Cisco 1.90 TB Solid State Drive - 2.5" Internal SATA (SATA/600)

Experience next‑level data storage with the Cisco 1.90 TB Solid State Drive. Engineered for demanding server environments, this 2.5‑inch internal SSD uses the SATA/600 interface to deliver blazing-fast access to your critical data while offering abundant capacity for operating systems, databases, virtual machines, and enterprise applications. Built for reliability and efficiency, it reduces latency, accelerates backups, and improves overall system responsiveness. Whether you’re provisioning a new data center, upgrading a virtualization host, or refreshing rack servers, this Cisco SSD provides a durable, scalable foundation that keeps pace with your growing workloads.

• The Cisco 1.90 TB SSD delivers a massive 1.90 terabytes of fast, enterprise‑grade storage in a familiar 2.5" form factor, making it easy to drop into standard server bays, storage enclosures, or hot‑swap backplanes that support 2.5" drives. This capacity supports expansive databases, large virtualization images, extensive logs, backups, and OS + application data without the need to spread data across multiple drives. For IT teams, this means simplified storage management, reduced cabling complexity, and more efficient data organization within your server ecosystem.
• With a SATA/600 (SATA III) interface, this SSD delivers high throughput and low latency essential for data‑center workloads. Expect rapid sequential transfers and swift random I/O performance, which translates to faster database queries, quicker boot and load times, and snappier virtualized environments. The drive is designed to maintain steady performance under load, helping to keep applications responsive even during peak usage windows.
• Designed for reliability, the Cisco 1.90 TB SSD is built to endure the rigors of 24/7 operation in servers and data centers. It employs robust data integrity features and wear‑leveling algorithms to maximize endurance and minimize drive wear. In environments where uptime is critical, this drive helps reduce maintenance intervals and supports consistent performance during long‑running processes, backups, and data ingestion tasks.
• Seamless deployment and compatibility are at the core of this drive. The 2.5" internal form factor aligns with most server backplanes and drive caddies, and it integrates smoothly with standard operating systems and storage architectures. Its energy‑efficient design helps lower heat generation and power consumption in dense data center racks, contributing to cooler chassis and quieter operation in office and data center environments.
• Versatile use cases cover a wide range of enterprise workloads. This SSD excels as an OS drive for fast boot times, a database datastore to accelerate read/write operations, a virtualization datastore for VMs and containers, or a caching and logging layer to speed up analytics pipelines. By consolidating operating system, applications, and data on a single high‑capacity SSD, you can unlock faster deployment cycles, improved data access times, and better overall application performance.

Technical Details of Cisco 1.90 TB Solid State Drive

• Capacity: 1.90 TB
• Form Factor: 2.5" internal drive
• Interface: SATA 6 Gb/s (SATA/600)
• Drive Type: Solid State Drive (SSD)
• Intended Use: Enterprise/server-grade storage designed for 24/7 workloads

how to install Cisco 1.90 TB Solid State Drive

• Power down the server or storage appliance and unplug all power cords. Ground yourself to prevent static discharge and handle the drive carefully by the edges.
• Open the chassis or access panel and locate an available 2.5" drive bay or remove an existing drive if you are upgrading. Prepare the bay by ensuring screws or toolless mounting hardware are ready for secure installation.
• Insert the Cisco 1.90 TB SSD into the drive bay, aligning the connector edge with the backplane. Secure the drive with the appropriate screws or retention mechanism, ensuring the drive sits firmly without wobble.
• Connect the SATA data cable and the power connector from the server’s backplane or power supply. Verify that cables are neatly routed to avoid interference with fans or other components.
• Power on the system. Enter the BIOS/UEFI to confirm the drive is detected. In the operating system, initialize and format the drive as needed, then configure it within your storage or virtualization environment (e.g., a datastore, boot drive, or cache tier). If using a RAID controller or storage array, follow your vendor’s guidance to add the new SSD to the array or designate it for a standalone volume. Run a basic health check and ensure SMART data reports normally after the initialization.

Frequently asked questions

• Q: What is the primary use case for this Cisco 1.90 TB SSD?
  A: It is designed for enterprise/server workloads and can be used as an OS drive, database datastore, virtualization storage, or caching tier to accelerate data access and improve application performance.
• Q: Is this drive compatible with standard SATA backplanes and 2.5" drive bays?
  A: Yes. It uses the standard 2.5" form factor and SATA 6 Gb/s (SATA/600) interface, making it compatible with most servers, storage enclosures, and hot‑swap backplanes that support 2.5" SAS/SATA drives.
• Q: Can I use multiple drives in a RAID configuration for redundancy and higher performance?
  A: Absolutely. This SSD is suitable for RAID configurations or as part of a storage pool in virtualization and database deployments. Ensure your RAID controller and server backplane support the chosen RAID level and driver compatibility.
• Q: What performance benefits should I expect?
  A: You can expect faster system boot, quicker application load times, lower latency for database queries, improved VM responsiveness, and more consistent I/O performance under load compared with traditional hard drives or lower‑capacity SSDs.
• Q: How should I monitor the health and endurance of this drive?
  A: Use your operating system’s SMART monitoring tools or vendor‑provided utilities. Regular health checks, firmware updates when available, and proactive monitoring help maximize uptime and detect potential issues early.