StarTech 7m (23ft) MTP®/MPO Fiber Optic Cable, 12F Type-B, OM4 Multimode MTP/PC Female Fiber Jumper, 50/125, OFNP Plenum
Quick tech specs
- MTP?/PC Female Plenum-Rated OM4 Multimode fiber cable supports 100Gbps full-duplex connections
- 12-Fiber MTP? Elite Type-B Pinout; 850nm or 1300nm VCSEL; Modal Bandwidth: >=4700MHz?km at 850nm
- Cable individually tested for signal integrity; Ideal for high-density network applications such as data centers/SANs and QSFP+ connections
- Ensure compliant cable runs with an OFNP Plenum-rated jacket; 50/125æm fiber core/cladding; Cable O.D.: 3.0mm; Temp Range: 0 to 70C (32 to 158F)
Know your gear
This OM4 MTP®/MPO multimode fiber cable supports high-density 40G and 100G connections between switches and servers, helping reduce cable bulk and simplify routing across data hall racks. The 12-fiber design supports high-speed MTP®/MPO connectivity for multi-fiber network applications, while the Erika Violet jacket follows TIA standards to clearly distinguish OM4 from Aqua OM3 cabling.
Engineered for Reliable Multimode Performance
Constructed with OM4 50/125µm laser-optimized Corning glass, this cable delivers consistent high-bandwidth transmission for data center and backbone links. Type-B polarity MTP® Elite connector maintains proper transmit/receive alignment for multi-lane connections, ensuring reliable performance without additional crossover components. Each cable is individually tested for signal integrity.
Plenum-Rated for In-Building Installation
The OFNP plenum-rated jacket meets strict fire and low-smoke requirements, making it suitable for routing through air-handling spaces in commercial and enterprise environments, including data center and in-wall pathways.
Deploy in Scalable Fiber Networks
Designed for use with structured MTP®/MPO systems, including multi-fiber trunks, cassettes, and patching setups, this cable supports scalability for growing fiber networks and straightforward migration between 10G, 40G, and 100G infrastructure. The 12-fiber format enables high-density connectivity while reducing overall cable count for cleaner, more efficient installations.