Lanview LVO-PIG-LCUPC-12CORE-OM4-2M

The Lanview LVO-PIG-LCUPC-12CORE-OM4-2M is a 2-meter multimode fiber patch cable with 12 cores and LC UPC connectors, manufactured for high-density network environments. Built with OM4 fiber and a low-smoke zero-halogen (LSZH) tight-buffer jacket, this cable is intended for reliable, high-bandwidth data transmission in data centers, industrial sites and computer rooms.

Advantages

This OM4 12-core LC UPC patch cable offers enhanced bandwidth and reduced modal dispersion compared with lower-grade multimode fibers. The LSZH tight-buffer sheath lowers toxic smoke and halogen emissions in case of fire, making the cable suitable for enclosed or public spaces. At 2 meters length it provides a compact, manageable link for short-range interconnections and high-density patching panels.

Suitable for

• Data center rack-to-rack and cabinet patching
• Interconnects in computer rooms and server halls
• High-density fiber panels and fiber distribution frames
• Industrial network infrastructure requiring LSZH materials

Key specifications

• Manufacturer: Lanview
• Model / MPN: LVO-PIG-LCUPC-12CORE-OM4-2M
• Length: 2 m
• Fiber type: OM4 multimode
• Cores: 12
• Connector type: LC UPC
• Jacket: LSZH (tight buffer)
• Category: Network Cables
• EAN: 5715328119833

How to use

Install the cable by plugging the LC UPC connectors into matching LC ports on patch panels, transceivers or switches, ensuring correct alignment and a secure connection. Route the cable along cable management trays or within racks to avoid tight bends; maintain the minimum bend radius specified by the system manufacturer. For best performance, keep connectors clean and protected with dust caps when not in use and perform standard fiber inspection before mating.

Recommendations

Use this 2 m OM4 LC UPC 12-core cable for short-range, high-density fiber links in data centers and computer rooms. Prefer LSZH cabling where low smoke and halogen-free characteristics are required by building codes or site safety policies. Clean connectors before connection and avoid exceeding recommended bend radii to preserve signal integrity.