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Accelerating Edge AI Innovation with NVIDIA Jetson Thor

e-con Systems, a specialist in embedded vision solutions, has announced full support for NVIDIA Jetson Thor, delivering advanced AI-powered vision and compute platforms for real-time edge AI applications.

Creds: e-con Systems
Creds: e-con Systems

NVIDIA Jetson Thor for Next-Generation AI Performance

The NVIDIA Jetson Thor modules deliver up to 2070 FP4 TFLOPS of AI compute, making them ideal for robotics, autonomous systems, medical imaging, and industrial AI. With Jetson Thor, e-con’s vision portfolio accelerates multi-sensor fusion, ultra-low latency imaging, and resolutions up to 20 MP.

e-con Systems’ Camera Portfolio for Jetson Thor

e-con Systems has launched a wide range of camera solutions compatible with NVIDIA Jetson Thor, including:

  • See3CAM USB Cameras – rapid development and evaluation.
  • RouteCAM Ethernet Cameras – ONVIF compliant with high stability.
  • 10G Holoscan Camera Solutions – ultra-low latency with resolutions up to 20 MP.

The Camera over Ethernet (CoE) technology enables direct GPU memory transfer, virtually eliminating CPU usage for real-time operations.

Robust ECU for Real-Time AI at the Edge

Alongside its camera offerings, e-con has introduced a compact ECU platform powered by NVIDIA Jetson Thor. This robust compute unit ensures reliable real-time reasoning, making it an ideal solution for:

  • Autonomous mobile robots (AMRs)
  • Humanoids
  • AI-enabled industrial machines

Sensor Support and AI-Ready Capabilities

e-con Systems supports leading sensors, including Sony IMX715, Sony IMX568, onsemi AR0234, and Sony IMX900. These are integrated into Holoscan-ready Jetson Thor solutions to accelerate robotics, medical, and industrial vision applications.

Future Roadmap for Stereo and Depth-Sensing

e-con Systems has also outlined plans to extend NVIDIA Jetson Thor support for stereo cameras using its 10G Holoscan Sensor Bridge, unlocking applications in:

  • Depth sensing
  • Obstacle detection
  • Advanced AI perception use cases

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