Camplex opticalCON QUAD to opticalCON QUAD MM Fiber Optic Tactical Cable, 25 Foot
Extremely Rugged & Lightweight OpticalCON QUAD NO4MX to NO4MX Multimode Tactical Snake Cables. Four Fibers only, no electrical conductors. Designed for Broadcast & Pro-Audio Applications! Ruggedized opticalCON QUAD fiber optic cables designed for field production in outside broadcast, rental houses and more. OpticalCON assemblies are COCA factory terminated and machine polished in a state of the art Fiber Optic Lab. Camplex cables are exlusively assembled using the Neutrik opticalCON ADVANCED system. opticalCON ADVANCED further enhances the original opticalCON making it more robust by adding lockable and water proofed metal caps as well as rubber guards. This is especially critical for outdoor applications. The ergonomically cable strain relief improves the cable protection and water resistance in long-term use, and the color-coding options allow custom-built coding. Custom Lengths & Configurations Always Available!
Key Features
- OpticalCON assemblies are interfermetrically tested to GR-326-CORE endface standards.
- Machine polishing processes provide exceptionally low return loss and insertion loss.
- OpticalCON features a ruggedized connector body, common LC contacts and a mechanical shutter system to shield against endface contamination.
- APC Polishing types available upon request.
- Machine polished and tested end faces
- Tactical tight buffered PUR Cable
- Optical Shutter Mechanism for added protection
- Typical back reflection <-55dB
- Heavy Duty Tactical Reel with Side Reel Flange (TR version only)
Technical Specifications
(2) Neutrik OpticalCon, NO4SX
Tactical, Polyurethane Jacket, 5mm diameter, Black
Nickel Finish Connector Body
50′, 100′, 164′, 250′, 328′, 500′, 656′ or Custom
Mechanical
Cable Retention Force = 500N
Lifetime >1000 Cycles
Insertion/Withdrawal Force < 45N
Operating Temperature -25C to +75C
Minimum Bend Radius = 4cm
Optical
Type LC-UPC (Straight Polish)
Fiber Type 50m OM3 Multi-mode Fiber
Cable Loss < 3dB/km @ 850nm, < 1dB/km @ 1300nm
Connector Loss <0.5dB/Connector
Connector Back Reflection -55dB/-45dB RL (typical/max)
