Shuttle Computers uses this interview to present its latest fanless edge PCs built around NVIDIA Jetson Orin and Intel embedded platforms, combining compact form factors with industrial reliability for AI at the edge. Partnering with Silicon Power for wide-temperature DRAM and SSDs, these systems pair stable storage with high TOPS performance in a very small footprint, ready for deployment in demanding field environments. https://www.shuttlecomputers.com/products/spcnv03-industrial-edge-computer
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In the video, Shuttle highlights its Jetson Orin Nano and Orin NX based edge computers that deliver up to around 40 TOPS and 100 TOPS of AI inference respectively, supported by LPDDR5 memory and industrial-grade NAND. The units are passively cooled with a large top-mounted heatsink, feature dual LAN, HDMI, multiple USB ports and flexible DC power input, making them suitable for real-time computer vision, sensor fusion and other latency-sensitive edge workloads on site.
Use cases discussed range from rolling-stock and transit applications to smart city deployments, where fanless and vibration-resistant systems are essential for reliability over long lifecycles. Industrial-temperature RAM and SSD modules from Silicon Power help keep the platform stable in harsh environments, while Shuttle’s embedded design focuses on EMC compliance, wide operating temperature envelopes and low maintenance in the field.
Recorded at Embedded World North America in Anaheim, this conversation also touches on Shuttle’s North and South American presence from its City of Industry office and the fact that these edge systems are already in mass production. The result is a compact edge AI platform that fits neatly into traffic monitoring, digital signage, video analytics and automation projects where quiet operation and local processing are more important than sheer rack-scale computing.
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