Our Products

Developing and fabricating reminiscences that mitigate the vulnerability of electronic elements to radiation-induced harm

Developing signal integrity with fully differential, end-to-end paths that provide low noise generation & low pulse width distortion for point-to-point connections

Developing component to resist damage from high radiation levels, converting LVDS data streams into lower-speed parallel data

Creating and producing memories with enhanced designs to minimize the susceptibility of electronic components to radiation-induced damage

Withstand high radiation levels, converting lower-speed parallel data into high-speed LVDS streams for reliable data transmission in challenging conditions

Radiation-resistant device utilizing Low Voltage Differential Signaling for high-speed data transmission, featuring both a transmitter and a receiver

Robust memory technology ensures data persistence even in challenging radiation environments, enhancing reliability for space-bound systems

Semiconductor laser featuring adjustable emission wavelengths facilitated by intersubband transitions within a superlattice architecture

Detector for specific infrared wavelengths that operates without an external bias voltage, ensuring favorable noise behavior and simplified circuits

Unifies radiation-hardened mixed-signal capabilities, interfaces with strain gauge sensors, and integrates intrinsic instrumentation

Radiation-hardened, multichannel device for CMOS/CCD image sensors, built-in protection, clamping, offset compensation, programmable gain

Silicon chip, seamlessly converts analog to digital signals, reducing costs and size by integrating an (ADC) and replacing discrete components on a PCB

Attuned to mid-infrared wavelengths, heightened sensitivity, resilience against atmospheric interference, superior thermal contrast

Transmit and receive data over a single channel and has input/output (I/O) pins that can be programmed for difference functions

Circuits emulating the behaviors of neurons, incorporation of superconducting spiking neurons, and memristors for synaptic emulation