Tektronix Introduces First Coherent Lightwave Signal Analyzer with 33 GHz Bandwidth

In the age of information explosion, people's demand for bandwidth on the remote network is constantly increasing, which is a challenge for service providers. It is imaginable that high-bandwidth new fiber can be deployed. How to solve this problem with low cost? At this time, capacity modulation of existing fiber optic facilities is a very desirable way. The coherent lightwave signal analyzer has an important significance in this field. It can be used properly to allow researchers to design more powerful light systems.

Tektronix recently introduced the first OM4106D coherent optical signal analyzer with a 33 GHz bandwidth that is tightly integrated with high-speed oscilloscopes. This has to show that Tektronix has a forward-looking vision and can see the tremendous potential for development in the field of remote optical transmission technology. The integration of the OM4106D coherent lightwave signal analyzer with the DPO70000D series oscilloscope enables rapid analysis and debugging of high-performance optical designs, while accelerating the design and marketing of new optical systems.

The DPO73304D oscilloscope can provide dual-channel sampling rate of 100 GS/s, four-channel sampling rate of 50 GS/s, real-time bandwidth of 33GHz, and new DataStore public interface, which greatly increase data throughput. With the OM4106D coherent lightwave signal analyzer integrated application, in conjunction with the OM4106D coherent modulation analysis of comprehensive analysis software and in-depth debugging capabilities can allow users to quickly find the design problems. The complete calibration and evaluation system for third-party receivers also allows light research laboratory environments to be easily integrated to solve problems that arise during numerous research designs and production. As the world's leading manufacturer of oscilloscopes, Tektronix has introduced the industry's fastest coherent lightwave signal analyzer and can be called a masterpiece.