MPO Patch Cord
Efficient Data Transmission with MPO Patch Cords for Hyperscale Data Centers
About
HFCL MPO Patch Cords are engineered for high-density, multi-fiber connectivity in data center and cloud environments. Using precision multi-fiber connectors, they enable parallel optical transmission for high-speed links including 40G, 100G and higher. Accurate fiber alignment and controlled polarity support dependable link performance. Their compact form factor reduces rack congestion and simplifies structured cabling, enabling faster deployment of scalable and future-ready network architectures.
Features
Benefits
Ideal for High-density Networks
Perfect for applications requiring multiple connections in a compact space, such as in high-density data centers or telecom networks
Robust and Long-lasting Performance
Built to endure high-traffic, high-density environments, providing long-term network reliability
Scalable High-speed Performance
Future-proof design ensures compatibility with evolving high-speed networking standards, such as 10G, 40G, and 100G Ethernet
Streamlined Installation Process
Pre-terminated MPO connectors simplify deployment, reducing installation time and the potential for on-site errors
Key Specifications
Applications
- Plug and Play Systems
- High Density Fiber Systems
- Backbone Enterprise Networks
- Data Communication Networks
- High Integration Equipment and Devices
- Data Center & Storage Area Network (SAN)
Variants
- MPO
- MPO FC/APC
FAQs
Our MPO Patch Cord is a fiber optic cable assembly with MPO connectors at both ends, designed for high-density and efficient data transmission in networking applications.
It can accommodate up to 8, 12 or 24 fibers.
The main applications of an MPO patch cord include CATV networks, FTTH (Fiber To The Home), array trunk cables and optical switching interframe connections.
Multimode MPO patch cords are designed for short-distance, high-bandwidth applications, while single-mode MPO patch cords are suitable for longer-distance transmissions with lower signal dispersion.