An MPO patch cord features a compact, high-density Multi-Fiber Push-On (MPO) connector, designed for quick and efficient patching in data centers, allowing for a large number of fibers to be connected in a single plug with keying mechanisms to ensure proper polarity; key specifications include fiber count, cable type (singlemode or multimode), connector gender (male or female), length, and polarity, often used in high-bandwidth applications due to its ability to handle multiple fibers simultaneously.
Key Features:
- High Fiber Density: MPO connectors can accommodate a large number of fibers in a single connector, enabling high-density cabling in limited space.
- Polarity Management: Keying mechanisms on the connector ensure proper fiber alignment and polarity, preventing transmission errors.
- Quick Deployment: Push-on design allows for fast and easy connection and disconnection.
- Compact Cable: Typically uses a small diameter cable for space-saving installations.
- Breakout Options: Can be used with breakout cables to connect to individual fiber optic connections like LC or SC.
- Connectors: MPO male to MPO female, Male (with pins) or Female (without pins)
- Fiber Count: Number of individual fibers within the MPO connector (e.g., 12, 24, 48)
- Fiber Type: Singlemode (SM) or Multimode (OM3, OM4)
- Jacket Material: LSZH (low smoke zero halogen) or PVC
- Polarity: Type A or Type B designation indicating fiber arrangement
- Cable Diameter: 3mm – Custom lengths based on requirement
- Insertion Loss: Specified maximum value depending on fiber type and connector polish
- Return Loss: Specified minimum value
- Operating Temperature Range: Typically -20°C to 70°C
- High-density data center interconnects
- Connecting network switches and routers with high fiber count ports
- Interfacing with MPO-based active optical devices
- Important Considerations When Selecting an MPO Patch Cord:
- Choose the fiber count that matches the number of ports on your devices.
- Select singlemode for long-distance transmission or multimode for shorter distances within a data center.
- Ensure the polarity of the patch cord matches the polarity of your equipment.




