12 Cores Female MPO to MPO Multimode mm Optical Cable, Polarity A

12 Cores Female MPO to MPO Multimode MM Optical Cable, Polarity AItem Description:PUNO's MTP® trunk multicore cable assemblies facilitate rapid deployment of high density backbone cabling in data centres and other high fibre environments reducing network installation or reconfiguration time and cost. They are used to interconnect cassettes, panels or MTP® fanouts. MTP® trunk assemblies are offered in fibre types in standard 12, 24 or 48 core versions using a compact and rugged micro cable structure. The compact cables optimise cableway use and improve airflow. These MTP® trunks are built with highest quality components. Low loss Elite versions are offered featuring low insertion loss for demanding high speed networks where power budgets are critical.Keyed Characteristics:• NTT Compatible;
• Low loss interconnect;
• Push-pull mating of MTP for quick connections;
• 100% tested;
• Compliance with the 40 and 100Gbps protocols.
• Consistent and repeatable performance.Applications:• High density interconnects for:Telephony central office and local loop & Data Communications;
• Provides interconnect for parallel optical transmitters and receivers.Technical Attibutes:
Short name12/24F OM3 Trunk Cables
Attenuation Coefficient
[dB/km]≤ 3.5 Max (850nm)
≤ 1.5 Max (1300nm)
≤ 2.7 Typ (850nm)
≤ 0.9 typ (1300nm)Standards ComplianceTIA/EIA-568-C.3 and ISO/IEC 11801Color OptionsMM Elite (Aqua)
Cable Performance:
Fiber Type (ISO/IEC 11801)50/125um, OM3, Aqua
Attenuation Coefficient
[dB/km]≤3.5 Max(850nm)
≤1.5 Max(1300nm)
≤2.7 Typ.(850nm)
≤0.9 Typ.(1300nm)Minimum Bandwidth:Overfilled Launch [Mhz-km]≥1500(850nm)
≥500(1300nm)Minimum Bandwidth: Laser Effective Modal Bandwidth[Mhz-km]≥2000(850nm)
Jacket MaterialRiser - OFNR
LSZH - Low Smoke Zero Halogen
Plenum - OFNP
Test Assured Program3D interferometer provides verification of MTP/MPO polishing process, and making all parameters of the polished MT ferrule complies and exceeds industry standards. Clean optical connectors are paramount in providing a reliable, high-performance fiber optic infrastructure.