blog SOBRE Keysight Launches 65 Ghz Dual Optical Module for Advanced Signal Analysis

A new generation of optical measurement technology promises to transform research and testing in high-speed communications, offering unprecedented precision in capturing transient optical signals.

The N1030A/B dual optical channel modules from Keysight Technologies represent a significant advancement in optical signal analysis. With an impressive 65 GHz optical bandwidth, these compact unamplified modules can detect and analyze the most complex transient optical signals with remarkable accuracy.

Versatile Configuration Options

For researchers requiring even greater flexibility, the N1030A model includes an optional electrical channel with configurable bandwidth settings ranging from 33 GHz to 95 GHz. This comprehensive optical-to-electrical analysis capability makes the modules particularly valuable for developing next-generation high-speed optical communication devices and optimizing complex optical systems.

Modular Design Enhances Efficiency

Keysight's expertise in system integration shines through in the N1030A/B's modular architecture. A single chassis can support up to eight channels, with synchronous data acquisition across all channels significantly improving testing efficiency. This multi-channel synchronization allows researchers to monitor multiple signals simultaneously, providing a complete picture of system performance while eliminating potential errors and time losses associated with sequential testing.

The modules feature advanced pulse response correction across all channels, including both optical and electrical paths. This capability ensures measurement accuracy and reliability, giving researchers confidence in their data when making critical decisions.

Advanced Data Processing Capabilities

When paired with the 86100D mainframe, the N1030A/B achieves a sampling rate of 40 kSa/s. Performance escalates dramatically to 250 kSa/s when used with the N1000A mainframe. Such robust sampling capabilities enable precise capture and detailed analysis of even the most fleeting optical events, providing researchers with a solid data foundation for understanding signal characteristics and refining system designs.

From analyzing minute signal jitter to investigating transient effects, the N1030A/B modules deliver exceptional performance across a wide range of measurement scenarios. Their introduction marks a new standard in optical signal analysis, combining ultra-wide optical bandwidth, flexible configuration options, powerful synchronous acquisition, and precise pulse response correction into a comprehensive testing solution.

This technological advancement is expected to accelerate innovation in optical communications and photonics, providing researchers with tools to push the boundaries of what's possible in high-speed signal analysis.