EFB MTPF48MTPFOS2-25-A OS2 Singlemode 48-vezel MTP APC patchkabel, 25 m, geel

This EFB MTPF48MTPFOS2-25-A is a 48-fiber OS2 singlemode trunk cable terminated with MTP female connectors on both ends. Unlike standard duplex patch cords, it consolidates 48 fibers into a single high-density link, making it ideal for data center backbones, InfiniBand fabrics, and SAN environments where space and scalability are critical. The 25-meter length suits inter-rack or cross-connect runs, and the yellow LSZH jacket provides low-smoke, zero-halogen safety in populated areas.

Highlights

• 48 fibers in one MTP connector pair for high-density patching
• OS2 singlemode fiber with 9/125 µm core/cladding supports long-reach transmission
• MTP female connectors with APC polish for low back reflection
• LSZH yellow jacket for safety in enclosed spaces
• Type A polarity for consistent channel mapping

In daily use

This cable is built for structured cabling in data centers and high-performance computing clusters. The MTP connectors allow quick deployment of parallel optics or breakout configurations, reducing installation time compared to individual duplex cables. The singlemode fiber supports future bandwidth upgrades without recabling, and the 25-meter length covers typical row-to-row or end-of-row connections.

Full specifications

• Cable type: Fiber optic / InfiniBand
• Fiber type: OS2 singlemode
• Number of fibers: 48
• Connector type (both ends): MTP (MPO) female
• Connector polish: APC
• Cable length: 25 m
• Cable colour: Yellow
• Polarity: Type A
• Core/cladding diameter: 9/125 µm
• Jacket material: LSZH
• Insertion loss (typical): 0.35 dB per connector
• Return loss (typical): ≥ 60 dB
• Application: InfiniBand, data center, high-speed networking, SAN
• Operating temperature: -20°C to 70°C
• Storage temperature: -40°C to 85°C
• Minimum bend radius: 10 mm (dynamic), 30 mm (static)
• Compliance: RoHS, TIA/EIA-568-C.3, IEC-61754-7

Final note

For high-density fiber infrastructure, the MTPF48MTPFOS2-25-A delivers reliable singlemode performance in a compact, factory-terminated assembly.