Ultra-Low Reflection Connectivity for High-Performance Networks
Achieve flawless, long-distance network connections with our Singlemode OS2 SC/APC to SC/APC Duplex Patch Lead. Our sca sca singlemode duplex patch lead is engineered for telecommunications backbones, FTTx deployments, and data centres that require superior performance and virtually zero signal reflection over extended distances.
Engineered for Precision APC Performance
This OS2 patch lead features a 9/125µm singlemode fibre core. We specifically optimize both connectors with an 8-degree Angled Physical Contact (APC) polish. This precise angle ensures superior Return Loss performance (typically >65dB), which is critical for sensitive equipment and high-speed applications. The cable effortlessly supports 10Gbps, 40Gbps, and 100Gbps Ethernet over kilometres.
Built for Reliability and Safety
We use robust construction to ensure durability in data racks and IT closets. Furthermore, the LSZH (Low Smoke Zero Halogen) jacket ensures compliance with indoor fire safety regulations, making it perfect for use in enclosed spaces. The duplex configuration allows for efficient bidirectional data transfer.
Reliable and Quality-Tested
We individually test every patch lead to ensure it exceeds industry standards. We include a test report for your certified peace of mind. The high-precision ceramic ferrules ensure a long lifespan and stable performance over many mating cycles.
Key Features
- Fibre Type: OS2 9/125µm Singlemode.
- Connectors:Â SC/APC (Angled) to SC/APC (Angled) Duplex.
- Polish Type:Â APC on both ends for ultra-low back reflection.
- Bandwidth:Â Supports 10G, 40G, 100G, and beyond Ethernet applications.
- Jacket:Â LSZH (Low Smoke Zero Halogen) standard.
- Jacket Colour:Â Yellow (with green boots).
- Applications:Â FTTx, NBN connections, telecommunications, data centres.
- Performance:Â Guarantees low insertion loss and ultra-high return loss.
For current pricing and stock availability, please visit our website at apollotech.com.au or contact our team at the office on 03 9775 1795 today.