Viavi JDSU MTS 8000e V2 with OSA-500RS 2281/91.57 Optical DWDM Analyzer OSA PC

Please refer to the images for the cosmetic condition and the description below for what is included. This unit has been tested and is working.A calibration was performed in March 2025 and passed with an advisory - please refer to the images for more information.

Included in the sale:

• JDSU T-BERD 8000e Mainframe
• OSA-500RS 2281/91.57 Optical DWDM Analyzer
• Stylus
• Power adapter

Industry-leading solutions for CWDM/DWDM- and ROADM testing-based systems up to 100GBps

VIAVI offers a full range of OSAs tailored for spectral measurements in CWDM systems in the access network as well as DWDM systems in high-speed backbone networks with datarates up to 40Gbps or 100Gbps. The range features an OSA for ROADM testing-based systems, providing true OSNR measurements based on VIAVI’s unique in-band OSNR method.

Highlights

• OSA-500R/500RS with in-band OSNR method to measure the true in-band OSNR in ROADM-based systems
• InBand OSNR measurement time is significantly reduced using a fast polarization controller
• Internal online wavelength calibration guarantees highest wavelength accuracy and requires no recalibration, thus significantly reducing service costs
• High filter selectivity and lab optical performance over the full band, from 1250 to 1650nm, in a field-modular design

Applications

• Measurement of the true in-band OSNR in Agile Optical networks including ROADM testing and dispersion compensating modules
• DWDM and CWDM system testing during installation, maintenance, and network upgrade
• Automated DWDM passive and active component testing
• System verification testing according to the customer's preset limits
• Verification of ROADM configurations in Agile Optical Networks
• Full-band optical spectrum analyzer for the ONT platform, MTS-8000 / T-BERD 8000, MTS-6000 / T-BERD 6000

Key Features

• New Optical Polarization Splitting method (OPS-method, VIAVI pat pending) for measuring the true in-band OSNR in ROADM based networks
• Future-proof design with a wide tuning range of 1250 to 1650 nm that is suitable for all optical DWDM and CWDM (Metro) networks up to 100GBps
• Channel drop option for troubleshooting and fault location. lsolation of a single channel out of the entire spectrum for further in-depth signal analysis with BERT or a Q-factor meter
• Software option for PMD testing based on the fixed analyzer PMD test method
• Built-in optical component test applications for laser diodes, LEDs, and optical amplifiers