Description
The Cisco P4510 8 TB Solid State Drive delivers enterprise-grade performance and reliability for demanding server workloads. Designed for data centers, virtualized environments, and mission-critical applications, this 2.5-inch internal SSD combines massive capacity with cutting-edge PCI Express NVMe technology to accelerate databases, analytics, virtualization, and large-scale back-end services. Built to endure continuous operations in 24/7 environments, the P4510 is engineered to minimize latency, maximize throughput, and simplify storage administration in modern IT infrastructures. If you’re upgrading from traditional SATA SSDs or HDDs, this Cisco drive provides a clear step up in responsiveness, reliability, and total cost of ownership, empowering your servers to handle growth with ease.
- Massive capacity for databases, analytics, and virtualization. An 8 TB single-drive solution provides abundant space for growth without frequent replacements or expansion, helping you consolidate workloads and optimize storage efficiency.
- High-performance PCIe NVMe interface. Leveraging the PCI Express NVMe protocol, the P4510 delivers low-latency I/O and improved random and sequential throughput, enabling faster boot times, quicker backups, and accelerated application response.
- Enterprise-grade durability and reliability. Built to withstand continuous operation, this drive is designed for data-center use with robust wear leveling, error correction, and resilience features that help protect data integrity under heavy workloads.
- Optimized for server ecosystems and backplanes. The 2.5-inch form factor integrates smoothly into enterprise servers and backplanes, simplifying deployment in standard storage enclosures and reducing integration time in routine upgrades.
- Ideal for demanding workloads and modern workloads. Perfect for virtualization, database acceleration, real-time analytics, and other data-intensive tasks where predictable performance and consistent I/O matter most.
Technical Details of Cisco P4510 8 TB NVMe SSD
- Capacity: 8 TB
- Form factor: 2.5-inch internal drive
- Interface: PCI Express NVMe
- Designed for enterprise-grade endurance and reliability in 24/7 server environments
- Compatible with standard backplanes and NVMe-enabled storage controllers in data centers
How to install Cisco P4510 8 TB NVMe SSD
- Verify that your server or storage enclosure supports NVMe PCIe 2.5-inch drives and has an available drive slot or backplane bay compatible with the P4510 form factor.
- Power down the server and disconnect power and data cables to ensure safe handling.
- Remove the existing drive (if upgrading) from its caddy or backplane slot and prepare the P4510 for installation by aligning it with the drive bay.
- Secure the drive with the appropriate screws or locking mechanism and connect the NVMe backplane or PCIe interface to the server’s backplane or motherboard controller.
- Power on the server, enter the system BIOS/UEFI or storage controller utility, and confirm that the P4510 is detected as an NVMe device.
- In the operating system or hypervisor storage management tool, initialize, partition, and format the new drive according to your deployment plan (e.g., NVMe-oF, local NVMe store, or RAID configuration with other drives).
Frequently asked questions
- Q: What is the capacity of the Cisco P4510? A: The drive is 8 TB, offering substantial space for data-intensive applications and large datasets.
- Q: What interface does this SSD use? A: It uses a PCI Express NVMe interface, delivering fast I/O suitable for enterprise workloads.
- Q: Is the P4510 compatible with standard server backplanes? A: Yes, it is designed for 2.5-inch internal deployment and can integrate with NVMe-enabled backplanes and storage controllers commonly found in data centers.
- Q: What workloads is the P4510 best suited for? A: It is ideal for virtualization, databases, real-time analytics, and other data-intensive tasks that require consistent performance and low latency.
- Q: How should I configure this drive in a server environment? A: After installation, use your OS or storage controller utility to initialize and format the drive, and consider pairing it with other drives in a RAID array or as a fast cache tier to optimize performance depending on your workload profile.
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