Camplex HF-T1M1-LC-0010 Product Image

Camplex Single Channel TAC1 Simplex OM1 Multimode LC Fiber Optic Single Channel Tactical Cables

Extremely Rugged & Lightweight Single Channel LC Simplex Multimode Tactical Cables for Broadcast & Pro-Audio Applications!

This single channel tactical cable is designed for Military Tactical deployment applications and meets all outdoor tactical needs for broadcast applications requiring an outdoor rated crush and impact resistant design. The tough Polyurethane Core-Locked design is perfect for any situation where ordinary PVC jacket cables do not provide adequate protection in the field. Featuring Senko premium fiber connectors. All assemblies are machine polished and interferometer tested to industry standards. All products are 100% tested and a complete set of test documentation of your cable is available upon request.

ST, SC, LC and FC, UPC and APC connectors are also available. Custom Lengths & Configurations Always Available!

Features:
  • Broadcast Deployable
  • Indoor/Outdoor rated jacket
  • Typical RL <-55dB and IL<0.25dB
  • Wide temperature range (typically -55°C to 85°C)
  • 500µm primary acrylate buffer with 900µm secondary hard elastomeric buffer (Ultra-Fox Plus)
  • Excellent crush and impact resistance due to their polyurethane Core-Locked outer jacket
  • Designed to withstand crush and impact after deployment
  • Strong, lightweight and extremely durable cable
Specifications:
  • Industry Standard Designation: OM1 ISO/IEC 11801
  • Core/Cladding Diameter (μm): 62.5/125
  • Numeric Aperture: 0.275
  • Wavelength (nm): 850/1310
  • Gigabit Ethernet Distance (m): 275/550
  • 10-Gigabit Ethernet Distance (m): 33/300
  • Maximum Cabled Attenuation (dB/km): 3.5/1.5
  • Minimum Laser EMB Bandwidth (MHz-km): 200/500
  • Minimum OFL LED Bandwidth (MHz-km): 200/500
  • Primary Coating Diameter (μm): 500
  • Secondary Buffer Diameter (μm): 900
  • Proof Test Level (kpsi): 100

Part#:

List:

Camplex TAC1 Simplex OM1 Multimode LC Fiber Optic Tactical Cable 10 Foot

Lengths: