I wanted to share some insights into a new 8MP 10G Holoscan camera solution we’ve been testing — the e-CAM85_CUHSB — designed to work seamlessly with NVIDIA Jetson AGX Thor and Jetson AGX Orin™ platforms.
This setup combines e-con Systems’ 8MP Sony® STARVIS IMX715 sensor with a Holoscan Sensor Bridge (HSB)board that integrates an FPGA-based TintE™ ISP. The architecture offloads heavy image signal processing tasks from the Jetson’s CPU/GPU, helping achieve ultra-low latency while freeing resources for AI inference and model execution.
The 10G Ethernet interface also enables multi-camera deployments over long distances with consistent real-time performance. It’s compatible with the NVIDIA Holoscan SDK, making it interesting for applications that demand edge AI acceleration and bandwidth efficiency.
Typical Use Cases:
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Humanoid Robots
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Autonomous Mobile Robots (AMRs)
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Industrial Automation
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Medical Imaging & Mobility Solutions
I’m curious — has anyone here integrated 10G Ethernet-based cameras with Holoscan SDK? How did you handle synchronization and bandwidth optimization in multi-camera setups?