OM3 OM4 LC Enhanced Fiber Optic Patch Cords

OM3 LC enhanced fiber patch cord is a high quality and high performance fiber patch cord product for data center, enterprise network, wide area network, LAN and other scenarios. The product adopts OM3 grade fiber to support high speed data transmission with the highest transmission rate up to 10 Gbps. Meanwhile, the product adopts LC interface, which has the advantages of miniaturization, high density and easy plugging, and is compatible with existing fiber optic equipment.

1. High-speed transmission: OM3 LC enhanced fiber optic patch cable uses OM3 grade fiber to support high-speed data transmission with a maximum transmission rate of 10Gbps to meet the needs of high-bandwidth applications.

2. miniaturized design: OM3 LC enhanced fiber patch cable adopts LC interface, with the advantages of miniaturization, high density, easy plugging, etc., which is compatible with existing fiber optic equipment and occupies less space, which is convenient for wiring and maintenance.

3. High quality material: OM3 LC enhanced fiber patch cord is made of high quality material with good wear resistance, corrosion resistance and high temperature resistance to ensure long-term stable performance.

4. High flexibility: OM3 LC enhanced fiber optic patch cord can be customized in length according to user requirements, which can meet the use requirements of different scenarios and also facilitate wiring and maintenance.

1. Data center: OM3 LC enhanced fiber patch cable can be used for server connection, storage device connection, network device connection and other scenarios within the data center, which can meet the demand of high-speed and high-density data transmission.

2. Enterprise LAN: OM3 LC enhanced fiber optic patch cords can be used for network connections within the enterprise, including inter-building, server room, cabinet and other scenarios, and can provide high-speed, reliable network connections.

3. Wide Area Network: OM3 LC enhanced fiber patch cable can be used for network connection between different locations, including inter-city, inter-country and other scenarios, which can provide high-speed, low-latency and high-reliability network connection to meet the business needs of enterprises.

1. Determine the connection port: First, you need to determine the port type of the device to be connected, the interface type of OM3 LC enhanced fiber patch cable is LC, so you need to confirm whether the interface type of the device is LC.

2. Connect the patch cable: Insert one end of OM3 LC enhanced fiber patch cable into the port of the device, and the other end into the port of the device to be connected, make sure it is firmly inserted.

3. Test the connection: After the connection is completed, a test is required to ensure the quality of the connection. You can use equipment such as optical power meter or optical time domain reflectometer for testing.

4. Fix the patch cord: After the connection test is passed, you need to fix the OM3 LC enhanced fiber patch cord on the device to avoid being pulled out accidentally during use.

1. Avoid excessive bending: When using OM3 LC enhanced fiber patch cord, you need to avoid bending the fiber excessively to avoid damage to the fiber, resulting in poor signal transmission.

2. Avoid excessive pulling: When connecting OM3 LC enhanced fiber patch cord, you need to avoid pulling the fiber to avoid damage to the fiber, resulting in poor signal transmission.

3. Avoid contamination: When using OM3 LC enhanced fiber patch cord, you need to avoid contaminating the fiber to avoid affecting the signal transmission quality. Therefore, you need to ensure that the connection port and fiber optic surface is clean before connecting.

4. Pay attention to the storage method: When not using OM3 LC enhanced fiber patch cable, you need to pay attention to the storage method to avoid physical damage or contamination of the fiber, which may affect the signal transmission quality. It is recommended to store the optical fiber in a dry, ventilated and dust-free environment.