As an NVIDIA Elite Partner, e-con Systems brings unmatched expertise in high-performance edge AI vision. Our portfolio of cameras is optimized for the NVIDIA Jetson Thor platform, empowering faster product development – from prototype to deployment. What does this mean for developers?
You can effortlessly harness NVIDIA Jetson Thor’s full power with smooth integration and future scalability!
In this blog, you’ll learn about NVIDIA Thor’s impact on embedded vision and explore our cutting-edge camera solutions that help you truly tap into the power of this platform.
About NVIDIA Thor
NVIDIA Jetson Thor sets a new standard for embedded AI compute, delivering a jaw-dropping 2070 FP4 TFLOPS of performance through its advanced Blackwell GPU architecture. Paired with a massive 128 GB of high-bandwidth LPDDR5X memory, Thor runs between 40 and 130 W, enabling developers to tune power for efficiency or bursts of heavy AI inference.
Compared to prior-generation modules, Thor provides over 7.5× more AI compute while using 3.5× less energy. It unlocks high-speed multi-sensor perception, massive neural networks, and real-time decision-making in edge deployments previously only possible in server racks.
Its multi-instance GPU (MIG), high-throughput sensor I/O, and robust accelerators like programmable vision engines deliver hardware-software synergy ideal for building physical AI applications of the future.
NVIDIA Jetson Thor-Powered Cameras Offered by e-con Systems
USB cameras
Ideal for rapid evaluation and validation, our USB camera range allows developers to plug in, test image quality, and prototype AI workflows with zero friction. These cameras support fast iteration cycles during early-stage development.
RouteCAM Ethernet cameras (ONVIF-compliant)
Manufactured with industrial-grade robustness, RouteCAMs deliver IP-based streaming with ONVIF compatibility. It is perfect for scalable systems like factory automation, surveillance, and more.
10G Holoscan Camera Solutions
Our cutting-edge 10G Holoscan lineup is built around an ultra-low-latency, high-throughput imaging system using the proprietary HSB board integrated with an FPGA-based TintE ISP. These cameras support sensor fusion across multiple sensors, delivering up to 20 megapixel resolution and frame sync capabilities.
e-con Systems supports a wide range of sensors—including Sony IMX715, Sony IMX568, onsemi AR0234, Sony IMX900, AR2020 and Sony ISX031—across its Holoscan-ready solutions.
What’s more, developers can choose between three imaging pipelines: Userspace ISP, NVIDIA Argus ISP, or e-con Systems’ own TintE ISP. This ensures you can easily adapt based on latency, image quality, or compute trade-offs.
e-con Systems’ Robust ECU Platform with NVIDIA Jetson Thor
Our robust ECU platforms integrate the full power of Jetson Thor into compact, production-grade hardware designed for AI-enabled robotics and humanoids operating in demanding environments. They feature accurate multi-camera ingest, deterministic I/O, and powerful thermal design, which means these ECUs support a broad sensor lineup.
Our ECU platforms provide developers with a complete, hardened compute chassis for rapid deployment in mobile robots, inspection systems, or automated machines.
Use Cases of e-con Systems’ Thor-Powered Cameras
Humanoids
Humanoid robots demand massive sensor bandwidth, ultra-low latency, and synchronized multi-camera vision to replicate human-like perception and interaction. With 2,070 FP4 TFLOPS of AI compute, 128 GB of high-speed memory, and 4× 25 GbE (QSFP28) ports, Thor delivers the processing power and bandwidth needed for real-time sensor fusion and autonomous decision-making.
What’s more, Thor’s QSFP28 interface is backward compatible with 10 GbE, making it perfectly compatible with e-con Systems’ Holoscan vision solutions. This enables high-bandwidth Camera-over-Ethernet (CoE) data to stream directly into Thor’s GPU memory—bypassing CPU overhead and supporting ultra-low latency, multi-camera, multi-sensor fusion, ideal for humanoid systems
This combination unlocks:
- Multi-sensor fusion with up to 20 MP resolution
- High-throughput streaming for stereo/depth perception and full-body motion tracking.
- Scalability — multiple Holoscan cameras can be connected simultaneously without performance bottlenecks.
Industrial devices
Our NVIDIA Thor-integrated camera ecosystem brings high-resolution, multi-stream imaging to industrial environments, enabling faster detection of manufacturing anomalies and real-time monitoring of complex processes. These cameras deliver crisp visual inputs that support accurate AI-driven decisions across production lines, robotic handling systems, etc.
For example, the combined power of Jetson Thor’s AI compute and e-con Systems’ cameras enables plant operations to run smarter. With minimal latency and robust imaging fidelity, manufacturers can respond instantly to shifts in equipment performance, reduce downtime, and enhance operational safety.
Mobility
In automotive contexts, imaging intelligence is critical for navigation, safety, and driver interaction. e-con Systems’ cameras, paired with NVIDIA Jetson Thor’s high-performance edge AI, can support cabin monitoring and driver awareness detection: all without depending on remote cloud servers.
They equip mobility providers to deliver responsive, in-vehicle AI that adapts to driving conditions and occupant behavior in real time. Hence, the system can deliver smooth, latency-free performance, from enabling gesture-based controls or monitoring alertness, aligned with automotive-grade demands.
Medical devices
Accuracy, clarity, and speed are non-negotiable in medical imaging contexts. e-con Systems’ NVIDIA Thor camera modules offer high-resolution capture and flexible imaging pipelines. That way, clinicians get access to real-time visuals, whether during surgical procedures or imaging-guided diagnostics.
Thanks to the immersive edge inference on NVIDIA Jetson Thor, these systems can deliver accurate visualization without delay, helping medical professionals make critical decisions faster. The result: elevated patient outcomes, improved workflow efficiency, and support for AI-powered diagnostics right at the point of care.
Robotics (AMRs)
Autonomous Mobile Robots (AMRs) require seamless perception to navigate dynamic environments (indoor and outdoor). e-con Systems’ NVIDIA Thor-powered cameras feed synchronized, multi-angle imaging data into Thor’s inference engine. So, robots can detect obstacles, interpret scenes, and chart optimal paths in real time.
This is important for warehouse operations in which delivery robots navigate complex layouts or collaborative robots work alongside humans. The low-latency camera compute pipeline elevates robot autonomy by delivering instant, reliable perception that keeps systems agile and safe.
e-con Systems: An NVIDIA Elite Partner
Since 2003, e-con Systems has been designing, developing, and manufacturing OEM cameras. As an NVIDIA Elite partner, we support the entire NVIDIA Jetson family by providing high-performance cameras, built for:
- Seamless integration
- Exceptional image quality
- Scalability from prototyping to production
We also offer finely tuned ISP capabilities, support for up to eight synchronized cameras, and exceptional performance in ultra-low-light environments.
Visit our Camera Selector Page to see our complete portfolio.
Looking for an NVIDIA Jetson Thor-powered camera to give futuristic vision to your application? Please write to camerasolutions@e-consystems.com.
Prabu is the Chief Technology Officer and Head of Camera Products at e-con Systems, and comes with a rich experience of more than 15 years in the embedded vision space. He brings to the table a deep knowledge in USB cameras, embedded vision cameras, vision algorithms and FPGAs. He has built 50+ camera solutions spanning various domains such as medical, industrial, agriculture, retail, biometrics, and more. He also comes with expertise in device driver development and BSP development. Currently, Prabu’s focus is to build smart camera solutions that power new age AI based applications.