Quick Answer

• Green SC/APC connector for single-mode fiber optic networks.
• Features an SC/APC port for secure and reliable connections.
• Durable construction by FiberCore ensures long-lasting performance.

Fiber Optic Connector Specifications

What is this SC/APC connector?

This is a single-mode SC/APC fiber optic connector manufactured by FiberCore.

It is designed to provide a secure and reliable termination point for fiber optic cables, utilizing the SC/APC (Angled Physical Contact) interface for reduced back reflection.

The green color casing helps in easily identifying the connector type and its intended application within a network infrastructure.

Key Features and Applications

Why choose this FiberCore connector?

The FiberCore SC/APC connector is built for performance and durability in demanding network environments.

Its single-mode capability ensures high bandwidth and low signal loss, making it ideal for telecommunications, data centers, and high-speed internet infrastructure.

The SC/APC port provides a precise physical connection, minimizing signal degradation and ensuring optimal data flow.

Specifications:

• Brand Name: FiberCore

Frequently Asked Questions:

What type of fiber optic cable does this SC/APC connector support?

This SC/APC connector is specifically designed for single-mode fiber optic cables. It ensures optimal performance for high-bandwidth, long-distance transmissions characteristic of single-mode applications.

What does SC/APC mean for this connector?

SC/APC stands for Angled Physical Contact. This means the fiber end-face is polished at an angle to minimize back reflection, crucial for sensitive network equipment and ensuring signal integrity.

Why is the connector green?

The green color typically signifies that this is a single-mode fiber optic connector. This color coding helps technicians easily identify the correct type of connector during installation and maintenance.

What applications is this FiberCore connector suitable for?

This connector is ideal for telecommunications, data centers, fiber-to-the-home (FTTH) deployments, and any network requiring high-speed, reliable data transmission over single-mode fiber.