METZ CONNECT 6-Port SC Duplex OM4 Fiber Optic Splice Patch Panel 1U 19 inch Rack Mount 150457BB06-F

For fiber infrastructure where every decibel counts, this METZ CONNECT splice panel delivers OM4 performance in a dense 1U form factor. Six SC duplex ports provide twelve fiber terminations, while pre-assembled pigtails and an integrated splice tray cut installation time dramatically. The steel housing and zirconia ceramic adapter sleeves ensure stable, low-loss connections in demanding data center or enterprise environments.

Highlights

• 6x SC Duplex ports (12 fibers) in 1U 19-inch rack space
• OM4 multimode fiber supports 40/100 GbE short-reach links
• Pre-assembled pigtails and splice tray for fast deployment
• Zirconia ceramic sleeves for <0.3 dB typical insertion loss
• Robust steel housing with rear cable entry

In daily use

Technicians will appreciate the panel's straightforward rear cable management and clearly labeled ports. The splice tray slides out for easy access, and the pre-terminated pigtails eliminate field polishing. OM4 grade ensures compatibility with high-speed multimode transceivers, making this panel a future-ready choice for backbone or horizontal cabling.

Full specifications

• Product type: Fiber optic splice patch panel
• Fiber type: Multimode OM4
• Ports: 6x SC Duplex (12 fibers total)
• Mounting: 19-inch rack, 1U height
• Housing material: Steel
• Cable entry: Rear
• Splice tray included: Yes
• Pigtails included: Yes, pre-assembled
• Adapter sleeve material: Zirconia ceramic
• Insertion loss (typical): < 0.3 dB
• Return loss (typical): > 30 dB
• Operating temperature: -10°C to +60°C
• Storage temperature: -25°C to +70°C
• Standards compliance: IEC 61753-1, TIA/EIA-568.C.3
• Application: Data centers, LAN, telecommunications

Final note

METZ CONNECT builds on decades of German engineering to deliver a splice panel that balances density, performance, and ease of installation. Whether you're upgrading an existing rack or building new fiber infrastructure, this panel provides a reliable, standards-compliant termination point.