OM3 multimode fiber optic adapter LC quad ALANTEC FOA-LC-MMQ-3

Fiber optic adapter LC quad – reliability and connection density

This LC quad fiber optic adapter from ALANTEC, designed for OM3 multimode fibers, is an ideal solution wherever high connection density and transmission reliability are important. It allows simultaneous connection of four fibers in one module, which significantly simplifies cabling organization and saves space in communication cabinets.

LC adapters are a standard in the telecommunications industry, and their precise workmanship guarantees minimal signal loss and a stable connection. This particular model is dedicated to working with OM3 fibers, making it an excellent choice for networks requiring high bandwidth, such as data centers or modern LAN installations.

Construction and application

The LC quad adapter is a passive component used to connect two fiber optic cables terminated with LC connectors. Its construction ensures precise fiber alignment, minimizing signal loss and reflections. The use of a quad adapter allows for efficient use of space in patch panels and simplifies cable management. This is especially important in large installations where the number of cables can be very high.

• Connector type: LC/LC – ensures compatibility with a wide range of devices and fiber optic cables.
• Fiber type: OM3 – optimal choice for 10 Gigabit Ethernet and higher standards.
• Configuration: Quad – allows connection of four fibers in one adapter, increasing port density.
• Brand: ALANTEC – a guarantee of high quality and reliability confirmed by the many years of experience of A-LAN Technologie in the structured cabling market.

ALANTEC is a Polish manufacturer of structured cabling systems that has been supplying products of the highest quality since 2001. The company regularly introduces innovative solutions that are tested in independent laboratories, ensuring the durability and reliability of installations. By choosing ALANTEC products, you are investing in proven technology and long-term network performance.