| Prod ID | Lang | Name | Prod Code | Taggings | Applications | Description | |
|---|---|---|---|---|---|---|---|
| 47 | Eng | 10G Receiver Module | PR10G |
Others ( Test / Measurement / Education )
|
SONET/SDH Systems
CATV and 10G-Enet Transmitter/Receiver components testing Optical Network System Bit Error Rate Testing |
Amonics' PR10G 10Gbit/s ac-coupled photo-receiver integrates a high speed pin diode and a GaAs preamplifier to provide high performance. Featuring high transimpedance coupled with a nonquantizing limi ...
Amonics' PR10G 10Gbit/s ac-coupled photo-receiver
integrates a high speed pin diode and a GaAs pream plifier to provide high performance. Featuring hig ... |
|
| 46 | Eng | Lightwave Converter |
Lightwave Converter |
Others ( Test / Measurement / Education )
|
SONET/SDH Systems
CATV and 10G-Enet Remote RF Analog Link Laboratory Testing and Transponder Evaluation |
The Lightwave Converter is a high performance integrated lightwave transmitter for building digital and analog optical transmission system. Having combined a high power laser, broadband Lithium Niobat ...
The Lightwave Converter is a high performance inte
grated lightwave transmitter for building digital and analog optical transmission system. Having com ... |
|
| 45 | Eng | Lightwave Receiver |
Lightwave Receiver |
Others ( Test / Measurement / Education )
|
SONET/SDH Systems
CATV and 10G-Enet Transmitter/Receiver components Testing Optical Network System Bit Error Testing |
This general purpose optical receiver is designed for high speed testing of optical network systems and components. The standard receiver unit is able to detect modulation frequency up to 11.5GHz. A b ...
This general purpose optical receiver is designed
for high speed testing of optical network systems and components. The standard receiver unit is able ... |
|
| 48 | Eng | Optical Communication Platform | AOCP-100-R |
Others ( Test / Measurement / Education )
|
The new Amonics Optical Communication Platform (AOCP-100) is designed to house up to 8 optical plug-in modules including tunable laser, optical fiber amplifier, optical power meter, variable optical a ...
The new Amonics Optical Communication Platform (AO
CP-100) is designed to house up to 8 optical plug- in modules including tunable laser, optical fiber ... |
||
| 95 | Eng | Optical Communication Platform (DWDM) | AOCP-100-R |
Others ( Test / Measurement / Education )
Continuous Wave EDFA |
The new Amonics Optical Communication Platform (AOCP-100) is designed to house up to 8 optical plug-in modules including tunable laser, optical fiber amplifier, optical power meter, variable optical a ...
The new Amonics Optical Communication Platform (AO
CP-100) is designed to house up to 8 optical plug- in modules including tunable laser, optical fiber ... |
||
| 50 | Eng | Roguescope |
Others ( Test / Measurement / Education )
|
Single-shot Laser Transients
Single-shot Mode locking dynamics Single-shot Soliton molecule dynamics Optical Rogue Waves and other rare events Capturing Non-Gaussian Statistics Modulation Instability High Through-put Spectroscopy Optical Coherence Tomography Optical Vibrometry and Velocimetry Time Stretch Imaging and Cytometry Time Stretch Quantitative Phase Imaging Gas absorption spectroscopy |
Roguescope is a real-time single-shot optical spectrometer with a frame rate of up to 100 million frames per second, at least one thousand times faster than the next fastest spectrometer. The Roguesco ...
Roguescope is a real-time single-shot optical spec
trometer with a frame rate of up to 100 million fr ames per second, at least one thousand times faste ... |
||
| 49 | Eng | Waveform Analyzer | AOWA |
Others ( Test / Measurement / Education )
|
Pulse Characterization
Communication Laser Physics Research and Development |
Amonics' optical waveform analyzer (AOWA) is the implementation of the state-of-art technology, in collaboration with a leading University in Japan, to facilitate cutting edge optical pulse analysis. ...
Amonics' optical waveform analyzer (AOWA) is the i
mplementation of the state-of-art technology, in collaboration with a leading University in Japan, ... |