Huijue Fiber Optic Patch Cord Model List

Huijue offers a wide range of fiber optic patch cords, including single-mode and multimode options, with various connector types and configurations suitable for telecom, data centers, and LAN applications.

Fiber Modes

Huijue fiber optic patch cords are available in Single-Mode (SM) and Multimode (MM) variants. Single-mode fibers (G652D/G657A) are ideal for long-distance transmission with low attenuation, while multimode fibers (OM3/OM4) support high-bandwidth, short-distance applications such as data centers and LANs .

Connector Types

Huijue supports a variety of mainstream connectors, including:

• LC: Small form factor, push-pull mechanism, commonly used in high-density data centers.
• SC: Square snap-in connector, widely used in PON and enterprise networks.
• FC: Bayonet mount, suitable for telecom and long-haul networks.
• ST, MPO, MU, MT-RJ, E2000, DIN: Available for specialized applications . Connectors are offered with UPC (Ultra Physical Contact) or APC (Angled Physical Contact) polishing to optimize return loss and signal quality.

Cable Configurations

Huijue patch cords come in Simplex (single fiber) and Duplex (paired fibers) configurations, allowing flexible deployment depending on network requirements . The outer jacket colors follow industry standards for easy identification:

• Single-mode: Yellow
• Multimode OM1/OM2: Orange
• OM3: Aqua
• OM4: Violet
• OM5: Lime Green

Applications

These patch cords are suitable for:

• FTTH (Fiber to the Home)
• Data centers
• Local Area Networks (LAN)
• CATV systems
• Telecom cabinets and optical distribution frames

Additional Features

• Low insertion loss and high return loss for reliable signal transmission.
• Kevlar reinforcement under the jacket for durability and handling resilience.
• Customizable lengths, jacket colors, and printing for project-specific requirements . Huijue's fiber optic patch cords are designed to meet global standards and can be tailored for specific installation environments, ensuring compatibility and optimal network performance.