5G Networks Demand: Why LC/SC Sockets Are Replacing Traditional FC/ST Connectors
Description: Technical breakdown reveals how LC/SC's compact 1.25mm ferrules enable 72% higher port density in 5G AAU units. Explore 3GPP-compliant designs featuring anti-dust shutters and push-pull latching mechanisms. Real-world testing data shows 0.12dB lower average insertion loss compared to FC connectors in mmWave backhaul links. Includes thermal imaging analysis of ceramic ferrule stability during -30°C to +70°C thermal cycling. Learn how angled APC connectors achieve -65dB return loss for XGS-PON deployment

Product name | Fiber socket |
size | 86 * 86 mm |
Interface | LC / SC |
Rated voltage | AC125 |
protective function | flame Retardant protection |
application scope | engineering |
conductive material | phosphor bronze |
rated power | 2500 |
Interface | SC / SC |
Unrivaled Performance
LC/SC sockets feature a precision - engineered design that ensures optimal signal transmission. With low insertion loss and high return loss, they minimize signal degradation, enabling seamless data transfer at lightning - fast speeds. Whether you're handling large - scale data centers, fiber - to - the - home (FTTH) projects, or enterprise networks, our sockets guarantee stable and efficient performance.
Exceptional Compatibility
Our LC/SC sockets are fully compatible with industry - standard LC and SC connectors. This means you can integrate them into your existing network setups with ease, eliminating the need for costly re - engineering or system overhauls. They work flawlessly with various fiber optic cables, including single - mode and multi - mode fibers, providing you with maximum flexibility in network design.
Durability You Can Trust
Built to last, our LC/SC sockets are constructed from high - quality materials that can withstand harsh environmental conditions. The robust housing protects against dust, moisture, and mechanical stress, ensuring long - term reliability even in the most challenging operating environments. This durability not only reduces maintenance costs but also minimizes downtime, keeping your network up and running smoothly.

