Crafted with Corning G657A1 bend insensitive fiber, MTP|MPO cable could routing scenarios with a 10mm static bend radius. And MTP|MPO cable is equipped with elite low loss MPO|MTP connector boasting maximum insertion loss ≤0.35dB to ensure minimal signal degradation for high speed transmissions. Come with OFNR rated jacket, the 72cores MTP|MPO cable is suitable for vertical riser installations, making it ideal for deployment in data centers, enterprise backbones, and telecom closets where reliable fire protection and space efficient connectivity are critical.
72Cores MPO|MTP optical cable consists of a central FRP strength member, and surrounding 3.0mm 6*12Cores sub-unit cable. Each sub-unit cable is surrounded with aramid yarn, and finally wrapped in an outer sheath.
Double sheath design of MPO|MTP fiber cable enhances physical protection. Combined with the inner jacket and aramid yarn, it creates a dual safety for the 250μm bare optical fiber. The outer sheath is abrasion and impact-resistant, while the inner sheath protects the fiber glass. The aramid yarn enhances the MPO|MTP cable's tensile strength, allowing it to withstand the bending and pulling of complex cabling environments while stably protecting the signal transmission performance of the fiber cores. This makes high density multi-core network connections more durable and reliable.
UnitekFiber's MPO connectors comply with IEC 61754-7 standards. We can provide comprehensive SGS reports and reliability test reports to ensure product traceability. All MPO|MTP fiber cable undergo 100% testing to ensure insertion loss is less than 0.35 dB. In addition, we offer standard loss MPO connectors (insertion loss ≤0.70 dB) or US Corning MTP connectors as optional solutions. We also offer 8/12/16/24cores MPO|MTP connectors for your selection.
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UnitekFiber's 48C, 72C, 96C, and 192C MPO|MTP trunk cables are widely deployed as backbone connections in data center patch panels (MDA, EDA). Terminated into MPO adapter panels on both ends, these MPO|MTP cables streamline centralized distribution and high density cabling management, making them ideal for high density deployments and scalable infrastructure. MPO|MTP fiber cables are typically designed for a longer cable length in cabinet to cabinet applications or for connecting different areas of a building.
No, this MPO cable uses multimode OM4 fiber, which is not compatible with single-mode equipment. But we offer customized service, you could kindly contact us for more details.
It is ideal for high density, high speed network environments such as data centers (server-to-switch connections, backbone cabling), enterprise core networks, cloud computing facilities, and high-performance computing (HPC) clusters that require large-bandwidth data transmission.
Yes, each male MPO connector is equipped with a dust cap by default. When the cable is not in use, always keep the dust cap on to prevent dust, dirt, or scratches on the ferrule endface, which can cause signal loss or connector damage. Additionally, avoid touching the ferrule endface with bare hands.
Use a dedicated MPO connector cleaning tool (e.g., MPO dry cleaning cassettes/pen or wet cleaning swabs with isopropyl alcohol).
It is ideal for high density, high speed network environments such as data centers (server-to-switch connections, backbone cabling), enterprise core networks, cloud computing facilities, and high-performance computing (HPC) clusters that require large-bandwidth data transmission.
4×24 core structure keeps fibers neatly arranged, with clear labeling for each link. Troubleshooting is a breeze, we can identify the target line at a glance. Plugging and unplugging won’t disturb adjacent cables, slashing maintenance costs significantly.
MPO cable boasts impressive tensile strength. We accidentally pulled it during installation, but there was no signal interruption or physical damage. The robust construction ensures a long service life even in harsh data center conditions.
We deployed it for our 100G backbone network, and it exceeded expectations. The singlemode fiber supports high bandwidth with minimal signal loss, making it the go to choice for high speed network setups.
The low return loss design prevents signal reflection, ensuring high quality data transmission. We noticed a noticeable improvement in signal integrity compared to our old cables.
