Lenovo 00MP544 Mellanox QSFP28 to QSFP28 InfiniBand Cable

Overview

The Lenovo 00MP544 is a fiber optic InfiniBand cable designed to provide high-speed, low-latency data connections between networking devices. With QSFP28 connectors on both ends and a length of 33 feet, it supports reliable rack-to-rack or row-to-row links without the signal degradation common in copper cables. This cable is tailored for Mellanox environments and integrates seamlessly with Lenovo systems identified by part numbers 0724017, 0724020, and 0724021, making it a practical choice for data center administrators seeking consistent performance and compatibility.

Key features

• QSFP28 connectors ensure direct and efficient InfiniBand integration for high-speed data transfer.
• 33-foot fiber optic length allows flexible placement across racks or rows while maintaining signal integrity.
• Fiber construction reduces latency and signal loss, supporting demanding workloads like HPC clusters and AI training.
• Factory-terminated cable arrives ready for quick installation, minimizing downtime during setup or maintenance.
• Compatible with specific Lenovo systems to guarantee straightforward integration within existing infrastructure.

Key specs

• Connector type: QSFP28 to QSFP28
• Cable length: 33 feet (approximately 10 meters)
• Cable type: Fiber optic
• Compatibility: Lenovo systems 0724017, 0724020, 0724021

Connectivity and compatibility

This cable is designed specifically for InfiniBand networks using QSFP28 interfaces, which are common in high-performance computing and data center environments. Its compatibility with select Lenovo systems ensures it fits well into existing setups without requiring additional adapters or configuration changes. The fiber optic design supports stable, high-bandwidth connections over longer distances than copper alternatives, making it suitable for linking servers and switches across multiple racks or rows.

Ideal uses and environments

The Lenovo 00MP544 excels in data centers that rely on Mellanox InfiniBand fabrics for their networking needs. It is well suited to environments where low latency and high throughput are critical, such as HPC clusters, AI training nodes, and large-scale storage systems. Its length and fiber optic construction make it a strong choice for extending network fabrics across larger physical spaces without sacrificing performance.