Description

Jan 2025: Please note that the mounting system design has been updated to omit the polymer shell – The bracket now integrates directly into the housing for superior frame alignment relative to the mounting surface.

Standard Cable Length: 1 meter (for longer cable length, contact sales@dwe.ai for a quote)

This patent-pending, UVC-compliant camera is the first to feature HD USB output while achieving a waterproof rating of IP69K. Equipped with a modern Sony sensor and a proprietary 4-layer PCB, you will be able to see in low light conditions like never before.

Thanks to careful tuning and AI image processing, exploreHDs have exceptional color fidelity, producing pleasing, natural images. With integrated H.264 compression technology and our open-source camera driver, you can stream up to 7 cameras simultaneously without major quality loss or latency. You can even stream an unlimited number of cameras together, provided that the bitrate is appropriately reduced.

Furthermore, due to its UVC compliant nature, the exploreHD is the first plug and play machine vision capable subsea camera. This makes the exploreHD the perfect choice for anyone looking to make a truly modern multi-cam underwater setup.

Technical Data

Drawings

Contents

CORE FEATURES

Underwater Imaging Redefined

The exploreHD pairs advanced image processing with exceptional durability in an ultra-compact design. Consuming just 1.2W, it delivers high-resolution imaging without compromising efficiency or budgets — making it the ideal choice for any underwater operation.

DWE OS multi-streaming system diagram illustrating synchronized real-time underwater video feeds from multiple exploreHD subsea cameras. Optimized for ROVs, AUVs, ASVs, and marine robotics, this system enhances situational awareness, AI-driven imaging, and deep-sea exploration with low-latency streaming and intelligent processing.

Multistream Capabilities

The exploreHD's built-in H.264 compression enables seamless multi-camera streaming — supporting up to 7 cameras on a single-board computer like Raspberry Pi or Nvidia Jetson. With low-latency HD video and open-source software, it's designed for effortless integration into underwater systems.

DWE OS camera streaming configuration interface within the DWE OS software, allowing users to set up and manage real-time underwater video streaming. Optimized for ROVs, AUVs, ASVs, and marine robotics, this UI enables seamless multi-camera synchronization, low-latency feeds, and AI-enhanced imaging for deep-sea exploration and industrial inspections.

DWE OS Plug and Play

Transform the exploreHD into a fully customizable IP camera with our plug-and-play software, DWE OS. Effortlessly adjust bitrate, compression, exposure, and more through an intuitive interface. With support for unlimited UDP camera streams and automatic port selection, DWE OS simplifies integration with no complex setup required.

DWE exploreHD underwater camera with a compact, corrosion-resistant aluminum housing, designed for deep-sea exploration, subsea inspections, and autonomous marine robotics. Featuring high-resolution imaging and a rugged build, this camera is engineered to withstand extreme underwater conditions while delivering sharp, reliable visuals

High Depth Rating

The exploreHD features a rugged, anodized 6061-T6 aluminum housing, ensuring reliability down to 400m. Built for harsh environments, it's ideal for ROVs, AUVs, ASVs, and other subsea applications operating within the Photic zone.

The DWE exploreHD HD underwater camera, mounted on an ASV, used for marine research and environmental monitoring applications. This water camera system enables efficient data collection from an underwater camera drone platform.

Micro Dimensions, Enormous Possibilities

With its ultra-compact form factor, the exploreHD is built to fit where other cameras can't. Its lightweight build and low power draw minimize payload impact, freeing up space for additional sensors and mission-critical equipment.

Beyond underwater environments, its durable, corrosion-resistant housing also makes the exploreHD ideal for industrial aerial drones exposed to chemicals and harsh conditions.

DWE exploreHD underwater camera securely mounted on an ROV, designed for high-resolution marine inspections, subsea exploration, and industrial asset monitoring. The camera’s corrosion-resistant housing and advanced optics ensure durability and clarity in harsh underwater environments.

Scratch Resistant Glass

The exploreHD's front lens element is crafted from durable quartz with a Mohs hardness of 7, providing exceptional scratch resistance against underwater debris and abrasive materials. Engineered to endure extreme environments, it withstands pressure exceeding 1,700 PSI, ensuring long-term optical clarity.

Close-up of the exploreHD custom PCB with an integrated high-resolution image sensor, designed for underwater vision systems. Featuring precision electronics and advanced processing capabilities, this board enables low-latency, AI-enhanced imaging for subsea robotics and marine applications.

Advanced Image Processing

The exploreHD's advanced image processing, powered by AI-driven enhancements, delivers exceptional color accuracy and clarity in challenging underwater conditions. Optimized for subsea environments, it minimizes artifacts like aliasing and moiré while maintaining sharp details and a wide dynamic range.

Close-up of the DWE exploreHD underwater camera, securely mounted on a bracket for ROV and AUV applications. Featuring a corrosion-resistant aluminum housing and precision optics, this compact, high-resolution camera is designed for deep-sea exploration, marine inspections, and industrial monitoring in extreme environments.

Precision Optics

The exploreHD's optics are engineered for underwater clarity by minimizing distortion and vignetting — ensuring edge-to-edge sharpness for accurate data capture. This level of precision enhances imaging reliability for subsea inspections, scientific research, and autonomous operations.