Cisco 6.40 TB PCIe NVMe 2.5" Internal Enterprise SSD

Step into the world of high-performance data storage with the Cisco 6.40 TB Solid State Drive, a 2.5" internal PCI Express NVMe SSD designed to deliver industry-leading speed, capacity, and reliability for data centers, businesses, and mission-critical applications. This enterprise-grade drive combines the efficiency of NVMe with the robustness of Cisco engineering to support demanding workloads such as large-scale databases, virtualization, AI/ML inference, content repositories, and media workflows. With a generous 6.40 terabytes of capacity, you can consolidate vast libraries of images, videos, backups, and dynamic datasets into a single, easily accessible storage pool while maintaining rapid access and predictable latency. Built to fit standard server backplanes and storage arrays, this drive is ready to accelerate modern IT environments that require both throughput and dependable long-term performance. Whether you are expanding an existing fleet of servers or deploying a new all-flash infrastructure, the Cisco 6.40 TB NVMe SSD is crafted to help organizations optimize data center efficiency, maximize uptime, and shorten time-to-insight.

• Massive capacity for expansive data workloads: The 6.40 TB capacity is ideal for storing millions of images, large media libraries, scientific datasets, virtual machine images, and transactional data. This amount of on-board storage minimizes the need for frequent tiering or archiving, enabling faster data access and streamlined workflows across creative, technical, and enterprise environments.
• Blazing NVMe performance over PCIe: Leveraging PCI Express NVMe technology, this SSD delivers high-throughput read and write operations with low latency, which translates into accelerated boot times, faster application launches, improved database response, and smoother analytics workloads. The drive is engineered to keep pace with contemporary IO-intensive tasks, helping systems achieve higher IOPS per watt and better overall efficiency.
• 2.5-inch internal form factor for flexible deployment: Designed to slide into standard 2.5" drive bays and compatible PCIe/NVMe storage configurations, this Cisco SSD supports easy integration into racks, servers, and storage arrays. The familiar form factor simplifies scaling, maintenance, and hot-swapping in busy data centers, enabling faster modernization without complex hardware changes.
• Enterprise-grade reliability and endurance: Built for 24/7 operation, the drive provides rugged endurance and data integrity features essential for mission-critical workloads. Advanced error correction, wear leveling, and robust error management help protect data integrity during long-term usage, while ensuring consistent performance across heavy workloads and variable access patterns.
• Efficient cooling and power-aware design: The drive emphasizes energy efficiency and quiet operation, supporting data center thermal budgets and reducing overall power consumption. Its efficient thermal management helps maintain steady performance under sustained loads, minimizing thermal throttling and extending component life in dense deployments.

Technical Details of Cisco 6.40 TB Solid State Drive - 2.5" Internal - PCI Express NVMe

• Capacity: 6.40 TB
• Form Factor: 2.5-inch internal drive
• Interface: PCI Express NVMe
• Application: Enterprise storage, data centers, servers, and storage arrays requiring high performance and large capacity
• Compatibility: Designed for PCIe/NVMe-enabled systems and common enterprise operating environments

How to Install Cisco 6.40 TB Solid State Drive

• Prepare the system: Power down the server or storage array and disconnect from power. Ensure you are grounded to avoid static discharge and that you have the appropriate screwdrivers and tools for your chassis.
• Access the drive bay: Open the server or storage enclosure to locate an available 2.5" drive bay that supports PCIe NVMe devices. Verify that the backplane or controller is NVMe-compatible to maximize performance.
• Install the drive: Slide the Cisco 6.40 TB SSD into the 2.5" bay and align the connectors with the backplane or PCIe slot. Secure the drive using the appropriate screws or retention mechanism provided with the chassis.
• Connect and secure: Reconnect any cables or backplane interfaces required by your system. Ensure the drive is firmly seated and that airflow around the drive is unobstructed to promote proper cooling.
• Power up and initialize: Boot the system and enter the BIOS/UEFI to confirm the drive is detected. In the operating system, initialize and format the drive as needed for your storage pool, RAID configuration, or direct-attached usage. Run any required firmware updates or health checks to ensure optimal operation.
• Configure for performance and redundancy: Depending on your environment, configure the drive within a RAID set or as a standalone NVMe volume. Apply appropriate monitoring, SMART checks, and maintenance routines to sustain performance and reliability over time.

Frequently asked questions

• What is the capacity of this Cisco SSD? The drive offers a capacity of 6.40 TB, suitable for large datasets, media libraries, and extensive application data in data centers and enterprise environments.
• What interface does it use? It uses a PCI Express NVMe interface, delivering high-throughput and low-latency access that is ideal for performance-focused workloads.
• What workloads is this drive best suited for? It is well-suited for data center workloads such as databases, virtualization, analytics, content repositories, and large-scale imaging or media workflows where fast access to sizable datasets matters most.
• Is it compatible with standard servers and storage arrays? Yes, the drive is designed for 2.5" drive bays and NVMe-enabled systems, making it compatible with many common server and storage configurations when the backplane and controller support PCIe NVMe devices.
• What maintenance or health checks are recommended? Regular monitoring of drive health (SMART data, drive temperature, and error logs) and timely firmware updates help maintain performance and reliability in an active data center environment.