ODIS , Inc.

Optoelectronic integrated circuits offer radiation-hard solutions for satellite systems with much improved SWPB (size, weight, power and bandwidth). The phased array for sensing and data transfer is o ...

Optoelectronic integrated holds the key to higher performance, reduced mass and radiation-hard space systems. A special need is increased flexibility of phased arrays for communication and detection. ...

The digital signal processing and static memory is currently dominated exclusively by CMOS technology with the 6-T cell implementing all static memory. CMOS is the only VLSI technology. However, CMOS ...

CDMA is a successful network technology for the wireless industry which relies totally on conventional integrated circuits. The same architecture is equally appealing for telecommunications and is con ...

IR imagers currently require hybrid read-out integrated circuits (ROIC’s)and additional separate AD converters (ADC) to provide transmittable data formats to digital signal processors (DSP’s). The ...

Optical switching fabrics describe arrays of interconnected optical switches that enable input signals to be directed to output ports with optimal flexibility. Such arrays avoid the use of OE conversi ...

Optical switching fabrics (optical cross-connects) require arrays of highly interconnected optical switching devices. Such fabrics require a high density of optical and electronic interconnect.  The ...

The digital signal processor is currently dominated exclusively by CMOS technology. This is largely due to the fact that it is the only low power (VLSI density) technology available. However, CMOS is ...

Sources and detectors in the range of 300-10,000 GHz pose a unique challenge to implementation as semiconductor devices. Transistor oscillators do not have the bandwidth to generate these frequencies/ ...

Phased arrays radars can expect considerable improvements with RF photonics. Current TR modules use numerous MMIC chips, ferrite circulators and phase shifters and quasi-optical true-time-delay (TTD). ...