ODVA MPO to MPO Armored Duplex Single Mode

Outdoor Fiber Optic Cable Assembly

FTTA outdoor armored optical cable with ODVA connector IP67

Description

Sealed Circular IP 67 ODVA Duplex LC fiber patch cable assemblies are available in both single mode and multimode versions, this ODVA LC is a typical outdoor use fiber cable, suitable for different temperatures and weather, especially ideal for FTTA and harsh environment use.

Our IP 67 ODVA LC cables are designed as per IEC 61076-3-106 interfaces standard, integrated with our quality LC fiber connectors with loss optical loss; and we designed a rugged and armored PE jacketed optical cable body. We have these ODVA LC in 9/125 LC/UPC, 50/125 OM2/OM3/OM4 LC/UPC, and 62.5/125 OM1 LC/UPC. Cable assemblies can be custom-made in ODVA Duplex LC to Breakout dual LC, or ODVA LC to other popular connectors.

Technical Data

The connection is safe and reliable. Also have the functions of waterproof, dustproof, and fireproof, This connector is widely used in FTTA, Base station, and outdoor waterproof condition.

Features

* Various types: It has 3 series- LC duplex, SC simplex, and MPO

* Fast connection: the unique spiral structure makes connection easy and fast

* High intensity of tension: it’s suitable for fiber cables of φ5.0-7.0mm

* Water and dust proof: there’s a rubber cushion inside, the stability is good and the grade can be IP67

* Complete solutions: we have the related complete outdoor waterproof boxes, adapters, and solutions

Fiber-to-the-Antenna (FTTA) installation for mobile communication systems

Next-generation mobile communication systems (3G, Wimax, LTE) using remote radio heads yield considerable savings on operational costs (up to 40%) and reduction of capital expenditure for new network roll-outs and upgrades. FOCC is a global expert for FTTA installations and provides complete solutions ranging from planning, product definition, volume production, and logistics to installation services. We directly support OEMs, global and local operators, and installers.