Content: RV POWER GROUP’s new hybrid opto-electrical wet-mate connector has successfully completed deep-sea qualification trials at 3,000m water depth. The connector integrates 8 electrical power contacts and 4 optical fiber channels, enabling simultaneous high-voltage power delivery and high-speed data transmission in one compact interface. It achieved over 50 reliable mating/unmating cycles under full seawater pressure, with optical insertion loss <0.5dB and insulation resistance >10GΩ, meeting the most stringent requirements for ROV, AUV and subsea production systems.
RV POWER GROUP’s new hybrid opto-electrical wet-mate connector has successfully completed rigorous deep-sea qualification trials at 3,000 meters water depth, marking a major breakthrough in high-performance subsea interconnection technology.
Engineered for integrated underwater operation, this advanced connector integrates 8 heavy-duty electrical power contacts and 4 high-precision optical fiber channels, enabling stable high-voltage power delivery, real-time signal transmission and ultra-high-speed data communication simultaneously within a compact, space-saving interface.
Under extreme full seawater pressure and harsh marine environmental conditions, the product achieved more than 50 durable and reliable mating and unmating cycles without performance degradation. It maintains excellent optical and electrical performance indicators, including ultra-low optical insertion loss below 0.5dB and ultra-high insulation resistance exceeding 10GΩ, effectively resisting seawater corrosion, high-pressure impact and humidity interference.
Fully optimized for long-term subsea deployment, this hybrid wet-mate connector fully complies with international marine industry standards and meets the most stringent technical and operational requirements for ROVs, AUVs, subsea production systems, offshore wind energy projects, deep-sea scientific exploration and marine defense facilities. With robust structural design and outstanding environmental adaptability, it delivers superior stability, durability and cost-effectiveness for global deep-sea engineering and underwater operation projects.
