Description
Designed for data centers, enterprise servers, and storage arrays, the Cisco 1.80 TB SAS 2.5" Internal Hard Drive delivers scalable, reliable storage where uptime and density matter most. With 1.8 terabytes of capacity, a blazing 12 Gb/s SAS interface, and a compact 2.5-inch form factor, this HDD is built to power virtualization, backups, and demanding workloads. It’s optimized for environments where predictable performance, long-term endurance, and streamlined management are non-negotiable. Whether you’re expanding an existing Cisco storage solution or deploying a new enterprise-grade system, this drive helps you consolidate data, accelerate data access, and maximize rack efficiency without compromising reliability.
- Massive capacity for consolidation. The 1.8 TB storage capacity provides ample space for virtual machines, databases, log archives, backups, media libraries, and analytics data. By consolidating data onto fewer drives, you can reduce rack space and cabling complexity while keeping fast access times and favorable IOPS for multi-tenant workloads.
- Industrial-grade SAS performance. The 12 Gb/s Serial Attached SCSI (SAS) interface delivers steady, predictable throughput for I/O-intensive applications, RAID configurations, and environments where consistent performance matters more than peak sequential speed. This makes it an excellent backbone for virtualization clusters and enterprise data services.
- 2.5-inch form factor for dense deployments. The compact 2.5" design enables greater drive density in blade servers, storage arrays, and backplanes with limited 3.5" bays. This capability supports higher storage density, easier expansion, and improved power efficiency in modern data centers.
- Enterprise-grade reliability and endurance. Built to endure 24x7 operations and ruthless data workloads, the drive emphasizes data integrity, steady endurance, and robust protection against operational wear. Its construction and testing prioritize sustained performance under continuous workloads, long-term MTBF characteristics, and reliability in mission-critical environments.
- Seamless Cisco compatibility for simplified management. Engineered to integrate smoothly with Cisco storage solutions and compatible server ecosystems, this drive minimizes compatibility concerns, accelerates deployment, and enhances system-wide monitoring. It’s designed to fit into existing Cisco infrastructure to reduce risk and simplify ongoing maintenance.
Technical Details of Cisco 1.80 TB Hard Drive
- Capacity: 1.8 TB
- Form Factor: 2.5" internal drive
- Interface: SAS 12 Gb/s
- Drive Type: Hard Disk Drive (HDD)
- Intended Use: Enterprise storage, data centers, and server environments that require reliable, scalable, and consistent performance
How to install Cisco 1.80 TB SAS HDD
- Prepare the system and workspace. Before handling the drive, ensure you have a clean,static-safe workspace and the appropriate drive tray, backplane, or server blade. Review your Cisco storage environment’s guidelines for disk installation, drive sleeve compatibility, and rack or cabinet clearance.
- Power down and disconnect. Follow your vendor’s procedures to safely power down the server or storage chassis. Disconnect power cords and remove any external power sources to prevent accidental startup during installation.
- Ground yourself and handle carefully. Use anti-static precautions. Hold the drive by the edges, avoiding contact with connectors and PCB components. Do not touch pins or exposed circuitry to prevent static damage.
- Identify the correct drive tray or slot. Locate the appropriate drive tray or backplane slot that supports 2.5" SAS drives. Ensure the slot alignment matches the drive’s connector orientation to enable proper signaling and secure seating.
- Install the drive into the tray or backplane. Slide the Cisco 1.80 TB SAS HDD into the tray or directly into the backplane until it seats firmly. If your system uses screws, secure the drive with the designated screws in the tray, keeping the drive snug but not over-tightened.
- Connect data and power paths. If your enclosure requires cabling, attach the SAS data cable and power connection as specified by the chassis or storage array. Ensure cables are routed to avoid bending, kinking, or interference with fans and other components.
- Secure and reseat. Reattach the drive tray or sled into the backplane or server chassis. Confirm the tray latch or screws are secured and that the drive is firmly seated in the backplane, with no abnormal gaps or wobble.
- Power up and verify recognition. Restore power and boot the system. Use the server BIOS, RAID controller utility, or Cisco management tooling to verify that the newly installed drive is detected and healthy. Look for serial numbers, slot IDs, or drive status indicators as applicable.
- Initialize and configure. If required by your environment, initialize the drive within the operating system or storage controller. If using RAID, add the new drive to an existing array or create a new array according to your data protection and performance needs. Run SMART checks and health monitoring to confirm ongoing reliability.
Frequently asked questions
- What capacity does the Cisco drive offer? The drive provides 1.8 TB of storage capacity in a 2.5-inch form factor, optimized for dense deployments and scalable enterprise storage.
- What interface does it use? It utilizes a SAS 12 Gb/s interface, delivering steady throughput for I/O-intensive workloads and RAID configurations in data centers and enterprise environments.
- Is this drive suitable for virtualization and backups? Yes. The combination of high capacity, reliable performance, and Cisco compatibility makes it well-suited for virtualization hosts, database caches, backup targets, and other data-heavy workloads.
- Can I install it in Cisco storage solutions? The drive is designed for seamless integration with Cisco storage ecosystems and supported server environments, helping minimize compatibility issues and streamline deployments.
- What about reliability and uptime? The drive is engineered for enterprise-grade reliability and endurance, prioritizing data integrity and robust performance in continuous operation environments typical of data centers and mission-critical servers.
- How should I maintain and monitor the drive? Use the Cisco management tools or your storage controller’s health monitoring features to track SMART data, drive temperature, and wear indicators. Regular health checks help identify degradation early and support proactive maintenance.
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