OM2 LC-SC 1.5 Patchcord

The OM2 LC-SC 1.5 Patchcord is a high-quality fiber optic cable designed to facilitate efficient data transmission within a multimode optical fiber network. With LC and SC connectors, this patchcord offers reliable connectivity and optimal signal integrity, making it a crucial component for various applications that require high-speed optical communication.

Product Features:

• Fiber Type (OM2): OM2 refers to multimode optical fibers that are designed to support lower bandwidths and shorter distances compared to singlemode fibers. They are commonly used in LAN (Local Area Network) applications.
• Connector Types: The patchcord features an LC (Lucent Connector) connector on one end and an SC (Subscriber Connector) connector on the other end. This combination allows for versatility in network connections.
• Cable Length: With a length of 1.5 meters (approximately 4.9 feet), the patchcord provides a convenient connection between devices that are located near each other.
• Applications: Suited for applications requiring high-speed data transmission over shorter distances, such as local area networks, data centers, and enterprise environments.
• Quality Components: The patchcord incorporates high-quality connectors, cables, and protective elements to ensure durability and reliable performance.
• Durability: Built to withstand common stresses encountered during networking installations, the patchcord is designed to be durable and dependable.
• Interchangeable: The standardized LC and SC connectors allow for easy interchangeability with compatible devices, patch panels, and optical equipment.
• Optical Performance: The patchcord is engineered to meet or exceed industry standards for optical performance, ensuring consistent and reliable signal transmission.
• Color Coding: Connectors and cables may feature distinct colors to aid in identification and organization within network setups.
• Warranty: Some patch cords may come with a warranty period, providing assurance of the product’s quality and performance.