High-Density MPO Cables for Data Centers - Quality Solutions from China Suppliers and Factory
Product Introduction
MPO Patch Cord (Multi-fiber Push-On Patch Cord) is the "key link" for data centers to realize large-scale, high-speed optical signal transmission. Its multi-channel integration solves traditional single-fiber issues (insufficient density, complex cabling) and is widely used for interconnections in data centers (e.g., switch-server, optical module-patch panel).
In applications, it adapts to Spine-Leaf networks (connecting Leaf/Spine switches for redundant interconnection) and high-density server areas (simplifying cabling via "MPO backbone + breakout cords" to cut O&M costs). Some versions have anti-misinsertion (key coding) and bend-resistant designs, fitting 24/7 data center operations and supporting digital economy data transmission.
Faster Installation, Less Downtime
No special tools required—just push to connect, pull to disconnect. A technician can replace an MPO patch cable in just 30 seconds, compared to 5 minutes for a single fiber strand.
They feature "key coding" (small grooves on the connector) to prevent mis-mating. This prevents accidental damage from forcing connections.
These cables are extremely robust—they can withstand bending (within reason) without breaking the fiber. Ideal for busy factories with vibrating machinery or data center racks subject to movement.
Applications & Characteristics
- High Integration, Save Space: Maximizes rack utility by integrating multiple fibers into a single interface.
- Low Loss, High Reliability: Ensures stable transmission with insertion loss ≤0.3dB and return loss >50dB.
- Quick Plugging and Unplugging: Simplifies setup, maintenance, and system upgrades.
MT-MT Jumpers Applications
MT-MT jumpers are widely used in various types of parallel transmission optical transceiver modules, such as QSFP, QSFP+, QSFP28, 100G PSM4, QSFP-DD, Micro, OSFP, CXP, CFP, and CDFP. They play an important role in high-speed optical communication networks, data centers, and other fields, supporting data transmission rates of 40G (4x10G), 100G (4x25G), 4x32G, 200G (8x25G), 800G (8x100G), etc.




