Digitek Optical Fiber Simplex SC-APC to SC-APC Patch Lead - 10M

Elevate your network performance with the Digitek Optical Fiber Simplex SC-APC to SC-APC Patch Lead - 10M, a premium singlemode solution engineered for low-loss, high-speed data transmission in FTTx, telecom, CATV, and access networks—like a reliable light pathway for your data, ensuring crystal-clear signal integrity up to 1Gbps or higher. This 10M length variant features SC-APC (8° angled polish) green-plug connectors with ceramic ferrules for superior return loss (>45dB) and minimal insertion loss (<0.3dB), perfect for medium runs like office-to-room extensions or data center links. Factory-terminated and rigorously tested for PDL and stability, the 3.0mm yellow PVC jacket offers durable, flexible protection in demanding environments, while the angled polish minimizes reflections for optimal singlemode performance. Ideal for balanced broadband or network expansions, Digitek's 10M patch lead outperforms expectations—plug in precision, power your connections!

Need shorter or longer? Check our 5M or 50M variants for the perfect fit.

Key Features:

• Singlemode OS2 Excellence: 9/125μm SM fiber for long-distance, low-attenuation transmission—like a clear fiber highway—supporting high-bandwidth applications in telecom and FTTx.
• Ultra-Low Loss Performance: <0.3dB insertion loss and >45dB return loss—like minimal signal drop—for reliable, high-speed data up to 1Gbps without errors.
• SC-APC Angled Connectors: 8° polish green plugs with ceramic ferrules—like precision mating—for reduced back-reflection and easy, secure push-pull connections.
• 10M Flexible Length: Suited for medium runs—like ideal for room-to-room or rack extensions—balancing reach and manageability.
• Durable PVC Jacket: 3.0mm yellow sheathing—like tough, flexible armor—for bend-resistant, weather-resistant use in CATV or access networks.
• Factory-Tested Reliability: Pre-terminated and certified—like out-of-box assurance—for immediate deployment with 1-year warranty and poly bag packaging.