OEM SC-SC APC OS2 1m Fiber Patch Cable

SC-SC APC OS2 1m Fiber Patch Cable

The OEM SC-SC APC OS2 single-mode optical jumper facilitates high-speed data transmission over short-range enterprise links. This 1-meter cable utilizes 9/125 micron fiber glass to support long-haul transmission protocols within a local patch environment. The Angled Physical Contact polish on the SC connectors significantly reduces back reflection. This design choice proves essential for sensitive video transmission and high-speed data circuits requiring strict signal integrity. Each cable undergoes rigorous optical testing to ensure performance across the 1310nm to 1550nm spectrum. The single-mode fiber utilizes a G.652.D compliant construction to ensure compatibility with modern optical transceivers.

Key Features

• Angled Physical Contact Connectors
  The green SC connectors feature an 8-degree end-face polish to achieve return loss values exceeding 60dB.

• High-Grade Optical Fiber
  The cable utilizes G.652.D compliant glass to ensure minimal attenuation across the O, E, S, C, and L bands.

• Optical Performance Standards

  • Insertion loss remains below 0.3dB across the entire 1-meter length.
  • Singlemode 9/125 micron core supports 10Gbps, 40Gbps, and 100Gbps Ethernet applications.
  • The 125-micron cladding provides high mechanical reliability for internal routing.

• Robust Connector Housing
  The SC connectors feature a durable thermoplastic body that resists mechanical stress during repeated mating cycles.

Specifications

What’s in the Box

• 1 x SC/APC to SC/APC OS2 Singlemode Fiber Patch Cable (1m)

• Protective Dust Caps

Why Choose SC-SC APC OS2 1m Fiber Patch Cable

• The 1-meter distance fits standard rack-to-rack or top-of-rack patching requirements without excess slack.

• The OS2 single-mode specification allows for future-proofing network speeds up to 400G in high-density environments.

• Standard SC interfaces provide compatibility with a wide range of legacy and modern networking hardware.

• LSZH jacketing ensures safety in indoor environments by limiting toxic smoke emission during thermal events.

• Each assembly undergoes rigorous testing to meet industry-standard insertion loss requirements. Consequently, the link budget remains within acceptable tolerances for high-speed transceivers.