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Subsea Vision Computer with POE (ROV/AUV)

Subsea Vision Computer with POE (ROV/AUV)

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Regular price $1,460.00 USD
Regular price Sale price $1,460.00 USD
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Lead-time: 4-6 Weeks

Struggling with integrating new USB vision systems into your ROV or AUV? Put your worries to rest with our state-of-the-art customizable module. This innovative solution transforms your integration experience into a seamless plug-and-play process, allowing you to direct your focus towards the task at hand.

This compact module introduces a new realm of possibilities by effortlessly integrating modern USB-based equipment, such as our cutting-edge exploreHD cameras designed for marine robotics. The beauty lies in its simplicity – requiring just one freed bulkhead penetrator/connector on your main vehicle. Through this integration, you gain the ability to manage USB devices via Ethernet connectivity.

What sets this module apart is its robust onboard computing capability. This translates into a diverse range of functionalities, from intricate video stitching to precise distortion correction, and even immersive stereo vision. With the added advantage of the DWE OS, you attain unparalleled control over each individual camera. Upon plugging in all 7 cameras, the module seamlessly converts them into distinct UDP streams, enhancing your operational efficiency.

We cater to your specific needs by offering an array of connector and penetrator options. From the reliable Blue Robotics WetLink to the advanced BlueTrail Cobalt, our range encompasses top-tier choices. If your preferred penetrator type isn't explicitly listed, we encourage you to connect with us directly. Our dedicated team is here to assist in accommodating your unique requirements.

Elevate your integration experience today – embrace the future of marine robotics with our transformative module.

Technical Data

NDAA Compliant
Model: DWE-7USBPOEHUB
Penetrator Holes: M10 Threads (Compatible with WetLink or BlueTrail)
600, 1000M Variant
Total Penetrator Holes: 14
6000M Variant
Total Penetrator Holes: 8

Dimensions: 210 x 80mm (excluding connectors)

POE Specifications: 
Standard: IEEE 802.3at-2009 PoE
Input voltage: 40-57 V DC, Class 4 device
Ethernet Speeds: 100 BaseT Ethernet

Non-POE Specifications
Input Voltage: 12V DC @ 2A
Ethernet Speeds: 1000 BaseT Ethernet

Water-Resistance Specifications
Water-Resistance Depth: 600, 1000, 6000 meter options


Computing Specifications
DDR4 RAM: 8 GB
On Board Storage Options: 64 GB
CPU: 64-bit ARM SoC Quad-Core
Wireless: 2.4 GHz and 5.0 GHz IEEE 802.11b/g/n/ac wireless
Operating Temperature: 0-60 C

Connectivity: Supports up to 7x USB 2.0 Ports, Gigabit or POE 100BASE Ethernet

Other Specifications
Bootup Time: 30 Seconds
Latency: 40ms or less

Fit For
Remotely Operated Vehicles (ROVs)
Autonomous Underwater Vehicles (AUVs)
Autonomous Surface Vehicles (ASVs)
Aquaculture Systems
Aquarium Camera Array
Weather-resistant Unmanned Aerial Vehicles (UAVs)
Aerial Drones
...and more!

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    Connection Diagram

    The Subsea Vision Computer is meticulously designed for effortless integration with up to 7 exploreHD cameras.

    Leveraging the capabilities of the DWE OS, these cameras can be concurrently streamed via UDP with a latency of under 40ms per camera. DWE OS additionally provides advanced control over individual camera settings, encompassing exposure, bitrate, compression type, contrast, saturation, white balance, and more.

    Thanks to the exploreHD's onboard H.264 compression, each camera can be capped at 10Mb/s while still delivering HD streaming. This ensures that the total bandwidth for all 7 cameras remains below 100Mb/s, facilitating Power over Ethernet (POE) compatibility for the Subsea Vision Computer.

    DWE OS on Subsea Vision Computer

    • Video Streaming

      Stream up to 5 cameras in FHD or 7 cameras in SD with low latency. Perfect for pilot visualization in ROV applications.

    • Object Detection

      Run mission specific advanced object detection algorithms for autonomous applications.

    • Stereo Vision

      Create high quality 3D point clouds from 2 cameras. Perfect for mapping, 3D reconstruction, autonomous navigation, and more!

    • Video Stitching

      Connect multiple cameras for an immersive 360 video stitching experience.