Adaptec AFM-700CC 2GB AFM-700 Battery Backed Write Cache New

In the rapidly evolving landscape of data storage and management, ensuring the integrity and reliability of stored information is paramount. One crucial component that plays a pivotal role in this regard is the Adaptec AFM-700CC 2GB AFM-700 Battery Backed Write Cache. This article delves into the intricacies of this technology, exploring its features, benefits, and its significance in optimizing data storage systems.

The Adaptec AFM-700CC 2GB AFM-700 Battery Backed Write Cache is a cutting-edge solution designed to enhance the performance and reliability of data storage systems. At its core, this technology is a battery-backed cache module that safeguards data during power outages or unexpected system failures. It acts as a temporary storage buffer, holding data in transit before it is permanently written to the storage media.

• Capacity and Speed: The AFM-700CC boasts a 2GB capacity, providing ample space to temporarily store critical data. This large capacity is essential for accommodating bursts of data traffic, ensuring smooth operations even during peak usage.
• Battery Backed: The inclusion of a battery-backed design is a standout feature. In the event of a power failure, the battery ensures that data in the cache is preserved, preventing data loss and maintaining the integrity of the stored information.
• Write Cache Functionality: The primary function of the AFM-700CC is to serve as a write cache. It acts as a high-speed intermediary between the system's memory and the storage drives, accelerating write operations and optimizing overall system performance.
• Compatibility: Adaptec has designed the AFM-700CC to seamlessly integrate with a variety of storage systems, making it a versatile choice for different applications and environments. Its compatibility ensures that it can be easily incorporated into existing infrastructure.

• Performance Enhancement: Write caching significantly enhances the overall performance of a data storage system. By temporarily holding data in a high-speed cache, the system can continue processing new data requests without waiting for each write operation to be completed on the storage media. This leads to faster and more efficient data storage.
• Reduced Latency: The write cache minimizes data write latency by allowing the system to acknowledge write requests immediately and then process the actual storage write operation in the background. This reduction in latency is crucial for applications that require real-time data processing.
• Optimized Disk I/O: Write caching optimizes disk input/output (I/O) operations by consolidating multiple small write requests into larger, more efficient operations. This not only improves the speed of write operations but also extends the lifespan of the storage media by reducing the number of write cycles.

• Preventing Data Loss: Power outages or unexpected system failures can pose a significant threat to data integrity. The battery-backed design of the AFM-700CC ensures that data in the write cache is preserved even when power is lost, preventing potential data loss and corruption.
• Maintaining Data Consistency: The battery-backed write cache plays a crucial role in maintaining data consistency. In the event of a system failure, the cached data can be written to the storage media once the system is back online, ensuring that the stored information remains accurate and up-to-date.
• Enhancing System Reliability: The reliability of a data storage system is directly linked to its ability to withstand unexpected disruptions. The AFM-700CC enhances system reliability by acting as a buffer against power-related issues, ultimately contributing to a more robust and dependable storage infrastructure.

Enterprise Storage Systems: The AFM-700CC is particularly well-suited for enterprise-level storage systems where data integrity and performance are of utmost importance. Its high capacity and battery-backed design make it an ideal choice for businesses dealing with large volumes of critical data.

Database Servers: Database servers, which often handle numerous read and write operations concurrently, can benefit significantly from the AFM-700CC. The write caching functionality accelerates write operations, leading to improved database performance.

Virtualization Environments: In virtualized environments where multiple virtual machines share the same physical hardware, the AFM-700CC can enhance overall system responsiveness by optimizing write operations and minimizing latency.

Battery Backup and Protection

The Adaptec AFM-700 2GB Battery Backed Write Cache (AFM-700CC) has a built-in battery backup and protection system to ensure data integrity and preservation in the event of a power outage or system failure. The battery backup system keeps the cache memory powered for a period of time, allowing the controller to complete any outstanding write operations and flush the cache to the hard drive before shutting down. This prevents data loss and ensures that all data is properly stored on the hard drive.

The battery backup system is also equipped with a battery monitoring feature that alerts the user when the battery is running low or needs to be replaced. This ensures that the battery backup system is always functioning properly and provides an extra level of protection for the data stored on the hard drive.

In addition to the battery backup system, the AFM-700CC also has a feature called Adaptec Advanced Data Protection (ADP), which provides an additional level of protection for data in the event of a drive failure. ADP uses RAID technology to create a mirrored copy of the data on a second drive, allowing for fast data recovery in case of a drive failure.

Comparison with similar products

The AFM-700CC Adaptec AFM-700 2GB Battery Backed Write Cache is a high-performance storage controller that is similar to other products in its category, such as the following:

• LSI Logic SAS9271-8i: This controller has 8 ports and supports RAID levels 0, 1, 5, and 6. It also has a 2GB cache and is compatible with a wide range of systems.
• Dell PERC H730P: This controller has 8 ports and supports RAID levels 0, 1, 5, 6, 10, 50, and 60. It also has a 2GB cache and is designed for use with Dell PowerEdge servers.
• HPE Smart Array P408i-a: This controller has 8 ports and supports RAID levels 0, 1, 1+0, 5, and 6. It also has a 2GB cache and is designed for use with HPE ProLiant Gen9 servers.

Compared to these similar products, the Adaptec AFM-700CC has a few key differences. It has 2GB of cache, which is more than LSI Logic SAS9271-8i, and Dell PERC H730P, but less than HPE Smart Array P408i-a. Additionally, it is designed for use with a wide range of systems, whereas the Dell and HPE controllers are specifically designed for use with Dell PowerEdge servers and HPE ProLiant Gen9 servers respectively.

Ultimately, the choice between the Adaptec AFM-700CC and similar products will depend on the specific requirements of the system and the features that are most important to the user.

• Manufacturer: Adaptec
• Part Number or SKU# AFM-700CC
• Product Type: Controller
• Product Name: Accessories

• Interface: Cache Upgrade
• Device Type: Memory Backup Battery
• Designed for: Adaptec Raid 71605, 71605e, 71605q, 71685, 72405, 7805, 7805q

Finally, the Adaptec AFM-700CC 2GB AFM-700 Battery Backed Write Cache stands as a testament to the ever-evolving landscape of data storage technology. By combining a sizable write cache capacity with a battery-backed design, Adaptec has addressed critical concerns related to data integrity and system performance. As businesses and organizations continue to rely on robust data storage solutions, the AFM-700CC emerges as a valuable component, ensuring that data is not only stored securely but also processed efficiently, even in the face of unexpected challenges. Whether deployed in enterprise storage systems, database servers, or virtualized environments, the AFM-700CC contributes to a more reliable and responsive data storage infrastructure, ultimately supporting the seamless flow of information in today's data-driven world.