Cisco 16 TB Internal SAS Solid State Drive — 12Gb/s SAS

The Cisco 16 TB Solid State Drive - Internal - SAS (12Gb/s SAS) represents the pinnacle of high-performance data storage, engineered for the most demanding businesses and tech enthusiasts. With an expansive 16 terabytes of flash-backed capacity, this drive is purpose-built to power mission-critical applications, large-scale virtualization, and data-intensive workloads. It delivers consistent, enterprise-grade performance under heavy I/O, ensuring rapid data access, swift backups, and accelerated analytics. Designed to integrate seamlessly into Cisco storage ecosystems and standard SAS backplanes, it combines exceptional capacity with rock-solid reliability, making it an ideal choice for data centers, hybrid cloud deployments, and edge-to-core storage architectures. Whether you’re expanding a growing database, consolidating virtual machines, or optimizing a high-density storage array, this internal SAS SSD is built to sustain peak throughput while maintaining low latency and predictable service levels.

• Massive capacity for dense storage: 16 TB of flash storage delivers ample room for databases, video libraries, large-scale virtual machines, backups, and archival datasets. The substantial capacity reduces the need for frequent expansion while maintaining fast access times and consistent performance across workloads.
• High-performance SAS interface: An internal SAS (12Gb/s SAS) interface ensures rapid data transfer between the drive and the storage controller. This speeds up read/write operations, shortens boot storms, and improves overall I/O efficiency in storage arrays and servers.
• Enterprise-grade endurance and reliability: Engineered for sustained workloads, with advanced wear leveling, robust error correction, and protection against unexpected power loss. The drive is designed to meet reliability targets common in data centers, ensuring data integrity and long-term serviceability.
• Optimized thermals for dense environments: Built to operate with lower power consumption and heat generation, enabling higher rack density and cooler operation in data centers. This makes it suitable for hot or restricted environments where energy efficiency matters as much as performance.
• Seamless integration and deployment: Compatible with Cisco storage architectures and standard SAS backplanes, allowing straightforward integration into existing environments. Firmware support, integration with Cisco controllers, and ease of management contribute to faster deployment and simplified lifecycle maintenance.

Technical Details of Cisco 16 TB SAS Solid State Drive2h2>

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

How to install Cisco 16 TB SAS Solid State Drive

Installing the Cisco 16 TB SAS SSD is designed to be straightforward for IT teams familiar with enterprise storage. Start with a plan that aligns with your server or storage array’s chassis and backplane specifications. Verify you have a compatible drive tray or hot-swap sled that accommodates the drive’s form factor and connectors. Power down procedures may vary by environment, so follow your organization’s change management policy or the server’s maintenance guide, especially for hot-swappable configurations.

Step-by-step guidance to install the drive:

1) Prepare the server or storage enclosure: Confirm the SAS backplane supports the 12Gb/s interface and that there is an available drive bay or sled for the 16 TB SSD. Ensure you have the appropriate drive caddy or sled and that the enclosure’s firmware is up to date.

2) Physically install: Remove the corresponding bay cover, slide the Cisco 16 TB SSD into the drive bay or hot-swap sled, and secure it with the retention mechanism. Make sure the connectors align cleanly with the backplane to ensure proper power and data transmission.

3) Connect and power up: If applicable, attach the SAS data cable and power cable to the drive backplane. Power on the server or storage array and allow the system to initialize the new drive. In hot-swap scenarios, the system should recognize the drive upon insertion, with minimal downtime.

4) Initialize and configure: Access the storage controller interface or operating system disk management tool to detect the new drive. Initialize the drive if required, configure any RAID or storage pools, and assign a suitable name and role within your storage architecture. If a firmware update is recommended, apply it through the controller’s management interface before workload deployment.

5) Format and deploy: Create the necessary partitions or logical units according to your data layout strategy. For databases, virtualized environments, or analytics workloads, ensure alignment with your storage tiering policies and performance targets. After configuration, run a quick health check and baseline stress test to confirm sustained performance and reliability.

6) Monitor and maintain: Implement ongoing health monitoring with your standard monitoring tools. Track SMART attributes, temperature, and power metrics to prevent performance degradation. Establish a maintenance cadence for firmware updates, driver compatibility checks, and periodic data integrity verification to maximize lifespan and data safety.

Tip: Always review vendor-specific documentation for Cisco-backed integration details, including any required firmware baselines, controller compatibility notes, and recommended operating temperatures. A well-planned deployment that aligns with your existing storage strategy will yield the best performance and reliability gains over the device’s lifecycle.

Frequently asked questions

• What is the capacity of the Cisco 16 TB SAS SSD? The drive offers a generous 16 terabytes of solid-state storage designed for enterprise workloads, enabling large datasets, extensive databases, and dense virtualized environments without frequent expansion.
• Which interface does this drive use? It uses an internal SAS interface rated at 12Gb/s SAS, optimized for high-throughput, low-latency connections to storage controllers and backplanes.
• Is this drive suitable for data centers and enterprise deployments? Yes. The drive is engineered for data-center-grade reliability, endurance, and performance, making it well suited for mission-critical workloads, virtualization, analytics, and scale-out storage architectures.
• Can I use this drive in Cisco servers or storage ecosystems? The drive is designed to integrate with Cisco storage architectures and compatible SAS backplanes. Always verify firmware compatibility with your specific Cisco product line and controller version.
• What maintenance or firmware considerations are there? Regular firmware updates from the controller or storage system vendor help maintain peak performance and reliability. Monitor health indicators and SMART data, and follow your organization’s change-management process when applying firmware or configuration changes.
• How do I maximize lifespan and performance? Ensure proper cooling, maintain balanced workloads, implement appropriate RAID or storage tiering, and keep firmware and drivers up to date. Regular health checks and proactive monitoring reduce the risk of unexpected drive failures and optimize throughput over time.
• What workloads benefit most from a 16 TB enterprise SSD? Large databases, analytics platforms, virtualization infrastructures, backup targets, content repositories, and any workload requiring fast, consistent I/O with substantial capacity will benefit from this drive’s blend of speed, endurance, and capacity.