NVIDIA Jetson Thor–Optimized Cameras & Compute Platforms from e-con Systems

Robotics & Edge Computing Jetson Systems Jetson Thor
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As an NVIDIA Elite Partner, e-con Systems has been working on high-performance cameras and compute solutions tailored for the new Jetson Thor platform. I wanted to share an overview for those exploring multi-camera and AI-heavy workloads.

Camera Solutions Optimized for Jetson Thor

  • USB cameras
    Plug-and-play evaluation for image quality testing and rapid prototyping. Useful for fast iteration during early-stage development.

  • RouteCAM Ethernet cameras (ONVIF compliant)
    Industrial-grade robustness + IP-based streaming. Good fit for factory automation, surveillance, and scalable ITS deployments.

    • 10G Holoscan Camera Solutions
      Built on our HSB board with FPGA-based TintE ISP for ultra-low latency, high-throughput imaging.

      • Supports sensor fusion (up to 20 MP)

      • Frame sync across multiple sensors

      • Compatible with Sony IMX715, IMX568, IMX900, onsemi AR0234, AR2020, Sony ISX031, and more

  • ISP Flexibility
    Developers can choose between Userspace ISP, NVIDIA Argus ISP, or TintE ISP depending on latency, image quality, or compute trade-offs.

ECU Platforms with Jetson Thor

Compact, production-grade compute units integrating Thor for demanding environments:

  • Multi-camera ingest with deterministic I/O

  • Rugged thermal design

  • Suitable for robotics, humanoids, industrial automation, mobility systems, and medical devices

👉 For those already experimenting with Jetson Thor:

  • How are you handling multi-camera synchronization and bandwidth?

  • Are you relying more on Argus ISP or exploring custom FPGA/ISP pipelines?

More details here: **e-con Systems – High-Performance Cameras & Compute for NVIDIA Jetson Thor.
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