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Conventional Fiber Optic Patch Cord MU Fiber Patch Cord
MU Fiber Patch Cord
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The MU fiber optic connector is a product designed for high-density fiber optic networks. It has a place in the field of fiber optic communications with its miniaturized size and high performance. The MU connector supports high-density fiber wiring and is suitable for wiring needs in limited spaces. It is commonly found in data centers, switches, and high-density network equipment. The design concept of the MU connector is to provide a low insertion loss, high return loss solution while maintaining easy installation and maintenance. In addition, the design of the MU connector complies with international standards, ensuring good compatibility and interchangeability. -
Conventional Fiber Optic Patch Cord SCAPC
SCAPC
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SC fiber optic connector is a widely used fiber optic interface device. Its name comes from "Square Connector" and was developed by Japan's NTT Corporation. SC connectors are used in a variety of fiber optic communication systems due to their compact design, durability, and easy plug-in and unplug features. They usually use 2.5mm ceramic pins with PC (physical contact) or APC (angled physical contact) type end faces to achieve low-loss fiber optic connections. SC connectors support a variety of fiber types, including single-mode and multi-mode fibers, and are very suitable for high-density network cabling environments, and can meet communication requirements of different speeds and distances. -
Conventional Fiber Optic Patch Cord STPC
STPC
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ST (Straight Tip) fiber optic connectors were developed by AT&T and quickly became a widely used connection method in fiber optic communication systems. ST connectors are favored for their sturdy screw connection mechanism and easy operation. They are commonly used for single-mode fiber connections and support a variety of fiber optic network applications. ST connectors are designed to provide stable and reliable connections and are widely used around the world due to their cost-effectiveness and good performance.