InGaAs and Extended InGaAs Photodiodes
High quantum efficiency surface illuminated InGaAs photodiodes for sensing applications
The surface-illuminated photodiodes with low noise and high quantum efficiency are key components for short wave infrared (SWIR) sensing applications. The photodiodes operate at a wavelength range from 820 nm up to 1650 nm and for extended InGaAs even up to 2500 nm.
Single Photon Avalanche Diode Module
High-performance modules for quantum communication and sensing
The single-photon avalanche diode module delivers exceptional sensitivity and temporal resolution for detecting single photons. The high performance InGaAs based SPAD offers low dark count rates and afterpulsing probabilities for quantum communication or imaging.
High-Speed Surface Illuminated Photodiode
Efficient surface illuminated photodiodes for datacom, telecom and sensing
The surface-illuminated photodiodes deliver outstanding performance at symbol rates of up to 56 Gbaud. Specifically designed for hybrid-integrated photodetectors in datacom and telecom transceivers, they operate at a wavelength range of 1060 nm – 1700nm.
145 GHz Photodetector Module
145 GHz photodetector module for > 1 Tbit/s PAM transmission
The 145 GHz photodetector module enables precise detection of optical signals up to 200 GBaud in the C- and L-band. It can be used in telecom, datacom, test & measurement systems and microwave photonics.
100 GHz Photodetector Module
High-speed signal detection for telecom and datacom
The Photodetector Module enables precise detection of optical signals up to 100 GHz. It can operate in the O-band and C+L-band with high responsivity.
100 GHz Balanced Photodetector Module
Photodetectors for next generation telecom coherent optical communication links
The 100 GHz Balanced Photodetector delivers highly accurate detection of optical signals up to 100 GHz. It features an optical 90° hybrid for detection of 128 GBaud x-QAM signals.
High-Power Photodetector Module
High-speed detection for microwave photonics applications
The High-power photodetector modules are of interest for down-converting optically generated signals in the field of microwave photonics. Up to 65 GHz 3 dB bandwidth is achieved and single and balanced configurations are available.