Experience the future of AI in space with the compact and powerful EDGX-1. This innovative data processing unit is a modular combination of multiple processing technologies including cutting-edge neuromorphic processing delivering low power, high performance AI solutions. Its adaptability, low latency, and onboard learning capabilities make it a valuable asset for handling the dynamic and challenging environments of space, while its energy efficiency ensures sustainable long-term operation. The design is suitable for a wide range of different mission profiles making it a promising choice for next generation satelite platforms.
NEUROMORPHIC
Inspired by the human brain, neuromorphic computing enables the system to process information in a more energy-efficient and adaptive manner, making it perfect for the dynamic and complex environment of space.
ONBOARD LEARNING
With in-orbit retraining and continual online learning capabilities, the EDGX-1 can autonomously and continuously improve the onboard AI models and decision-making abilities during the course of a mission.
EVENT DRIVEN
Responding to critical data inputs and events in real-time, ensuring that the payload can make rapid decisions and adapt quickly to changing circumstances as needed.
MODULAR
The heterogeneous PCB stack provides flexibility and scalability for various space missions. The modularity enables efficient algorithm/hardware combinations for different mission profiles and usecases.
LOW LATENCY
Swift data processing and transmission for instant decision-making and efficient communication, critical for timely responses and mission success.
ENERGY EFFICIENT
The EDGX-1's power-efficient hardware and multiple power dissipation profiles allows it to operate within strict power constraints while maintaining high-performance computing, extending mission duration and conserving energy.
Enabling cognitive radio functions, including precise channel estimation, interference detection, adaptive beamforming and efficient radio resource management. Significantly boosting datalink throughput and fortifying the efficiency and security of advanced 5G/6G satcom.
Empowering immediate object detection and recognition technology for swift responses to natural disasters like wildfires, floods, and earthquakes. Streamlining data transmission to cut costs and delivering real-time, intelligent insights to customers for direct exploitation.
Accelerating rapid data processing capabilities for real-time object manipulation unlocking a multitude of in-orbit servicing use cases entailing spacecraft docking, space debris mitigation strategies, in-orbit manufacturing techniques, comprehensive satellite repair and maintenance missions.
