Cisco Flash Backed Write Cache

CiscoSKU: 7433654

Price:
Sale price$614.44

Description

The Cisco Flash Backed Write Cache (FBWC) - 2 GB for RAID Controller is an indispensable accessory designed to significantly boost the performance and reliability of your data storage systems. Built with cutting-edge technology, this product guarantees that your vital data remains secure and accessible, even in the unfortunate event of a power failure. With its impressive features and straightforward usability, the Cisco FBWC stands out as the best choice for businesses aiming to enhance their storage solutions.

  • Enhanced Data Integrity: The Cisco Flash Backed Write Cache offers an extra layer of security for your data, protecting against loss during unexpected power outages. This ensures that all write operations are completed successfully, helping maintain the integrity and reliability of your information.
  • Improved Performance: By caching write operations, the FBWC significantly enhances the performance of your RAID controller. Experience faster data access and reduced latency, which allows your applications to function more efficiently and effectively.
  • Easy Integration: The Cisco Flash Backed Write Cache is designed for seamless integration with existing RAID controller setups. Its user-friendly approach allows for quick installation, enabling you to upgrade your system's capabilities without needing extensive technical expertise.
  • Reliable Power Loss Protection: Thanks to its advanced flash-backed technology, the FBWC guarantees that all data in transit is securely stored. This feature provides peace of mind during unexpected power failures, making it an essential tool for businesses that depend on data availability.
  • Cost-Effective Solution: Investing in the Cisco FBWC is a wise choice for any organization. It not only improves data reliability and system performance but also extends the lifespan of your RAID configuration, ultimately saving you money on potentially costly data recovery efforts.

Technical Details of the Product

  • Model: Cisco Flash Backed Write Cache - 2 GB
  • Compatibility: Specifically designed for use with Cisco RAID Controllers
  • Flash Technology: Provides data protection during power outages
  • Form Factor: Compact design for easy installation
  • Operating Temperature: 0 to 70 degrees Celsius
  • Capacity: 2 GB cache memory

How to Install

Installing the Cisco Flash Backed Write Cache is a simple and straightforward process:

  1. Power down your server and unplug it from the electrical outlet for safety.
  2. Open the server chassis according to the manufacturer’s instructions.
  3. Locate the RAID controller where the FBWC will be installed.
  4. Carefully insert the FBWC module into the designated slot on the RAID controller.
  5. Ensure that the module is securely locked in place and reconnect any cables that were disconnected.
  6. Replace the server chassis and plug the server back into the power source.
  7. Power on the server and verify that the FBWC is recognized by the RAID controller during the boot process.

Frequently Asked Questions

  • What is the purpose of the Cisco Flash Backed Write Cache? The FBWC is designed to enhance data integrity and performance by caching write operations, thus protecting your data during unexpected power outages.
  • Is the Cisco FBWC compatible with all RAID controllers? No, the Cisco Flash Backed Write Cache is specifically designed for use with Cisco RAID controllers. Please ensure compatibility before purchasing.
  • How much data can the Cisco FBWC cache? The Cisco Flash Backed Write Cache can cache up to 2 GB of data, providing ample capacity for typical RAID operations.
  • Can I install the FBWC myself, or do I need a technician? The installation of the FBWC is user-friendly and can typically be completed by someone with basic technical skills. However, if you are unsure, it is always best to consult with a technician.
  • What happens to data in the cache during a power failure? The flash-backed technology of the FBWC ensures that all data in the cache is securely stored, protecting it from loss during a power outage.

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