LC-LC OM4 Patch Cord

OM4 grade multimode fiber is a premium fiber type with higher transmission performance and bandwidth. It is suitable for a variety of high-speed optical fiber transmission applications, such as Gigabit Ethernet, 10 Gigabit Ethernet, 40/100 Gigabit Ethernet, etc.

LC-LC OM4 Patch Cord is a fiber optic connection cable that uses LC connectors and uses OM4 grade multi-mode fiber. It is an LC connector connected to OM4-level multi-mode optical fiber at both ends, which is used to achieve high-speed and high-bandwidth data transmission.

LC-LC OM4 Patch Cord’s LC connector is a miniaturized connector suitable for high-density fiber optic connection environments. Its connector size is smaller, providing more connection points in a limited space, improving system flexibility and scalability.

It features low loss and low insertion loss, ensuring the stability and reliability of signal transmission through precisely processed connectors and high-quality optical fibers. It also has the characteristics of high reliability, strong compatibility, easy installation and maintenance, and is suitable for many application fields such as data centers, enterprise networks, and communication operator networks.

It is often used to connect fiber optic switches, servers, storage devices and other equipment in data centers to support high-speed, high-bandwidth data transmission and communication requirements. In high-density fiber optic connectivity environments in data centers, the LC LC OM4 Patch Cord’s small form factor and high-density connectivity capabilities make it an ideal choice for fiber optic cabling and connectivity in data centers.

It is widely used for fiber optic connections in enterprise networks. It can be used to connect fiber optic switches, routers, servers and other network devices to achieve fast and stable data transmission. Especially in enterprise environments that require high-speed network connections, such as finance, medical and technology fields, LC LC OM4 Patch Cord can meet the needs of large amounts of data transmission and storage.

It is also widely used in optical fiber networks of communication operators, including optical fiber access networks and optical transmission networks. It is used to connect optical fiber switching equipment, transmission equipment and terminal equipment to achieve high-speed, reliable data transmission and communication services. In fiber-to-the-home (FTTH) and fiber-optic backbone networks, LC LC OM4 Patch Cord provides high-performance and stable fiber-optic connection solutions.

In video surveillance systems, it can be used to connect fiber optic links between fiber optic transmission equipment and cameras. It can support the transmission of high-definition video signals and ensure the stability and reliability of the video surveillance system. The LC LC OM4 Patch Cord is an ideal choice in surveillance scenarios that require long-distance transmission and anti-interference capabilities.

It is also widely used in optical fiber experiments and measurements in scientific research laboratories. It can be used to connect optical equipment such as light sources, spectrometers, and optical sensors to support the needs of optical experiments and measurements. Its high-speed transmission and stable performance ensure the accuracy and reliability of experimental data.

Using OM4 level multi-mode optical fiber, it has higher bandwidth and transmission performance. It supports high-speed data transmission and is suitable for Gigabit Ethernet, 10 Gigabit Ethernet, 40/100 Gigabit Ethernet and other applications to meet high bandwidth requirements.

Using LC connector, it is a miniaturized connector suitable for high-density optical fiber connection environment. The small size of the LC connector makes it suitable for fiber optic cabling in limited spaces, providing more connection points and improving system flexibility and scalability.

Low loss and low insertion loss of signal transmission are ensured through high-quality optical fibers and precisely processed connectors. This helps maintain signal integrity and stability, reduce signal attenuation and interference, and improve transmission quality.

Strict quality control and testing ensure the reliability and stability of the connection. The contact between the connector and the optical fiber is precisely processed and processed to ensure the reliability of signal transmission and reduce the risk of disconnection and interruption.

Due to the miniaturized design of the LC connector, it is suitable for high-density optical fiber connection environments. It provides more connection points in a limited space, enabling more compact cabling and higher port density.