools and advanced troubleshooting analysis in a single test instrument
Reduces installation and troubleshooting times with automated J-Complete test tools that follow best practices and provide repeatable methods and procedures with easy-to-understand results
Applications
Buying, Selling, Trading JDSU T-BERD 6000A
Tests and troubleshoots converged Ethernet/IP networks at 10 Mbps to 10 Gpbs interfaces and captures and analyzes packets
Tests Layer 1-3 Ethernet/IP SLAs with an auto¬mated, enhanced RFC 2544/SAMComplete per ITU-T Y.1564
Enables installation and maintenance of OTN networks up to 11.1 Gbps interface with ODU-0 support for Ethernet/IP client interfaces
Supports 8G FC dual-port interfaces (along with 1/2/4/10 Gbps) for installation and maintenance of SANs and low-latency circuits
Key Features
Higher layer packet/frame analysis with Packet Capture, WireShark Decode, J-Mentor expert post capture analysis, and J-Profiler traffic explorer with top talkers
Layer 4 application testing with TCP WireSpeed (64 sessions, line rate to 10 Gbps) with the ability to provide multi-stream background traffic
Carrier Ethernet testing with Link and Service OAM (Y.1731), PBB/PBT, MPLS/VPLS, VLAN, Q-in-Q, and J-Proof Ethernet transparency
Layer 2 through Layer 4 comprehensive 10-stream multiplestream Ethernet testing enabling service activation and application performance modeling for quality of service verification
Enhanced RFC2544 tests includes frame delay variation, asymmetric rates and concurrent results to reduce overall testing time
OTN testing supported from OTU1 to OTU2e including SDH and ethernet clients
Fibre Channel support includes automated RFC-like scripting test, buffer-to-buffer control verification, and FC port and fabric login
Modular form-factor enables field expandability of test capabilities by adding modules and software test options
Simultaneous Ethernet, Fibre Channel.
Remote control via Web browser and VNC, VT-100 emulation, and Command Line SCPI
If you’re selling your JDSU T-BERD 6000A please fill out form on the right hand side of page.
If you’re looking to Sell Wavetek MTS-5100e 5026SR 5023MM SM MM Fiber OTDR
Wavetek MTS 5100 Media Test Set
New and enhanced network services require increased bandwidth, leading the communications industry to expand its test requirements. Advanced test and measurement needs call for advanced equipment, allowing craftsmen to perform multiple functions with a single test instrument. MTS 5100 is at the forefront of new OTDR technology.
FEATURES
Two bays available in the unit to house two optical test modules
Quad wavelength singlemode and multimode OTDR for installations
Link loss, fiber loss, event loss, return loss, ORL, end-to-end loss, and optical budget tests
Short distance performance for building, riser, patch panel tests
Long distance performance for amplified systems in supertrunking, SONET/SDH, and submarine cables
OTDR and insertion loss test functions for fiber plant acceptance
1625nm module for testing fibers with live traffic
VFL option for fault-finding in the OTDR deadzone
Small and compact at less than 3.5kg (7.8lbs)
Water and dust resistant with all input/output connectors protected from the elements
Extended operating life of up to 16 hours
Intelligent battery management with charge indicator, rapid two hour charging, and optional 12VDC adapter
Fast processing for immediate results and on-site analysis for cable restoration
Universal optical connectors increase flexibility
Fast real-time sweep (0.5s) for mechanical splicing and bare fiber testing
Super-fast data processor reaches maximum dynamic range in less than one minute
Up to 32000 data points for maximum resolution at 16cm sampling
Down to 1m event deadzone and up to 35dB dynamic range with DR OTDR module
High dynamic range (40dB) OTDR module for long haul testing
Full Bellcore GR196 data compliance
Automatic detection of splices or fiber bends down to 0.01dB
Macro function for dual wavelength testing in one step
Universal Test Set
The Universal Test Set concept outlines the requirements and objectives for multifunction, compact test gear. Documented by Bellcore, the concept can be found in GR-2876-CORE Generic Requirements for Universal Test Sets from December 1995. Today, telecommunications, cable television, and data communications users appreciate the advantages of more portable test gear with expanded capabilities and a common user interface.
MTS 5100 Media Test Set
With the MTS 5100, Wavetek is one of the first companies to develop and market a modular OTDR that embodies the Universal Test Set concept. Based upon the latest RISC microprocessor interfacing with modular architecture, the MTS provides excellent performance and enhanced field modularity. MTS provides a comprehensive set of optical test functions for incoming test, fiber plant construction, splicing, cable acceptance, and cable restoration. MTS tests short or long haul fiber networks in singlemode or multimode applications. Two optical module bays allow the user to configure and upgrade the tester in the field, while the familiar user interface and integrated help functions simplify testing.
Multiple Test Functions In A Single Unit
The MTS is designed to integrate several field test functions in a single unit. Two slots are provided for optical modules, and the user can mix and match the test configuration according to the testing needs at hand. Typical MTS configurations include a four window 850nm to 1550nm dual port multimode and singlemode OTDR, or a dual wavelength OTDR with a complete set of insertion loss tests with integrated light source and power meter.
Complete User Flexibility
With over nine available OTDR modules, the user is equipped to
cost-effectively test short and long spans of fiber at all operating wavelengths with maximum precision. The 1625nm OTDR module is ideal for systems applications where fiber is tested outside wavelengths used for traffic. To ease fiber tracing in multifiber cables, the visible light source option illuminates and identifies the fiber connected to the source. An additional module allows users to combine a light source, power meter, and optical talk set providing all necessary functions for effective insertion loss testing.
Upgradable Investment
The MTS modular concept reduces the number of different testers required for the job and eases instrument stock monitoring. Whether you need test equipment today for short or long haul cables, point-to-point or complex branching systems, or multimode or singlemode networks, MTS provides both an immediate solution and an upgrade path for future transport technologies.
Optimized for Field Use
Optical test equipment needs to couple high performance with maximum portability to be productive in the field. MTS has a small footprint to ease testing in areas with limited access such as crowded wiring closets or underground enclosures. A hardened outer case with protective bumpers ensures that the unit survives even the harshest conditions.
Efficient Testing of High Count Cables
MTS provides extremely rapid sweep times, straightforward and vivid presentation of the fiber trace and results, and fast storage possibilities with SRAM or other internal memory devices. These features are particularly useful for fiber plant commissioning where the requirement for two-way measurements at both wavelengths demands high productivity.
Extended Battery Life Improves Productivity
Testing high fiber count cables requires a unit that can operate for extended periods on battery. With a maximum operating time of 16 hours, MTS is at the top of its class in this category. Its internal battery compartment accommodates up to two removable, rechargeable Nickel Metal Hydride cells.
Simple User Interface Reduces Training Requirements
MTS has a familiar, intuitive user interface, requiring little to no training for experienced OTDR users, and shortening the learning curve for novices. Simple direct access keys make primary test functions available to the user at the push of a button for maximum productivity, while results are logically organized on the large color display for easy interpretation.
Buying, Selling, Trading Wavetek MTS-5100e
High Performance for the Novice and the Expert
For the novice, simply pressing the START button immediately auto configures the measurement parameters for optimal test performance. For more experienced users, advanced trace analysis functions are also accessible. After acquiring traces, a variety of standard data communications interfaces support download for analysis or direct printing, making the MTS a complete workstation.
Maximum Speed and Precision
MTS provides the user with an unprecedented level of speed, processing power, resolution, and range. Its extremely short deadzones can be used for pinpointing faults close to cable junctions or splice points. Impressive dynamic range means that even the longest fibers can be characterized with confidence.
Flexible Data Storage and Retrieval
Results can be imported and exported in Bellcore format and other standard industry formats, allowing easy integration into existing databases. Data can be stored in the standard internal memory (up to 200 traces), or on internal floppy or hard disk. Optional 1GB hard disk drive capacity is useful for commissioning and acceptance tests on high fiber count cables, while an auto-incrementing file utility simplifies storage and retrieval.
Passive color, 7.8 inches LCD 640 x 480
Active TFT color, 8.4 inches LCD 640 x 480
Languages
English, French, German, Spanish, Portuguese, Italian, Chinese, Taiwanese, Russian, Korean, Japanese, Turkish
Weight 3.5 kg (7.7 lb) including 1 module and 1 battery
Size 300 x 235 x 90 mm
11.8 x 9.25 x 3.5 in
Input/Output RS-232-C, Centronics interface, external keyboard (optional), Ethernet interface (optional)
Power supply
AC or internal removable NiMH batteries
Operation time up to 16 hours with 2 batteries
(Bellcore GR-196)
Internal charger
Charging time < 3 hours per battery
DC input 11 to 14 V
AC adapter
MTS-5100 Input 100-250 V, 50-60 Hz,
1.6 A, Output 12 V DC / 4.2 A
Results display dBm, dBr, nW, ìW, mW
Temperature range
Operating AC Power (no options)
20 °C to 50 °C (4 °F to +122 °F)
Operating with all options 0 °C to 40 °C (+32 °F to +104 °F)
Storage 20 °C to 60 °C (4 °F to +140 °F)
Humidity 95% without condensing
EMI/ESD CE compliant
Wavetek 5023MM MultiMode OTDR Module Specifications:
Central Wavelength
850nm-1300nm
Type
Multimode
Pulse Width
3ns-200ns
Distance Range
Up to 80 km
RMS Dynamic Range
25dB,23db
Event Dead Zone
1,5 m
Attenuation Dead Zone
5 m
Wavetek 5026SR SingleMode OTDR Module Specifications:
Central Wavelength
1310nm-1550nm
Type
Singlemode
Pulse Width
10ns-10us
Distance Range
Up to 260 km
RMS Dynamic Range
31dB,29dB
Event Dead Zone
4 m
Attenuation Dead Zone
25 m
If you’re selling your Wavetek MTS-5100e please fill out form on the right hand side of page.
If you’re looking to Sell JDSU T-BERD 8000 8146 SM MM OTDR w/ 8136 OFI 2
JDSU T-BERD/MTS-8000
The MTS-8000 is a field-scalable optical test platform for both installation and maintenance. Based on the rich MTS-5000 heritage, the MTS8000 is the industry’s most innovative and cost-effective test solution for metro networks. A single Transport Module provides an integrated solution for Ethernet, SONET, SDH, PDH, and T-carrier networks. Optical Modules allow thorough testing of short-haul, long-haul, FTTx, CWDM, and DWDM networks.
Highlights
Practically unlimited field modularity means that you can match any requirement for test function, size, weight, or price.
Compact design starting at 3.4 kg (7.6 lb) exceeds Telcordia requirements for durability and transport.
Multiple test functions are available directly on the base unit to improve productivity and free application module space.
Backwards compatible with existing MTS-5000 optical modules.
Key Features
Configure with numerous application modules and a variety of storage media, including USB memory stick, and read/write CD-ROM.
All application modules are field-installable so that existing MTS-5000 users can simply field install the optical plug-in by adding an extender.
A Large color transreflective display is offered as standard for improved visibility for use in direct sunlight. A touchscreen option is available.
Extended battery life with up to 2 Lithium ion cells.
JDSU 8146 SRL Multi-application optical test module
Key Features
Optimized for 10 Gigabit Ethernet (GigE) multimode testing
FTTx-ready with 1310 and 1550 nm wavelengths
CWDM/DWDM-ready with 1310, 1550 nm wavelengths
Dual-, Quad- and Penta-lambda multimode and singlemode combined
0.5/0.8 meter (m) event dead zone in multimode/singlemode for highest network precision
High dynamic range (24/24/40/38/ dB)
Bend detection in singlemode
Propagation delay measurement in multimode
In today’s telecommunications market, test solutions must be cost-effective, increase productivity, and reduce the complexity of field testing. The JDSU Short Range LAN (SRL) optical time domain reflectometer (OTDR) module offers a high-performance test functionality that has been specifically developed in response to these industry demands.
Configurable at the time of order, the SRL OTDR module offers multiple wavelength test capabilities (850, 1300, 1310, 1550nm), providing field technicians with all-in-one test instrument. The SRL OTDR module’s performance enables effective testing on short-haul (Access and LAN) in both multimode and singlemode.
OTDRs are the primary test tool for fiber optic characterization and enable several measurements, including fiber link attenuation, attenuation coefficient, reflection, splice/connector loss, and point-of-error.
A new standard in OTDR performance
The SRL OTDR module is a high-performance OTDR capable of characterizing multimode and singlemode fiber link sections that are traditionally difficult. With a 0.5/0.8 m event dead zone in multimode/singlemode, it is now possible to qualify and troubleshoot problems in never before investigated sections of the fiber link:
Pinpoint any fault in the network
Discriminate a failure or break within the patch panel or distribution frame
Reduce testing time for short-haul and multimode LAN
Obtain a superior and cleaner trace form for high link loss
Multimode/Singlemode 8146 SRL Module Specifications
OTDR Module General (typical at 25°C)
Dynamic Range 850/1300nm : 24/24dB
1310/1550nm : 40/38dB
Weight 0.6 kg (1.1 lb)
Dimensions (w x h x d) 213 x 124 x 32 mm
(8.38 x 4.88 x 1.26 in)
Optical interfaces
Applicable fiber MMF 50/125 µm, MMF 62.5/125 µm,
SMF 9/125 µm
Technical characteristics
Distance units Kilometers, feet, and miles
Group index range 1.30000 to 1.70000 in 0.00001 steps
Number of data points Up to 128,000 data points
Distance measurement Automatic or dual cursor
Display range 2.6 m to 260 km
JDSU 8136 OFI 2 SM High Power OFI Module
Versatile optical test module
Test solutions need to be cost effective, increase productivity, and reduce the number and complexity of test instruments carried in the field. JDSU’s OFI module for the MTS/T-BERD platforms was developed in response to these issues. Configurable at the time of order, this module uses intuitive test functions and simple PASS/FAIL displays to enhance productivity and reduce the burden of training. Technicians can easily process cables with high fiber counts as well as quickly generate professional proof-of-performance reports using JDSU’s report generation software.
Buying, Selling, Trading JDSU T-BERD 8000
Multitest platforms
The MTS/T-BERD platforms’ scalable design let field technicians quickly and easily plug in the multifunction loss test module and perform precise measurements in the outside plant all the way to the central office. The MTS/T-BERD platforms also include a full range of OTDR, PMD, chromatic dispersion, spectral attenuation, and DWDM test modules.
Best in class for FTTx testing and high fiber-count cables
The OFI module’s automated test functions combined with an intuitive user interface help fiber installers and technicians save time and reduce costs while operating in the field.
Automated bi-directional loss test set for continuity check, fiber loss, return loss and length
Testing at telecom wavelengths 1310, 1550, and 1625 nm
Accurate ORL measurements on a very short span such as FTTx
Housed in the MTS/T-BERD optical test mainframe, the OFI module is easily set up for referencing insertion loss and ORL measurements using an on-screen step-by-step guide. The OFI module has an integrated precise standalone power meter to enhance referencing and improve insertion loss measurement accuracy. In addition, the instrument can be operated in continuous light source mode for fiber identification or unidirectional loss measurement.
Compatible with the standalone OFI-2000
The OFI multifunction loss test module can be used at one end and a JDSU OFI-2000 Multifunction Loss Test Set at the other end to perform continuity check, bi-directional loss, return loss and length measurements. Communication between both products can then be enabled through the optical talk set or via the Short Message System.
Specifications:
General technical specifications (typical at 25° C)
Weight
0.6 kg (1.1 lbs)
Dimensions (w x h x d) 213 x 124 x 32 mm
(8.38 x 4.88 x 1.26 in)
Optical interfaces
Applicable fiber SMF 9/125 µm
Interchangeable optical connectors FC, SC, DIN, etc…
Source function (also valid for source mode)
Laser type Class 1 laser
Wavelength at 25° C
1310+/-30 nm, 1490+/-10 nm, 1550+/-30 nm, 1625+/-10 nm
Spectral bandwidth
5 nm maximum
Output level into 9/125 µm fiber (CW mode) – 3.5 dBm
Modulated output average level 3 dB less
Level stability
Short term 15 min (T = +/-0.3 K) +/- 0.02 dB
Long term 8 hours (T = +/-0.3 K) +/- 0.2 dB
Modulation frequencies Continuous wave, 270 Hz, 330 Hz,
1 kHz, 2 kHz
TWINtest and auto-l All wavelength activated one after the other
Loss test set function
Dynamic range 60 dB
Accuracy Loop back +/-0.25 dB /side-by-side +/-0.15 dB
Result resolution 0.01 dB
Optical return Loss (also valid for manual ORL)
ORL measurement display range Up to 65 dB
Accuracy +/-0.5dB
Length function
Distance Accuracy
L<3 km: +/-50 m, 3 km
Standalone power meter
Wavelength range (adjustable per 1 nm) 800-1650 nm
Selectable wavelength
850/1300/1310/1490/1510/1550/1625 nm
Auto-l detection (incl.TWINtest) 850/1310/1490/1550/1625 nm
Modulation detection 270 Hz, 330 Hz, 1 kHz, 2 kHz
Display resolution 0.01 dB
Power level
Standard
High Power
Dynamic range
+10 to –60 dBm
+26 to –55 dBm
Accuracy
(1310nm, -20dBm)
+/-0.2 dB
+/- 0.25 dB
Detector type
Ge
filtered InGaAs, 2 mm
If you’re selling your JDSU T-BERD 8000 please fill out form on the right hand side of page.
If you’re looking to Sell JDSU MTS 4000 C4000 ESAM Enterprise Service Tester
The Industry’s First Handheld Tester that Combines Advanced Fiber, Copper, xDSL, and Triple-Play Features
Remarkable growth in triple-play services has created a complex mix of topologyscenarios for delivering voice, video, and data to the customer. Triple-play servicesrequire highly scalable and resilient infrastructures to deliver a high quality ofexperience (QoE). The increasing complexity and performance requirements oftoday’s access networks puts greater than ever demands on field servicetechnicians.
The JDSU T-BERD®/MTS-4000 offers the first multi-test platform that addressesthe complete requirements of field service technicians entrusted with theinstallation and maintenance of leading-edge fiber- and copper-based digitalsubscriber line (DSL) access networks and triple-play services.
The T-BERD/MTS-4000 gives service providers the power of a single instrumentthat provides complete triple-play access network and services testing, thusdramatically improving productivity. This one tool lets technicians completeservice calls faster with fewer call-backs (repeats), because it quickly identifies thecauses of nearly every possible problem. The modular design of the tester enablesmaximum flexibility and upgradeability and seamless support for futurerequirements and new testing capabilities, which provides continuous return oninvestment (RoI).
The lightweight T-BERD/MTS-4000 features a wide 7-inch color display with atouchscreen option that lets technicians easily view an actual Internet Protocoltelevision (IPTV) stream, web browser, or complex test results, such as an opticaltime domain reflectometry (OTDR) trace or spectrum analysis waveformanalysis.
Its unprecedented connectivity capabilities give the T-BERD/MTS-4000 platformmore uses than other test equipment with features and functionalities, such asremote assistance, remote control, testing automation, and wireless connection,making it an ideal companion in the field.
Install and Qualify the Fiber/Copper Architecture
The T-BERD/MTS-4000 provides thefull range of capabilities needed to testtoday’s various leading-edge fiber (FTTx)and copper access networks plus theexpandability needed to test the nextgeneration. The variety of testing technologiesoffered by the T-BERD/MTS-4000provide all of the testing functions thattechnicians need at every stage of thenetwork life cycle in a single, compact, andrugged unit:
Turn Up the Services
Physical layer testing in the accessnetwork does not reveal all of the qualityof service (QoS) issues that impactpacket-based triple-play applications.Turning up triple-play services andassuring QoS is a multifaceted processthat requires comprehensive and exactingattentionto detail.TheT-BERD/MTS-4000provides a full collection of physical andtriple-play service testing features to ensureproper installation, provisioning, andmaintenance of reliable networks thatconsistently provide high-quality tripleplayservices.
Troubleshoot the Network
Troubleshooting the access network isthe most challenging field service taskfacing today’s telecommunications operators.Faults can come from almostanywhere including problems withtriple-play services, the copper or fiberalong the network, copper or fiber in thecustomer’s premises, home wiring, theset top box or ONT, or customer’s setup,such as a misconfigured personalcomputer (PC). In addition, the networkextends over a wide geographic area andcan be difficult to access, being close toor inside the customer premises.
Field service technicians who typicallyfocus on a single application—usuallycopper, fiber, or triple-play services—now must expand their skill set to addresstoday’s expansive range of possibleproblems.The T-BERD/MTS-4000 equipstechnicians with the ideal tool, becauseit provides all of the functionalityneeded to validate and troubleshootTriple-Play networks and services,such as:
Manage the Process
Fiber optic and copper FTTx access networks and triple-play services present a greatertesting challenge to service technicians than ever before. The T-BERD/MTS-4000platform provides all of the testing capabilities needed to meet this challenge plusinnovative connectivity and automation capabilities thatmake it possible to lower costsand reduce the possibility of errors.The T-BERD/MTS-4000 can also interface directlywith automated workforce management solutions that are capable of managing thetesting process, yielding substantial improvements in operational efficiency.
Technicians can utilize the T-BERD/MTS-4000 browser letting them connect to theInternet to verify data services, contact online assistance, and download referencetraces and settings from a database. A 10/100/GigE and WiFi connection providesInternet connectivity. WiFi and Bluetooth wireless connectivity makes it easy totransfer data, such as results files, fromthe T-BERD/MTS-4000 platformto a laptopor personal data assistant (PDA) without the need for a cable or client application.Technicians can also use the test platform for e-mail or FTP communications suchas sending measurement results. A PDF/HTML viewer is provided to view documentsand manuals.
Internet connectivity can also be used to take full control of the T-BERD/MTS-4000froma remote location,making it possible to leverage the expertise of a single seniortechnician who can provide remote assistance without traveling to the customersite. Automatic software updates allow for keeping pace with test technologychanges and new test scripts.
The T-BERD/MTS-4000 lets technicians create scripts to automate testingprocedures making their jobs simpler and thus improving productivity,completeness, and accuracy. It also promotes easy implementation and enforcementof defined best practices that can ensure best-in-class service to customers andreduce churn.
Built-in intelligence manages the instrument through the test setup, execution,results storage, and results upload processes. It simplifies complex processes, whichare often reduced to the single push of a button. The new tester provides a widerange of connectivity options,making it easy to integrate scripts with the back officeto easily document, audit, and compare results against benchmarks.
Using the T-BERD/MTS-4000 automation features guarantee adherence to providersetthresholds for service performance. JDSU customers have achieved substantialsavings in time and money through automation of service turn-up and repair.
Buying, Selling, Trading JDSU MTS 4000
One Tool for Fiber,Copper, xDSL, and Services
The T-BERD/MTS-4000 provides an integrated approach toward field testingwith test support for specific application uses. Field-swappable modules areavailable for multi-service testing, and as many as two modules can runsimultaneously.
Bringing Fiber, Copper, and Triple-Play Services TestingCloser Together
In leading-edge fiber- and copper-based DSL access networks fiber and coppercoexist. Technicians may have to test both fiber and copper throughout thenetwork. The JDSU T-BERD/MTS-4000 offers test performance unlike whattechnicians have experienced previously: fiber-only testing, copper/xDSL-onlytesting with triple-play services, and fiber/copper/xDSL testing with triple-playservices.
Complete Fiber Optics Test Solution
During FTTx network installation and maintenance, field technicians mustaccurately and completely characterize the fiber link. In addition to built-infunctionality, the T-BERD/MTS-4000 meets advanced fiber test needs.
The T-BERD/MTS-4000 has built-in, basic fiber optic test options for quick andeasy verification of fiber links:
The T-BERD/MTS-4000 also has these dedicated fiber optic modules available:
The JDSU FiberTrace and FiberCable PC analysis software transfers data and generatescomprehensive reports.The proof-of-performance report can be easily customized, forinstance to include pass/fail indicators for quick analysis of problemareas.
Complete Copper/Triple-Play Services Test Solution
Copper technologies and services in access networks evolve quickly because ofconsumer demand for high-speed Internet access, video on demand, and otherapplications. As a result, network operators must equip crews with one scalable,easy-to-use test tool that performs fast, accuratemeasurements under any condition.
The T-BERD/MTS-4000 has built-in and optional features for comprehensivecopper testing and Internet Protocol (IP) service-level testing:
The Ideal Platform for Testing Next-GenerationAccess Networks and Services
Complete All-in-One FTTx Network Test Solution
The T-BERD/MTS-4000 targets field technicians whomust performmultilayer testsstarting from the physical layer, with both copper and optical fiber qualification, toWifi, Ethernet, xDSL as well as IP triple-play tests (IP video, VoIP, and IP Data).
In one unit, the T-BERD/MTS-4000 includes all the features of the complete FiberOptics Test Solution and the complete Copper/Triple-Play Services test solution.
Both the Fiber Optics or Copper/Triple-Play Services test solutions can be upgradedlater to the all-in-one platform.
Ensuring a positive customer experience requires testing the access network and theservices before the customer uses them. The T-BERD/MTS-4000 provides a singleplatform that deliver complete testing of copper- and fiber-based access networksand services with the highest levels of performance, convenience, and upgradeabilityon the market.
JDSU C4000 ESAM Enterprise Services Application Module
Today’s Information technology (IT) networks are more complex than ever with Voice over Internet Protocol (IP), IP security cameras, presence, and remote applications being run over high-speed copper, fiber and wireless infrastructure. Complexity
that was once confined to the data center is now finding its way closer and closer to the user causing the front-line IT technician to need to resolve a far greater range of faults than ever before. With even minor network faults having the potential to render employees unproductive, keeping the network up is now a mission-critical task. The ESAM addresses these challenges of modern networks with a modern approach.
Through its intuitive workflow-based user interface the Enterprise Services Application Module (ESAM) for the JDSU T-BERD/MTS-4000 modular platform provides users with physical media tests including speed-certification of electrical Ethernet cabling, network connectivity tests, discovery, wire-speed deep-packet statistics, and wire-speed protocol capture and expert analysis using unique, in-depth JDSU J-Mentor capabilities.
Test connectivity is obtained either electrically via a 10/100/1000 RJ-45 Ethernet jack or via an SFP for optical Ethernet.
Physical Media Tests
All the features of the JDSU Validator line Ethernet speed certifier are included in the ESAM. After loading the job onto the ESAM, the technician can run auto-tests for wiremap, length, signal-to-noise ratio, skew, and bit error rate tests using standard and user-defined cable types. Passing these tests ensures that the cable can support 1000BASE-T. All of the auto tests can also be performed manually as can tone generation and ID-only mapping.
Network Connectivity Tests
Once the physical media has been tested and confirmed to support Ethernet, the technician can test for connectivity to active Ethernet devices on a single drop. If Power over Ethernet (PoE) is supplied, the pins, voltage, and current can be checked to ensure it matches the requirements of the powered device. Port discovery will confirm that the Ethernet interface is advertising the correct speed and duplex options, avoiding optional duplex-mismatch issues. The next connectivity test will attempt to obtain an IP address using Dynamic Host Configuration Protocol (DHCP) (static configuration is also possible). Duplicate IP addresses will be flagged to the user’s attention. Once an IP configuration is obtained, the ESAM can perform Ping, TraceRoute, and Domain Name System (DNS) connectivity tests to ensure connectivity to various network devices. Firewalls can also be tested by Transmission Control Protocol (TCP)/User Datagram Protocol (UDP) connectivity tests to verify that particular TCP/UDP ports are open or blocked. If Cisco Discovery Protocol (CDP) and/or Link Layer Discovery Protocol (LLDP) are used in the network, the analyzer can read these messages and report them to the user. If issues are observed during many of the connectivity tests, the technician can chose to view a capture of all frames sent and received for that specific test allowing in-depth root-cause analysis.
Network Discovery
Once the technician has confirmed basic connectivity to the network, they may have the need to discover what devices are on the network. Using active and passive discovery methods from an individual Ethernet drop, the technician can discovery a wide range of devices both within the users subnetwork and beyond. Presented with a graphical view of the discovered devices, the technician can drill into details about specific network elements. By configuring Simple Network Management Protocol (SNMP) password strings, network devices can be queried and the various details can be viewed by the technician. Any obvious problems in the network will be highlighted to the user.
Once the user drills into details about a specific element they can view details such as MAC/IP addresses. If SNMP is enabled on the network additional information such as interface utilization, packet rates, and errors can be viewed.
Network Statistics
By connecting to an Ethernet aggregating Test Access Port (TAP) or switch mirror port, the analyzer can gather statistics at full line speed. Utilization statistics can be viewed by link, VLAN, and Subnetwork. Link utilization can be viewed and broken down by unicast, broadcast, multicast, and errored frames. Protocol distribution on the link can be viewed allowing to user to identify what protocols are consuming link capacity. Top-talkers on the link will be identified to the user. Pre-defined and user defined wire-speed packet/byte counters allow the user to view statistics by specific protocols and events.
Packet Capture and Expert Analysis
Hardware-based packet capture ensures that all frames are captured – even at sustained full gigabit line rate. The 1 Gigabyte capture buffer allows for a large amount of data to be captured. Captured traffic is stored in packet capture (PCAP) format and can be analyzed with Wireshark – both on and off the tester. Pre-capture filters and triggers can be applied to ensure that the correct frames are captured at the correct time. Expert analysis via J-Mentor reduces the need to be an expert in analyzing captured data.
Applications:
Features:
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