USA: SEA CON Develops Extensive Range of Hybrid Optic Connectors

USA SEA CON Develops Extensive Range of Hybrid Optic Connectors

As organizations within the subsea industry develop more applications with hybrid optic connector technology in mind, there has been a dramatic increase in the quantity and complexity of hybrid optic connector configurations needed to fit these applications.

As fiber optic communication continues to evolve the SEA CON® Group has developed a comprehensive and extensive range of optical hybrid connectors. SEA CON®’s hybrid optic range is designed and manufactured to meet the specific and varied environmental conditions imposed on connectors today.

SEA CON®’s standard dry-mate hybrid optic products are based around three of SEA CON®’s hybrid connector ranges; the MSS (Metal Shell Series), MINI-CON and the latest OPTI-CON series which was developed in response to a need for a standard high quality hybrid connector.

With over 13 years experience in underwater hybrid optic connector technology, SEA CON® can offer optical dry-mate, wet-mate, underwater mateable connectors, optical penetrators and optical fiber management systems.

Subsea World News Staff , November 30, 2011;  Image: SEA CON

Share this article

Follow Subsea World News


<< Oct 2015 >>
28 29 30 1 2 3 4
5 6 7 8 9 10 11
12 13 14 15 16 17 18
19 20 21 22 23 24 25
26 27 28 29 30 31 1

Deep Offshore Technology

For 32 years Deep Offshore Technology (DOT) International has been showcasing pioneering technology that has been shaping the future of the…

read more >


The Course includes Practical Electro-Hydraulic Circuit Construction, setting-up procedures, testing & fault diagnosis…

read more >

3P Arctic 2015

The 3P Arctic 2015 Technical Program will consist of 15 to 20 sessions, which are being planned to include 150-160 oral presentations and…

read more >

All-Energy 2015 Conference

The All-Energy Australia Conference is the best place to hear the latest on developments in the clean and renewable energy industry…

read more >