Underwater Binocular Camera Series

Underwater Binocular Camera Series | Empower Deep-sea Operations, Capture Every Tiny Detail

In complex and volatile underwater environments, clear and stable visual footage lays the foundation for all operations. Our deep-sea network binocular cameras and wiper-equipped binocular cameras tackle underwater imaging challenges with cutting-edge technology, delivering reliable visual support for deep-sea exploration, aquaculture, underwater inspection and other scenarios.

All three models are equipped with high-performance processing cores, achieving binocular synchronization latency below 1ms for seamless frame linkage. They support dual-channel 1080P/2K high-definition output, and can work with intelligent algorithms to realize precise distance measurement and target recognition, meeting intelligent underwater operation demands. Built-in image enhancement algorithms and automatic underwater fog penetration functions effectively solve blurry footage in turbid water and greenish tint in shallow water, presenting every underwater detail distinctly.

Deep-sea Network Binocular Camera (FD-IPC-33J11)

Engineered for harsh complex underwater conditions, FD-IPC-33J11 is a high-performance binocular network camera featuring ultra-clear imaging, strong environmental adaptability and easy integration, delivering professional visual solutions for underwater detection, scientific observation, aquaculture and underwater engineering inspection.

Core Advantages

1. Ultra-clear Imaging & Intelligent Optimization

Adopts dual 1080P/2K high-definition imaging modules and supports spliced high-resolution video output. Integrated with image enhancement algorithm and automatic underwater fog penetration function, it greatly improves imaging clarity in turbid water, eliminates green tint in shallow water and restores authentic underwater scenes.

2. Precise Synchronization & Stable Performance

Binocular synchronization latency is less than 1ms, enabling intelligent functions including underwater ranging and target recognition when matched with algorithms. Equipped with 2.8mm fixed-focus lens and low-light sensor (0.005Lux in color mode, 0.001Lux in black-and-white mode), it ensures steady imaging even in dim environments.

3. High Waterproof & Corrosion-resistant Structure

Customizable waterproof depth; optional hard-anodized aluminum alloy or 316L stainless steel housing, perfectly meeting corrosion resistance and impact resistance requirements for long-term underwater service.

4. Easy Integration & Flexible Configuration

Compliant with standard ONVIF protocol for seamless connection with mainstream monitoring devices. Parameters can be adjusted via web browser, and SDK secondary development package is available for diverse system integration. Dual 15W dimmable fill lights satisfy supplementary lighting needs in dark deep water areas.

Deep-sea Network Binocular Camera (FD-IPC-33J11-Y)

It supports optical filter switching to realize 520nm/650nm fluorescence imaging, ideal for underwater organism observation and special underwater detection. Compatible with ONVIF protocol, it connects smoothly with general monitoring equipment, and parameter configuration is available on web platform for easy deployment.

Deep-sea Wiper Binocular Camera (FD-IPC-43J11-DW)

Specially designed for high-turbidity and bio-fouling-prone underwater environments, FD-IPC-43J11-DW is fitted with a rubber wiper system controlled via RS485 protocol. Users can set automatic regular cleaning cycles to keep the lens clean and maintain long-term stable clear underwater monitoring.

Built-in dual dimmable fill lights guarantee stable imaging in pitch-dark deep water. Adopting 316L stainless steel waterproof housing and POM bracket, it is fully applicable to long-term underwater working scenarios.

All three cameras support multiple universal protocols and are compatible with mainstream monitoring systems on the market, fully covering diverse underwater operation needs and providing clear and dependable visual guarantee for your underwater engineering projects.