All-in-One BERTWave Tester for 100-Gbit/s Multi-Channel Optical Modules

Anritsu Corporation has launched the new BERTWave MP2110A series which is optimized for the manufacturing inspection of 100-Gbit/s multi-channel optical modules. The newly added BERTWave MP2110A is an all-in-one instrument for simultaneous BER (Bit Error Rate) measurements and Eye Pattern Analysis required for the evaluation of optical modules and devices used in optical communications systems, including 100 GbE, InfiniBand EDR and 32G Fibre Channel.

The new all-in-one BERTWave MP2110A is designed to cut instrument capital costs with high-speed sampling shortens measurement times, and the high-sensitivity Error Detector performance which improves yields to help slash optical modules and devices production costs.

Unlike previous measurement environments requiring two separate instruments for measuring the BER and analyzing Eye Patterns, the MP2110A supports simultaneous measurements, saving equipment installation space. In addition, to shorten take times on optical modules and devices production lines, the MP2110A maximum sampling speed has been increased to 250 ksamples/s, slashing Eye Pattern Analysis times for Eye Mask tests by 75% compared to earlier instruments. The MP2110A also supports options for expanding the built-in Bit Error Rate Tester (BERT) to 4ch at up to 28.2 Gbit/s, and the built-in sampling oscilloscope to 2ch. As a result, the MP2110A can perform simultaneous TRx BER measurements of multi-channel optical modules, such as QSFP28, and simultaneous 2ch Eye pattern analyses, dramatically reducing measurement times by up to 65% compared to previous measurement systems.

With a minimum sensitivity of -15 dBm (typ. SMF), the sampling oscilloscope optical interface supports accurate Eye Pattern Analysis of signals that have been attenuated by switches, etc. The excellent PPG Jitter performance of only 600 fs rms (typ.) and ED sensitivity of 25 mV (typ.) also support measurement with better performance than the device under test (DUT).