Lenovo 20M MPO-MPO OM4 MMF Cable

Overview

The Lenovo 7Z57A03571 is a 20-meter fiber optic cable designed for high-speed data transmission within modern network environments. It features MPO male connectors on both ends and adheres to the OM4 multimode fiber standard, enabling efficient and low-loss data transfer over short distances. This cable is ideal for connecting critical network components such as top-of-rack switches, spine switches, patch panels, and high-performance servers in data centers.

Key features

• OM4 multimode fiber supports high-bandwidth data transfer with minimal signal loss over short distances
• MPO male connectors enable quick and secure plug-and-play installation, reducing setup time
• Black round jacket provides a balance of protection and flexibility, allowing easy routing through cable management systems
• Supports parallel optical interconnects commonly used in enterprise and cloud data center networks
• Flexible design helps maintain proper bend radius, minimizing the risk of fiber damage during installation and maintenance

Key specs

• Cable length: 20 meters
• Fiber type: OM4 multimode
• Connector type: MPO male on both ends
• Jacket design: round, black

Connectivity and compatibility

This cable is well suited for linking network devices that utilize MPO connectors and OM4 multimode fiber, including switches, patch panels, transceivers, and servers. It fits naturally into data center setups that require parallel optical interconnects for high-speed Ethernet or Fibre Channel connections.

Installation and setup

The cable’s flexible round jacket simplifies routing through dense cable trays, under raised floors, or within overhead pathways. Its design helps installers maintain recommended bend-radius guidelines, which reduces the risk of fiber damage and supports easier moves, adds, and changes in complex network environments.

Ideal uses and environments

This Lenovo fiber optic cable is a strong choice for enterprise and cloud data centers that demand reliable, high-bandwidth links over short distances. It works well in rack-to-rack connections, spine-to-leaf architectures, and other scenarios where low latency and signal integrity are critical. Network engineers and IT teams will appreciate its straightforward installation and dependable performance in mission-critical setups.