Systems
Designed for CubeSats
Cutting-edge space systems demand sophisticated computing power, storage capacity, and connectivity that can endure the intense radiation levels and extreme temperatures encountered in outer space. Liscotech Systems have been designed with efficiency and reliability in mind while remaining flexible for customer needs.
Space Application
Radiation Environment
Research
Security
LWIR200
Thermal Imaging Camera
The LWIR200 provides complete thermal resolution of 640x480 pixels. Equipped with Liscotech independently developed Image Detail Enhancement (IDE) and Automatic Gain Correction (AGC) technology, it can significantly improve details and contrast automatically. The compact size suits unmanned vehicles or handheld imagers.
The LWIR200 has undergone various environmental tests, including radiation and thermal cycle tests. It can withstand harsh environments unlike regular Longwave-Infrared cameras. With its exceptional durability, the LWIR200 is the ideal choice for challenging missions and can even be used on CubeSats or Microsatellites.
RSI2000
CubeSat Remote Sensing Instrument
The RSl2000 is a CubeSat remote sensing instrument (RSI) system that consists of an FPGA processing board, a sensor board, and optical components. This CubeSat RSI system can be used for various applications, including Earth observation (EO) and CubeSat self-monitoring. The system's camera can perform automatic exposure, automatic white balance, and other real-time image processing features.
RSI3000
Computing on Sensor - FPGA-base VIS RSI
The RSI3000, a rugged CubeSat Remote Sensing Instrument (RSI) module, featuring a high-resolution AMS CMV12000 sensor and an AMD UltraScale EV+ FPGA. It provides exceptional HD image quality & AI capability for Low Earth Orbit Observation missions. RSI3000’s cost-effective & Multi-band Color Filter design provides flexibility on custom visible spectrum of Color Filters. RSI3000 also has verified rigorous testing in extreme space environments, including radiation exposure, vacuum thermal cycling, and vibration for daily space operations.
SWIR1000
Computing on Sensor - FPGA-base SWIR RSI
The SWIR1000, a rugged CubeSat Remote Sensing Instrument (RSI) module, featuring a high-resolution Sony IMX990 sensor and an AMD UltraScale EV+ FPGA. It provides exceptional HD image quality & AI capability for Low Earth Orbit Observation missions. SWIR1000’s cost-effective Multi-band Color Filter architecture provides flexibility on custom wavelengths of Shortwave IR spectrum. SWIR1000 also has verified rigorous testing in extreme space environments, including radiation exposure, vacuum thermal cycling, and vibration for daily space operations.
GPGPU100
Nvidia GPGPU on Space Edge AI
The GPGPU100 is a robust CubeSat computing module built with the Nvidia Jetson Orin Nano delivering up to 40 TOPs of computing power. It features a custom-designed carrier board by Liscotech, equipped with eFuse, protection circuits, and a rich array of I/O options, including serial ports, Ethernet, CAN, SPI, and GPIO. GPGPU100 has undergone rigorous testing in extreme space environments, including radiation exposure, vacuum thermal cycling, and vibration. These tests have proven its capability to effectively perform Edge AI tasks in Space Orbital's daily operations.