Shanghai Kabel Intelligence Technology Co., Ltd. presents our high-contact-density subsea connector platform — a multi-purpose underwater interconnect solution that combines power contacts, signal circuits and Ethernet data channels within a single connector body. This innovative design reduces the number of bulkhead penetrations required on subsea equipment while providing comprehensive connectivity for modern ROV and subsea systems.
By integrating multiple signal types into one connector, our high-density subsea connector simplifies system design, reduces installation complexity, improves reliability and lowers overall system cost. It is the ideal solution for ROV systems, subsea instrumentation platforms and offshore equipment that require power, control signals and high-speed data in a single wet-mateable connection.
| Parameter | Specification |
|---|---|
| Contact Configuration | Mixed: Power + Signal + Ethernet (configurable) |
| Power Contact Rating | 600V AC/DC, 10A per contact |
| Ethernet Rating | Cat5e / Cat6 compliant data transmission |
| Depth Rating | 7,000 metres |
| IP Rating | IP68 |
| Shell Material | Anodised aluminium / SS316 / Titanium |
| Insulator | PEEK |
| Mating Cycles | 500+ wet-mate cycles |
Yes. Contact arrangements can be customised to your specific requirements. Our engineering team will work with you to define the optimal contact configuration for your application.
Our high-density subsea connector supports Gigabit Ethernet data transmission when used with appropriate cable and system components, making it suitable for high-bandwidth underwater video and data applications.
Email: sales@rovcable.com
Our high-contact-density connectors can be configured with various combinations of power, signal and Ethernet contacts to match your specific application requirements. Standard configurations include power-only, signal-only, Ethernet-only, and hybrid combinations. Contact our engineering team to discuss your specific requirements and we will provide a custom configuration design.
When installing high-contact-density subsea connectors, ensure all contacts are properly aligned before mating. Do not apply excessive force — if resistance is felt during mating, stop and inspect for misalignment. Ensure the connector is fully mated and the locking mechanism is engaged before deployment.
Each connector undergoes comprehensive testing including electrical continuity, insulation resistance, dielectric strength (hipot) testing, and hydrostatic pressure testing to the rated depth. Test reports and certificates of conformance are provided.
To order a high-contact-density subsea connector, please specify: contact configuration (power/signal/Ethernet count), shell material preference, cable assembly requirements (if required), and depth rating. Contact our sales team for a quotation and engineering consultation.
Maintaining signal integrity in high-contact-density subsea connectors requires careful engineering of contact geometry, insulation materials, and shielding. Our connectors utilise precision-machined gold-plated contacts with controlled impedance characteristics for signal contacts. Ethernet pairs are arranged to minimise crosstalk and maintain differential impedance. All signal contacts are individually shielded where required to prevent electromagnetic interference (EMI) in sensitive measurement and communication circuits.
High-contact-density connectors are built to withstand the harsh subsea environment. The PEEK insulator provides excellent chemical resistance and dimensional stability across a wide temperature range. Shell materials are selected based on the deployment environment: anodised aluminium for general-purpose use, stainless steel 316 for enhanced corrosion resistance in seawater, and titanium for maximum corrosion resistance in the most demanding environments. O-ring materials can be specified for resistance to hydrocarbons, hydraulic fluids, or high-temperature exposure.
Our high-contact-density subsea connectors have been deployed in thousands of subsea systems worldwide, accumulating millions of hours of reliable operation. Field data shows a mean time between failure (MTBF) exceeding 100,000 hours for properly installed and maintained connectors. The dual O-ring sealing system provides redundant protection against water ingress, with the secondary seal ensuring continued operation even if the primary seal is compromised.
Our engineering team provides comprehensive technical support for high-contact-density connector projects. Services include application review, custom design, 3D modelling, prototype development, and qualification testing. Contact us with your requirements for a custom engineering consultation.
