Coherent Terabit Test & Measurement Instrumentation for Multi-band

Portfolio

High-bandwidth polarization-diverse coherent receiver up to 100 GHz in O-Band or S-C-L-Band

High-bandwidth dual-polarization transmitter up to 60 GHz in S-C-L-Band

Compact transceiver front end for simple signal generation and detection

Precise control for optical measurement systems

High-precision optical frontend up to 80 GHz for modulated signals

Versatile broadband receiver with up to 60 GHz for coherent signals

Fraunhofer HHI offers test & measurement equipment for Tbit/s coherent communication systems in the O- and S-C-L-U-Band
Ideal for generation, transmission and coherent detection of high-speed optical dual-polarization m-PAM and m-QAM signals

Multi-band capable coherent terabit communication is the key technology for ultra-high-speed data transmission. Coherent optical transmission techniques allow modulation of amplitude, phase, and polarization of the light for data transport, resulting in unprecedented data rates up to terabits per second.
Fraunhofer HHI offers, in cooperation with our partner ID-Photonics, high-performance test & measurement instrumentation with multi-band technology for research and development of the next generation optical fiber-based communication.

Transmitter: High-bandwidth dual-polarization transmitter up to 60 GHz in S-C-L-U-Band
Transceiver: Compact combined transmitter and receiver including laser source for up to 69 GBd
Receiver: High-bandwidth polarization-diverse coherent receiver up to 110 GHz in O-Band or S-C-L-U-Band
Loop Control: Control & switch unit to emulation optical long haul transmission systems from O- to U-Band