+Tektronix is expanding its short range and long haul 100G optical network testing capabilities with the introduction of a 32GHz Multi-Mode Optical Sampling Module and a 46GBaud Multi-format Optical Transmitter, giving customers enhanced capability to test silicon photonic components, network elements and systems as well as the coherent modulation formats used in next generation optical fiber networks.
Some highlights:
- The new 32 GHz 80C15 multi-mode optical sampling module for use with DSA8300 Series Sampling Oscilloscopes provides high-fidelity acquisition of 850 and 1310 multi-mode signals. With a tightly controlled frequency response, it enables repeatable automated compliance testing for all of the short reach standards from 22 to 32 GHz.
- For long haul optical research and development applications, the OM5110 modulates all common formats including BPSK, PM- QPSK, and PM-16QAM up to 46GBaud with both fully automated and manual bias control of modulator and RF amplifiers giving users complete configurability and versatility. The OM5110 offers built-in C or L band lasers along with support for external lasers. Automatic bias control allows for quick setup and easy operation of the modulator while the manual bias control capability gives users the ability to take control of all bias voltages for testing specific scenarios. Included software provides control of all operating parameters via Ethernet, including laser power and bias control. Tektronix said it is the only test and measurement vendor that can offer a complete coherent optical test system from signal generation, to modulation, acquisition, and analysis.
“With the 80C15, Tektronix is responding to market needs for a highly accurate multi-mode short reach testing solution that can be used both in the lab and production environments,” said Brian Reich, general manager Performance Oscilloscopes, Tektronix. “And to address the strong demand for more efficient long haul transmission over existing fiber, an instrument-grade optical transmitter such as the OM5110 will help researchers and designers gain a deeper understanding of coherent optical modulation methods.”