Contact Us


Mobile: +86 15810047588
Email: 469148808@qq.com
Address: Room 1801, Easy Communication. 253-261 Hennessy Road, Wan Chai, Hong Kong

光电混合连接器i3.png
光电混合连接器5.png
光电混合连接器4.png
光电混合连接器2.png
+
  • 光电混合连接器i3.png
  • 光电混合连接器5.png
  • 光电混合连接器4.png
  • 光电混合连接器2.png

Optoelectronic Connector 1 Fiber optic

Product Overview: This 1-Fiber Underwater Optoelectronic Connector is a compact, cost-effective hybrid connection solution tailored for miniaturized subsea equipment and space-constrained marine systems. It integrates single-core fiber optic high-speed data transmission and multi-channel electrical power & control signal transmission into one lightweight plug-and-socket assembly, realizing synchronous optoelectronic transmission with a smaller installation footprint. Featuring a fully sealed IP68 water-tight structure and marine-grade rugged housing, this single-fiber optoelectronic connector effectively resolves common issues like water penetration, signal attenuation and unstable connection in harsh underwater, coastal and high-humidity industrial environments. Optimized for long-term seawater submersion, salt spray erosion and electromagnetic interference, it delivers low-latency, high-stability signal and power output. It is the ideal compact connection solution for miniature underwater robots, subsea sensors, monitoring buoys and lightweight marine engineering equipment.
Application field: - Compact subsea communication systems and mini underwater wireless relay equipment connection - Micro ROV/AUV miniature underwater robot data transmission and power integration - Portable offshore marine survey equipment and small underwater engineering

Mobile: +86 15810047588
Email: 469148808@qq.com

  • Product Description
  • Core Key Features

    1. Single Fiber + Electrical Hybrid Integrated Design

    Adopts professional 1-fiber optical transmission design matching conventional subsea low-to-medium bandwidth communication demands, paired with independent electrical channels for stable power supply and control signal transmission. The compact single-fiber hybrid structure avoids redundant channel waste compared with dual-fiber connectors, greatly reducing equipment integration volume and overall project cost while meeting daily subsea data transmission and power supply requirements.

    2. Genuine IP68 Full Water-Tight & Pressure Resistance

    Equipped with multi-layer composite sealing and integral compression waterproof technology, achieving industrial-grade IP68 full submersible waterproof performance. The fully enclosed structural design withstands continuous underwater soaking, water pressure impact and tidal erosion, ensuring zero water ingress and uninterrupted optoelectronic connection during 24/7 long-term subsea operation.

    3. Excellent Marine Environmental Adaptability

    Constructed with high-strength marine anti-corrosion alloy and weather-resistant insulating materials. It passes strict industrial salt spray aging, high-low temperature cycling, mechanical vibration and shock tests. It stably adapts to fresh water, brackish water and coastal seawater environments, resisting UV aging, high humidity and marine chemical corrosion for long-term harsh environment operation.

    4. Low-Loss Stable & Anti-Interference Transmission

    Precision single fiber alignment structure ensures ultra-low optical insertion loss, effectively preventing data delay and signal attenuation during subsea short and medium-distance transmission. Built-in EMI electromagnetic shielding structure isolates complex marine electromagnetic interference, maintaining clean and stable optical data and electrical signal output.

    5. Miniaturized Plug & Socket Modular Structure

    Matched single-fiber plug and socket set features precision docking structure to ensure accurate alignment of optical and electrical contacts, avoiding poor contact and signal deviation. Compact modular design adapts to miniaturized equipment installation, supporting fixed panel mounting and frequent underwater plug-and-unplug maintenance for flexible subsea system integration.

    6. Lightweight & High Cost-Performance

    Streamlined lightweight body design saves precious installation space for compact underwater equipment. Foolproof anti-misplug structure improves on-site assembly efficiency. Manufactured in accordance with marine industrial standards, it features high mating durability and stable performance, providing a more cost-effective connection choice for conventional subsea projects compared with multi-channel connectors.

    Application Scenarios

    Compact subsea communication systems and mini underwater wireless relay equipment connection
    Micro ROV/AUV miniature underwater robot data transmission and power integration
    Portable offshore marine survey equipment and small underwater engineering facilities
    Mini ocean monitoring buoys, compact marine environmental detection systems
    Lightweight underwater inspection cameras, subsea micro sensors and safety monitoring terminals
    Space-limited offshore industrial equipment and compact underwater optoelectronic connection systems

Product Inquiry

Please leave your phone number and email address, and our professionals will contact you as soon as possible!

Contact Us

Haigewei Electronics Co.,Ltd

Mobile: +86 15810047588
Email: 469148808@qq.com
Address: Room 1801, Easy Communication. 253-261 Hennessy Road, Wan Chai, Hong Kong

Our products

Focus on the R&D and industrialization of watertight connection, underwater sensing, and sealing protection technologies.

Dedicated to providing reliable core electronic components to support humanity’s exploration and development of the oceans.

WeChat

Copyright © 2025 Haigewei Electronics Co.,Ltd

Business license
中企跨境-全域组件 2.0 制作前进入CSS配置样式

WhatsApp:

Email:

Contact phone number:

在线客服添加返回顶部

右侧在线客服样式 1,2,3 4

图片alt标题设置: Haigewei Electronics Co.,Ltd

循环体没有内容时: Sorry, no matching items found.

CSS / JS 文件放置地

Online Message

If you’re interested in our products, please leave your email address, and we’ll get in touch with you as soon as possible. Thank you!

Submit