Deep Vision Tech has introduced the YS-MC, an embedded AI underwater imaging camera engineered to clarify visual feeds directly on the device without external computing units. By combining custom optical hardware with an onboard 6 TOPs AI processor, the camera filters out distortion caused by backscatter and suspended sediment in real time, doubling effective sight range in low-visibility environments.
Engineered for integration into ROVs, autonomous subsea platforms, and remote inspection gear, the system supports hull surveys, port infrastructure maintenance, and aquaculture monitoring. Capable of operating at depths down to 4,000 meters and in turbidity levels up to 200 NTU, the compact camera streams H.265 video at 150 ms latency to streamline remote equipment control and target identification in challenging conditions.
- AI computing power: 6 TOPs
- Optical resolution: 1920×1080
- Underwater field of view: 53° × 42°
- Visibility range: 2x standard camera view distance
- Operating depth: 0–4,000 m (pressure options for 300 m, 2,000 m, and 4,000 m)
- Turbidity rating: 0–200 NTU
- Operating temperature: 0°C to 60°C
- Media compatibility: Fresh water, salt water, and high-turbidity water
- Housing material: Aluminum alloy or titanium alloy
- Dimensions: 90 × 260 mm
- Power supply: 12–36 VDC
- Communication interface: 100M Ethernet (≤15 Mbps)
- Lighting: Integrated white light
- Video latency: 150 ms end-to-end
- Video format: Real-time H.265 encoding
