Fiber optic patch cords are key components that connect various devices in a fiber optic network (such as switches, routers, servers, ODF racks, etc.) and are used to achieve fast and flexible connections of fiber optic signals. Fiber optic patch cords can be divided into many types according to different standards and application requirements. The following are some common types of fiber optic patch cords:
1. Classification by fiber type:
Single-mode fiber patch cord: uses single-mode fiber, suitable for long-distance, high-speed transmission, such as 9/125 µm.
Multi-mode fiber patch cord: uses multi-mode fiber, suitable for short-distance, relatively low-speed transmission, such as 50/125 µm or 62.5/125 µm.
2. Classification by connector type:
SC patch cord: SC (Subscriber Connector) is one of the most common types, cost-effective and easy to operate.
LC patch cord: LC (Lucent Connector) has a smaller size and higher density, suitable for high-density wiring environments.
FC patch cord: FC (Ferrule Connector) has high stability and reliability, and is often used in situations where high docking accuracy is required.
ST patch cord: ST (Straight Tip) is a sturdy connector that is easy to operate but has a lower density.
MPO/MTP patch cord: Multi-core fiber connector that can connect multiple optical fibers at the same time, suitable for high-density wiring and data center applications.
3. Classification by the number of optical fiber cores:
Single-core jumper: used for point-to-point connection.
Multi-core jumper: such as 4-core, 8-core, 12-core, etc., used for parallel transmission of multiple signals, commonly used in data centers and high-density wiring environments.
4. Classification by fiber jumper length:
The length of the jumper ranges from a few meters to several hundred meters, and the specific length depends on the network layout and the distance between the devices.
5. Classification by application environment:
Indoor fiber jumper: designed for indoor environment, usually with soft outer skin and small bending radius.
Outdoor fiber jumper: with waterproof, UV-proof outer skin and stronger tensile strength, suitable for outdoor or harsh environment.
6. Classification by jumper structure:
Armored fiber jumper: with an additional protective layer, such as metal or plastic armor, suitable for occasions where additional physical protection is required.
Ordinary fiber jumper: suitable for general indoor environments, without additional physical protection.
When selecting fiber jumpers, the specific needs of the network should be considered, including factors such as transmission distance, data rate, environmental conditions, device interface type, and cost budget. The correct selection of fiber jumpers can ensure the stability and performance of the network. (Source: Dongguan HX Fiber Technology Co., Ltd)
Fiber optic patch cords are key components that connect various devices in a fiber optic network (such as switches, routers, servers, ODF racks, etc.) and are used to achieve fast and flexible connections of fiber optic signals. Fiber optic patch cords can be divided into many types according to different standards and application requirements. The following are some common types of fiber optic patch cords:
1. Classification by fiber type:
Single-mode fiber patch cord: uses single-mode fiber, suitable for long-distance, high-speed transmission, such as 9/125 µm.
Multi-mode fiber patch cord: uses multi-mode fiber, suitable for short-distance, relatively low-speed transmission, such as 50/125 µm or 62.5/125 µm.
2. Classification by connector type:
SC patch cord: SC (Subscriber Connector) is one of the most common types, cost-effective and easy to operate.
LC patch cord: LC (Lucent Connector) has a smaller size and higher density, suitable for high-density wiring environments.
FC patch cord: FC (Ferrule Connector) has high stability and reliability, and is often used in situations where high docking accuracy is required.
ST patch cord: ST (Straight Tip) is a sturdy connector that is easy to operate but has a lower density.
MPO/MTP patch cord: Multi-core fiber connector that can connect multiple optical fibers at the same time, suitable for high-density wiring and data center applications.
3. Classification by the number of optical fiber cores:
Single-core jumper: used for point-to-point connection.
Multi-core jumper: such as 4-core, 8-core, 12-core, etc., used for parallel transmission of multiple signals, commonly used in data centers and high-density wiring environments.
4. Classification by fiber jumper length:
The length of the jumper ranges from a few meters to several hundred meters, and the specific length depends on the network layout and the distance between the devices.
5. Classification by application environment:
Indoor fiber jumper: designed for indoor environment, usually with soft outer skin and small bending radius.
Outdoor fiber jumper: with waterproof, UV-proof outer skin and stronger tensile strength, suitable for outdoor or harsh environment.
6. Classification by jumper structure:
Armored fiber jumper: with an additional protective layer, such as metal or plastic armor, suitable for occasions where additional physical protection is required.
Ordinary fiber jumper: suitable for general indoor environments, without additional physical protection.
When selecting fiber jumpers, the specific needs of the network should be considered, including factors such as transmission distance, data rate, environmental conditions, device interface type, and cost budget. The correct selection of fiber jumpers can ensure the stability and performance of the network. (Source: Dongguan HX Fiber Technology Co., Ltd)
