Steatite edge AI systems & accelerators offer real-time visual inference results without the need for high-bandwidth cloud connectivity.
Based on Nvidia CUDA accelerators including Jetson, GeForce, Tesla and Quadro, along with Intel Movidius VPUs.
Real-Time Inference – Running AI models on local hardware results in near-instant inference results.
Power Efficient –Specialist AI acceleration hardware and optimisation techniques helps reduce power consumption.
Frameworks – Regardless of the AI framework used, we can help to get your model running in a live environment.
Harsh Environment – Our Edge AI systems are designed to tolerate shock, vibration, hot, cold, water or dust.
Connectivity – AI Inference at the edge removes the bandwidth requirements associated with cloud-based AI.
Take a look at some of our AI systems and accelerators below, or contact one of the team to learn more.
Power efficient AI-at-the-edge inference systems, boards and modules based on Nvidia Jetson TX2, Nano & Xavier accelerators.
Power efficient AI-at-the-edge inference systems and add-on cards based on Intel Movidius accelerators.
High performance AI inference systems based on Nvidia GeForce and Quadro graphics cards and latest generation Intel CPUs.
High performance AI inference systems, based on Hailo architecture & designed to accelerate embedded AI applications at the edge.
• Wide temperature operation.
• Mini PCIe slot.
• 5 x GPIO.
• Available until at least 2025.
• Dual CAN Bus connectors.
Production-ready 87 x 70mm Jetson TX2 industrial-grade carrier board supporting -25°C to +80°C operation, CAN bus, Mini PCIe, GPIO, and MIPI CSI-2. Simplifies transition from dev-kit to a system suitable . . .
• Wide temperature operation.
• Available until at least 2025.
• Just 68 x 88mm.
• 6 x MIPI CSI lanes.
• 12VDC input.
Tiny production-ready Jetson Nano / Jetson Xavier NX industrial-grade carrier board supporting -25°C to +80°C operation, CAN bus, 4G/5G and 3 x M.2 slots. Simplifies transition from dev-kit to a . . .
• Wide temperature operation.
• Two Mini PCIe slots.
• 12V and 5V DC outputs.
• RS232/UART/I2C/GPIO.
• 12-19VDC input.
• Two CAN Bus connectors.
Production-ready 12x12cm Jetson TX2 industrial-grade carrier board supporting -20°C to +70°C operation, CAN bus, Mini PCIe expansion, MIPI CSI-2, and 12V/5V output Simplifies transition from dev-kit to a system suitable . . .
• Wide temperature operation.
• Standard & wide-temp options.
• 2 x CAN Bus connectors.
• Available until at least 2025.
Production-ready 87x50mm Jetson TX2 industrial-grade carrier board supporting up to -20°C to +70°C operation, CAN bus, RS232, and GPIO. Simplifies transition from dev-kit to a system suitable for mass production.
• Wide temperature operation.
• Available until at least 2025.
• 3 x Gigabit Ethernet.
• 2 x M.2 expansion slots.
• 120 pin MIPI CSI-II connector.
• 9 – 20VDC input.
• 2 x CAN Bus.
Compact production-ready Jetson Xavier AGX industrial-grade carrier board supporting -25°C to +80°C operation, CAN bus, and 3 x GbE. Simplifies transition from dev-kit to a system suitable for mass production.
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