Underwater Camera & Lighting Systems – Professional Application Case

Overview

Underwater cameras and LED lighting are critical visual equipment for deep‑sea inspection, ROV operation, marine research, aquaculture and underwater engineering. Our underwater connectors provide stable, high‑speed data, power and hybrid transmission in subsea high‑pressure environments, ensuring clear imaging, reliable lighting and long‑term immersion performance.


Key Applications

Power supply for underwater LED lights, floodlights, spotlights
Video signal & Gigabit Ethernet transmission for industrial underwater cameras
Hybrid power + data connection for camera-light integrated systems
External control signal for brightness, mode switching

Sealed bulkhead connection for camera housings and light fixtures


Suitable Connector Series

13 PIN Ethernet Series: Gigabit video transmission + power supply
55 Series / Photoelectric Series: Optical fiber + power hybrid for long‑distance high‑definition video
Low Profile Series: Ultra‑thin, space‑saving for compact camera housings
Metal Shell Series: High strength, anti‑corrosion, pressure resistance
Micro Circular Series: Miniature size for small cameras & light modules

Power Series: Stable high‑current power for high‑brightness lights


Key Performance Features

Depth rating up to 6000m
IP68 waterproof, permanently submersible
Stable data transmission, no signal interference
316L stainless steel / titanium, anti‑corrosion
Compact structure, easy installation in limited space

Long service life, suitable for long‑term underwater use


Image Description 

Underwater camera equipped with 13 PIN Ethernet connector
LED underwater light with Low Profile / Metal Shell connector
Camera-light assembly with hybrid photoelectric connector
Close‑up of bulkhead connector on camera housing

Our underwater connectors are widely used in underwater camera & lighting systems, supporting power supply, HD video and Gigabit Ethernet transmission. With compact, high‑pressure and anti‑corrosion design, they ensure stable performance for deep‑sea visual equipment.