Data Processing Unit (DPU) designed for Micro and Mini Satellites
Leopard is KP Labs’ high-performance Data Processing Unit (DPU) engineered for Micro and Mini satellite platforms, offering up to 3 TOPS of onboard AI acceleration in a compact PC-104 form factor. It supports real-time data processing tasks such as image classification, anomaly detection, and compression using deep learning models from frameworks like TensorFlow and Caffe. This enables satellites to autonomously analyze and respond to data in orbit, reducing latency and dependency on ground stations.
Designed with versatility and mission resilience in mind, Leopard integrates multiple interfaces including CAN, LVDS, SPI, RS422/485, and optional SpaceWire or Ethernet, making it adaptable to a wide range of payloads and satellite buses. Its proven flight heritage—such as in the Intuition-1 mission and LeopardISS aboard the ISS—demonstrates its reliability in space-grade AI applications. Leopard empowers engineers to deploy intelligent, autonomous systems for Earth observation, remote sensing, and beyond.
Performance
Additional product specifications, outline drawings and block diagrams and test data are available on request.
Advantages
Leopard delivers high-performance onboard processing with up to 3 Tera Operations Per Second (TOPS), enabling fast and efficient handling of satellite data. Its AI-driven architecture allows deep learning algorithms to run directly in orbit, minimizing the need for data transmission to Earth and reducing operational costs.
Despite its powerful capabilities, Leopard maintains a compact, CubeSat-compatible design under 1U, making it easy to integrate with a wide range of Micro and Mini satellite platforms. This combination of speed, intelligence, and adaptability makes it ideal for engineers developing autonomous space systems.
Key Applications
Image Segmentation and Detection
Processes images on-board for real-time detection of changes in landscapes or urban areas, suitable for Earth observation.
Signal Enhancement
Enhances signal quality on-board, ensuring reliable, high-quality data transmission for communication satellites and remote sensing.
Data Compression and Encryption
Performs on-board data compression and encryption, speeding up secure data transfers and reducing bandwidth usage.
Customized configurations are available, contact us to learn more.
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