Lenovo 8-Channel 12Gb/s SAS Storage Controller for V3700 V2

Overview

The Lenovo 01DC657 is an eight-channel SAS storage controller designed specifically for the V3700 V2 system. It supports a 12 Gb/s interface, delivering fast and reliable data transfer that meets the demands of intensive workloads such as virtualization, large database queries, and media streaming. This controller enhances the storage array’s bandwidth and path redundancy, helping to reduce bottlenecks and improve overall system responsiveness.

Key features

• Eight independent SAS channels that increase bandwidth and provide better path redundancy for smoother data flow during peak usage.
• 12 Gb/s data transfer speed to accelerate demanding enterprise workloads and reduce backup windows.
• Seamless integration with the Lenovo V3700 V2 chassis and management tools, allowing quick installation and minimal downtime.
• Improves system reliability by reducing performance bottlenecks and supporting consistent I/O throughput.
• Designed to support environments requiring steady uptime, such as data centers and branch offices consolidating shared storage.

Key specs

• Channels: 8 SAS channels
• Data transfer rate: 12 Gb/s per channel
• Compatibility: Lenovo V3700 V2 storage system
• Interface type: SAS (Serial Attached SCSI)

Connectivity and compatibility

This controller fits directly into the Lenovo V3700 V2 chassis, ensuring compatibility with existing hardware and software management tools. It supports SAS connections that enable high-speed communication between storage devices and the host system, making it a reliable choice for expanding or upgrading your current storage infrastructure.

Ideal uses and environments

The Lenovo 01DC657 is well suited to enterprise data centers and branch offices that require consistent and high-throughput storage performance. It supports workloads that involve virtualization, large-scale database operations, and media streaming, making it a strong choice for IT teams looking to extend the life and capabilities of their V3700 V2 arrays without a full platform replacement.