The Anritsu BERTWave MP2110A redefines the landscape of optical module evaluation. This innovative instrument combines a high-performance Bit Error Rate Tester (BERT) with a powerful sampling oscilloscope, offering a comprehensive solution for characterizing these critical components within optical communication systems.

Eliminating Redundancy, Boosting Efficiency:

Traditionally, evaluating optical modules necessitated two separate instruments: a BERT and a sampling oscilloscope. The MP2110A eliminates this need by integrating both functionalities within a single, all-in-one unit. This streamlined approach delivers several significant benefits:

Reduced Capital Costs: By combining two instruments into one, the MP2110A significantly lowers the initial investment required for setting up an optical module testing environment. This translates to substantial cost savings for manufacturers and testing facilities.
Enhanced Production Efficiency: The all-in-one design streamlines the testing process. Technicians no longer need to switch between instruments or manage complex setups. This leads to faster testing times and ultimately, increased production efficiency.
Unparalleled Performance and Capabilities:

Beyond its space-saving design, the MP2110A boasts exceptional performance capabilities:

Simultaneous Multi-Channel Testing: The BERT facilitates simultaneous bit error rate (BER) measurements for up to four channels on the receiving end (RX) of an optical module. This allows for efficient parallel testing, significantly reducing overall evaluation time.
High-Speed Eye Pattern Analysis: The integrated sampling oscilloscope features a blazing-fast sampling rate of up to 250 ksamples/s, which is six times faster than previous generation instruments. This translates to quicker and more accurate Eye Mask testing and Eye pattern analysis, providing valuable insights into the signal quality of the optical module.
Advanced Signal Analysis: The MP2110A supports a wide range of advanced signal analysis techniques, including NRZ-signal Mask Margin measurement, Jitter analysis, PAM4 signal analysis, and TDECQ measurement up to 53 Gbaud. This comprehensive suite of tools empowers engineers to thoroughly characterize the performance of various optical modules.
Improved Measurement Speed: The combination of high-performance BERT and sampling oscilloscope allows the MP2110A to achieve up to 65% faster measurement times compared to traditional setups. This significant reduction in testing time translates to increased production throughput.
Flexibility and Ease of Use:

The MP2110A is not only powerful but also versatile and user-friendly:

Wide Range of Bit Rates and Bandwidths: The BERT unit caters to a broad spectrum of bit rates, ranging from 24.3 Gbit/s to 28.2 Gbit/s in the standard configuration. Additionally, with optional upgrades, it can support bit rates as low as 9.5 Gbit/s. The built-in sampling oscilloscope offers exceptional bandwidths, including 40 GHz (electrical I/F), 35 GHz (SMF, optical I/F), and 25 GHz (MMF, optical I/F). This extensive coverage ensures compatibility with a wide range of optical modules.
Simplified User Interface: The MP2110A prioritizes user experience with a straightforward and intuitive user interface. This simplifies the testing process and reduces the learning curve for new operators.
Backward Compatibility: For those transitioning from existing Anritsu instruments, the MP2110A ensures a smooth upgrade path. It maintains backward compatibility with remote commands used by the MP2100B, minimizing disruption to established workflows.
Stable Operation: The built-in PC within the MP2110A guarantees consistent and reliable performance irrespective of the operating environment. This eliminates concerns about external factors impacting measurement accuracy.
Conclusion:

The Anritsu BERTWave MP2110A represents a paradigm shift in optical module testing. By integrating a high-performance BERT and sampling oscilloscope into a single unit, it delivers significant cost savings, improved production efficiency, and exceptional testing capabilities. With its advanced functionalities, user-friendly design, and stable operation, the MP2110A empowers engineers and manufacturers to ensure the quality and performance of next-generation optical modules