Cisco C220 M4 1U Rack Server with Dual Intel Xeon E5-2630 v4, 64 GB RAM

The Cisco C220 M4 1U Rack Server is a robust, high-performance platform designed to meet the demanding needs of modern businesses. Built for scalability and reliability, this server is ideal for a wide range of workloads, including virtualization environments, database hosting, web services, and business-critical applications. Powered by two Intel Xeon E5-2630 v4 processors at 2.20 GHz and equipped with 64 GB of memory, the C220 M4 delivers the horsepower needed to handle dense virtualized clusters, multi-tenant environments, and data-intensive tasks with ease. Its Serial ATA/600 storage controller provides fast data access and flexible storage configurations, enabling you to optimize performance while keeping cost under control. In a compact 1U footprint, the C220 M4 is a versatile backbone for data centers, small to mid-sized IT shops, and remote office deployments where space and efficiency matter. When uptime, reliability, and scalability matter, Cisco’s C-series servers offer a trusted foundation to support your applications, consolidate workloads, and simplify enterprise IT operations.

• Dual Intel Xeon E5-2630 v4 processors at 2.20 GHz deliver enterprise-class performance with ample core counts, enabling smooth virtualization, multi-VM density, and fast data processing for demanding workloads without bottlenecks.
• 64 GB RAM provides ample headroom for virtualization hypervisors, in-memory caching, large databases, and high-traffic web services, ensuring responsive performance even under peak demand and complex workloads.
• Serial ATA/600 storage controller supports high-speed data transfer and flexible storage configurations. This controller enables reliable OS and data drive performance with compatibility for a wide range of drives, including SATA SSDs for tiered storage strategies.
• 1U rack form factor maximizes data-center density and simplifies cable management, airflow, and power distribution. The slim profile makes it an excellent choice for consolidated compute nodes, edge deployments, or data-center growth without sacrificing rack space.
• Enterprise-grade manageability and reliability with remote administration and monitoring options, enabling proactive health checks, firmware updates, and resource provisioning from a centralized management interface. This capability reduces mean time to repair (MTTR) and supports scalable IT operations across multiple servers.

Technical Details of Cisco C220 M4 1U Rack Server

• Model: Cisco C220 M4
• Form factor: 1U rack server
• Processors: 2 x Intel Xeon E5-2630 v4, 2.20 GHz
• Memory: 64 GB RAM (typical configuration; expandable within platform limits)
• Storage controller: Serial ATA/600
• Networking: Integrated network interfaces (configuration varies by chassis and optional mezzanine cards)
• Expansion: PCIe slots for add-in adapters and accelerators
• Power: Power supply options vary by SKU, with potential for redundancy in enterprise deployments
• Management: Cisco-integrated management capabilities for remote monitoring, firmware updates, and provisioning

how to install Cisco C220 M4 1U Rack Server

• Plan and prepare your data center space, including a compatible 19-inch rack, rails, and a stable power delivery arrangement with adequate cooling.
• Mount the Cisco C220 M4 in the rack using the supplied rails or approved alternatives, ensuring proper alignment and secure shelf mounting for safe handling and optimal airflow.
• Install or verify the two Intel Xeon E5-2630 v4 processors and populate memory modules in the recommended order to achieve the intended performance profile and memory bandwidth.
• Connect the Serial ATA/600 drives or configure your desired storage array. If you plan to boot from storage, ensure the boot drives are properly cabled and recognized by the system BIOS or CIMC.
• Attach networking cables to the onboard NICs or any optional mezzanine card ports, and connect to your switches or router infrastructure for immediate network access.
• Power up the server and access the Cisco Integrated Management Controller (CIMC) or BIOS to configure boot order, RAID settings, and basic system parameters such as date/time, hostname, and alert notifications.
• Update firmware and drivers to the latest versions provided by Cisco to ensure compatibility, security, and improved performance. Apply any necessary drivers for operating systems and virtualization platforms.
• Install your operating system (Windows Server, Linux distributions, or a virtualization platform) and install essential management agents or cloud integration tools to enable centralized monitoring and automation.
• Configure backups, monitoring, and alerting. Set up performance and health dashboards, enable automatic firmware updates where appropriate, and test failover scenarios to validate resilience.
• Document the final configuration, including hardware inventory, installed OS, RAID and storage layouts, network interfaces, and management credentials, to streamline future maintenance and scaling efforts.

Frequently asked questions

• Q: What workloads is the Cisco C220 M4 best suited for? A: The server is well-suited for virtualization, database hosting, web services, and enterprise applications. Its dual Xeon processors and ample RAM support dense VM environments, medium-to-large databases, and multi-tier applications while maintaining reliable performance in a compact 1U form factor.
• Q: How much memory does it come with, and can it be expanded? A: This model ships with 64 GB of RAM and supports expansion within the platform’s supported memory configuration. The exact maximum depends on the motherboard and chassis configuration but is designed to accommodate growing workloads.
• Q: Does the Cisco C220 M4 include remote management? A: Yes. Cisco provides integrated management capabilities that enable remote administration, health monitoring, and firmware updates, helping IT teams manage servers across data centers or remote locations more efficiently.
• Q: What storage interface does the server use? A: The server features a Serial ATA/600 storage controller, offering fast SATA data transfer and compatibility with standard SATA drives and SSDs to fit a wide range of storage strategies—from OS boot drives to high-capacity data arrays.
• Q: What are typical deployment scenarios? A: Common deployments include private cloud nodes, virtual desktop infrastructure (VDI), database servers, web hosting clusters, and edge computing appliances, where the combination of density, performance, and management makes it a practical choice.
• Q: How do I ensure optimal performance and reliability? A: Start with a balanced configuration that matches your workload: appropriate RAM, storage tiering (e.g., SSD for caching/bootstrap and HDDs for data), and a tested virtualization or OS stack. Regular firmware updates, proactive monitoring, and robust backup and disaster recovery planning will maximize uptime and performance over the server’s lifecycle.