EFB Elektronik MPO-PLUS (M)-LC haaroituskaapeli OM4 12 kuitua tyyppi B LSZH erikavioletti 1 m MPOM12LCOM4-1

This fanout cable delivers OM4 multimode performance with 12 fibers and a low insertion loss of less than 0.35 dB on the MPO connector, making it ideal for high-density 40G/100G network links.

Overview

The EFB Elektronik MPOM12LCOM4-1 is a 1-meter fanout fiber optic cable that transitions from a single MPO-PLUS male connector to six LC duplex connectors, supporting 12 fibers in total. It is built with OM4 multimode fiber (50/125 µm) and features a Type B polarity for consistent signal routing. The LSZH jacket in erika-violet ensures low smoke and zero halogen emissions in case of fire, making it suitable for indoor installations where safety is a priority.

What stands out

• OM4 multimode fiber supports 40G and 100G Ethernet up to 150 meters at 850 nm.
• MPO-PLUS male connector with low insertion loss (< 0.35 dB) ensures reliable connections.
• Fanout design with six LC duplex connectors simplifies patching to individual ports.
• Type B polarity maintains correct transmit/receive alignment in parallel optics.
• LSZH jacket in erika-violet meets strict fire safety requirements for indoor use.

Technical details

• Fiber type: Multimode OM4, 50/125 µm core/cladding diameter
• Number of fibers: 12
• Connector A: MPO-PLUS male (12-fiber)
• Connector B: 6x LC duplex
• Polarity: Type B
• Cable length: 1 meter
• Jacket material: LSZH (Low Smoke Zero Halogen)
• Jacket color: Erika-Violet
• Maximum insertion loss (MPO): < 0.35 dB
• Maximum insertion loss (LC): < 0.25 dB
• Return loss (MPO): > 20 dB
• Return loss (LC): > 20 dB
• Operating temperature: -10°C to +60°C
• Storage temperature: -20°C to +70°C
• Attenuation at 850 nm: 2.3 dB/km
• Attenuation at 1300 nm: 0.6 dB/km
• Bandwidth at 850 nm: 4700 MHz·km
• Bandwidth at 1300 nm: 500 MHz·km

Our verdict

With its OM4 performance, low insertion loss, and LSZH safety jacket, this fanout cable is a solid choice for modern data centers and enterprise networks requiring high-density fiber connectivity.