The Coherent WaveAnalyzer series represents a new generation of OSA Optical Spectrum Analyzers designed for high-resolution, real-time spectral analysis in advanced OSA Optical Communication systems. Built on coherent detection architecture, WaveAnalyzer provides exceptional performance in resolving narrow frequency structures critical to modern high-speed optical networks.

Precision Without Moving Parts

Unlike traditional grating-based OSAs, WaveAnalyzer uses a tunable local oscillator laser and coherent heterodyne detection to deliver frequency resolutions down to 150 MHz. With no mechanical scanning components, it ensures long-term stability, fast updates, and highly repeatable results.

Built for High-Speed Optical Communication

WaveAnalyzer supports advanced modulation formats like NRZ, PAM4, QPSK and 16QAM used in OSA High-Speed Optical Communication systems. It offers real-time analysis of DWDM channels with 50 GHz or tighter spacing, and delivers accurate measurements of OSNR, channel power, and sideband structures.

Optimized for OSA Silicon Photonics

WaveAnalyzer is a trusted tool for characterizing OSA Silicon Photonics components such as integrated lasers, modulators, and waveguides. Its polarization-resolved analysis, sub-GHz resolution, and programmable analysis bandwidth make it ideal for testing PICs and integrated photonic systems used in data centers and AI interconnects.

Ready for the Age of OSA AI

With RESTful APIs and web interface control, WaveAnalyzer integrates easily into AI-enabled optical test platforms. It enables automated peak detection, DWDM monitoring, and spectral anomaly detection, forming a powerful foundation for OSA AI-based diagnostics and predictive maintenance.

Conclusion

Whether you're building tomorrow’s data center interconnects, validating silicon photonics modules, or advancing AI-driven network optimization, Coherent WaveAnalyzer is the OSA Optical Spectrum Analyzer engineered for your most demanding applications.