Monoprice Fiber Optic LC/LC 2m
Product description
Fiber optic cabling brings consistent higher speeds and immunity to electronic interference for longer runs, and the Monoprice LC/LC single mode duplex cable is built for that purpose. This 2 meter 9/125 single mode duplex lead is intended for patching equipment where low loss and reliable single mode connections matter, such as data centers, telecom racks, and backbone terminations. Check the connector types before buying to match your ports.
Highlights
This Monoprice cable pairs a color‑coded LC duplex connector on one end with dual SC connectors on the other end when ordered with that configuration, offering flexibility in mixed-connector environments. The yellow jacket signals single mode fiber at a glance. The cable uses 9/125 single mode fiber that is commonly used for long reach links according to industry practice, and it reduces electromagnetic interference compared to copper solutions. Note that connector type may be optional depending on the SKU, so confirm which end is LC or SC when selecting the exact product.
Product specs
- Name: Monoprice Fiber Optic Cable LC/LC Single Mode Duplex
- Type: Single Mode
- Format: Duplex
- Size: 2 meter
- Material: 9/125 fiber
Usage tips
Keep the cable routed away from tight bends and sharp edges to preserve signal integrity, as single mode fibers are sensitive to bend loss. If you need to span patch panels or switches, measure the path including slack for service loops to avoid strain. You’ll appreciate it if you value clean, low‑noise fiber links and straightforward connector identification by color. If you prioritize interchangeability across older gear, choose the SKU with SC terminations to ease compatibility.
Care & maintenance
Handle the ferrules with care and keep protective caps on unused connectors to avoid contamination. Clean connectors with lint‑free wipes and approved fiber cleaning tools before mating. Store coiled loosely to prevent permanent bends and test links after installation to verify loss levels according to your network standards.