Cisco C220 M4 1U Rack Server – Dual Xeon E5-2640 v3, 16GB RAM, 12Gb/s SAS/SATA

The Cisco UCS C220 M4 Rack Server is a versatile, enterprise-class backbone designed to empower data centers with reliable performance and flexible scalability. Engineered as a compact 1U, two-socket server, it brings robust processing, solid memory capacity, and high-speed storage I/O to a wide range of workloads—from virtualization and databases to file services and web-scale applications. Built on Cisco’s renowned UCS platform, this server is optimized for efficiency, manageability, and hard-working uptime in environments where density, reliability, and predictable performance matter most.

• High-density dual-processor power: Designed around two Intel Xeon E5-2640 v3 processors clocked at 2.60 GHz, this C220 M4 delivers strong multi-threaded performance for virtualization, database queries, and enterprise applications. The dual-socket configuration enables smarter resource allocation, better parallel processing, and improved throughput for concurrent workloads, helping IT teams consolidate workloads without sacrificing responsiveness.
• Solid memory foundation with room to grow: Out-of-the-box the server ships with 16 GB of RAM, providing a ready-to-run platform for mid-scale virtual machines, line-of-business apps, and compute-intensive services. The modular design supports future memory expansion, allowing you to scale to meet evolving demand as your workloads expand or consolidate, all while maintaining a compact 1U footprint.
• Blazing fast storage interface for data-intensive workloads: Equipped with a 12 Gb/s SAS and SATA controller, the C220 M4 enables high-speed data transfer and scalable storage connectivity. This performance backbone is ideal for databases, large file repositories, and I/O-heavy applications where quick access to storage translates to lower latency and faster query performance. The controller provides the flexibility to deploy a range of storage configurations to fit your budget and capacity needs.
• Enterprise-grade manageability with Cisco UCS: The C220 M4 inherits Cisco UCS reliability and lifecycle management, including centralized monitoring, firmware updates, and efficient provisioning. Cisco’s integrated management capabilities simplify deployment, ongoing maintenance, and remote administration, reducing rack-time and allowing IT teams to focus on delivering services rather than performing routine maintenance tasks. This makes the C220 M4 a natural choice for organizations standardizing on Cisco UCS for unified infrastructure management.
• Versatile for a broad spectrum of workloads: This server is well-suited for virtualization platforms, essential business applications, data services, and virtualization-enabled databases. Its balanced CPU, memory, and storage capabilities make it a practical workhorse for data centers that require reliable performance, quick provisioning, and a scalable foundation to support evolving workloads without overhauling their hardware stack.

Technical Details of Cisco C220 M4 Rack Server

• Model: Cisco UCS C220 M4 Rack Server
• Form Factor: 1U rack-mounted server
• Processors: 2 x Intel Xeon E5-2640 v3 @ 2.60 GHz
• Memory: 16 GB RAM (typical configuration; scalable with additional DIMMs as supported by the platform)
• Storage Controller: 12 Gb/s SAS, Serial ATA Controller for high-speed data access
• Platform benefits: Enterprise-class reliability, Cisco UCS integration, and efficient power and cooling to support dense data-center deployments

How to Install Cisco C220 M4

Installing the Cisco UCS C220 M4 is a straightforward process designed to minimize downtime and maximize reliability in busy data centers. Start with a standard 19-inch equipment rack and conditioned power sources to ensure stable operation. Follow these steps to bring the server online and configured for your environment:

1) Rack mounting and physical inspection: Mount the C220 M4 securely in the rack using the appropriate rails. Confirm that all field-serviceable components, such as drive sleds or PCIe cards if installed, are properly seated. Inspect the unit for any transit damage and verify that all cabling is routed to avoid blockages to airflow.

2) Connect power, network, and management interfaces: Attach the power supply cables and connect network interfaces according to your topology. If you will use Cisco Integrated Management Controller (CIMC) for remote management, connect a management network cable to the CIMC port or the appropriate management network interface as per your data center practices. Ensure that CIMC or equivalent management tooling can reach the server for remote administration and monitoring.

3) Power up and access CIMC: Turn on the server and access the Cisco Integrated Management Controller (CIMC) via the dedicated management port or through the network, depending on your setup. CIMC provides a centralized interface for monitoring health, configuring hardware components, updating firmware, and performing remote operations. This step is critical for secure boot configuration and ongoing lifecycle management.

4) BIOS and firmware configuration: Enter the system BIOS to configure boot order, CPU and memory settings, and hardware virtualization features as required by your workloads. Use CIMC to push firmware updates and apply any recommended patches for the storage controller, NICs, and the motherboard. Keeping firmware current helps ensure compatibility, performance, and resilience in enterprise environments.

5) Deploy storage and operating system: Depending on your storage architecture, set up storage volumes through the SAS/SATA controller, configure RAID if applicable, and prepare bootable media or network installations to deploy your operating system. The C220 M4 supports a variety of OS choices common in data centers, including virtualization hypervisors and server-grade operating systems. During OS deployment, verify driver availability for storage controllers and NICs to ensure full network and disk I/O functionality from first boot.

6) Validate performance and security settings: After OS installation, validate system performance using representative workloads and ensure security baselines are in place. Confirm that CIMC monitoring, alerts, and firmware policies trigger as expected. Run basic stress tests to verify thermal behavior and power consumption, making any BIOS or firmware adjustments as needed to maintain reliable operation under load.

7) Create a standard operating procedure: Document the configuration steps, firmware versions, and maintenance windows to standardize future upgrades. Establish backup, monitoring, and disaster recovery strategies aligned with your organization’s IT governance to maximize uptime and minimize risk during routine maintenance.

Frequently Asked Questions

• What is the processor configuration of the Cisco C220 M4? The server ships with two Intel Xeon E5-2640 v3 processors running at 2.60 GHz, delivering robust multi-threaded performance suitable for virtualization, databases, and enterprise applications.
• How much memory does it include out of the box? It comes with 16 GB of RAM, providing a solid foundation for mid-range virtualization and server workloads, with room to scale through upgrade options supported by the system.
• What storage controller is included? The system features a 12 Gb/s SAS and Serial ATA (SATA) controller, enabling high-speed data transfer and flexible storage configurations to support a variety of workloads and capacity requirements.
• Is CIMC or another remote management capability available? Yes. Cisco Integrated Management Controller (CIMC) is available for remote management, monitoring, firmware updates, and lifecycle management, helping administrators provision and maintain servers with greater efficiency.
• What workloads is this server best suited for? The Cisco C220 M4 is well-suited for virtualization, enterprise applications, data services, file servers, and web-based workloads. Its dual-socket design, memory footprint, and fast storage I/O make it a reliable general-purpose platform capable of supporting a range of critical business services.