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NetApp 110-00202 PCI Express x8 2TB Flash Cache Controller Module Card
- 2TB Flash Cache capacity
- PCI Express (PCIe) x8 interface
- Accelerates storage I/O performance
- Reduces latency for read operations
- Enhances overall system responsiveness
- Designed for NetApp storage systems
- Utilizes high-speed NAND flash memory
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Product Overview
The NetApp 110-00202 is a PCI Express x8 Flash Cache controller module card with 2TB capacity. It is designed to accelerate storage performance by caching frequently accessed data in high-speed flash memory.
Technical Information
| Part Number | 110-00202 |
| Brand | NetApp |
| Product Type | Flash Cache Controller Module |
Additional Specifications
| Capacity | 2TB |
| Interface | PCI Express (PCIe) x8 |
| Technology | NAND Flash Memory |
Product Description
The NetApp 110-00202 is a high-performance Flash Cache module designed to significantly boost the read performance of NetApp storage systems. By leveraging solid-state flash memory, this PCIe x8 card acts as a large cache, storing frequently accessed data blocks closer to the CPU. This dramatically reduces the need to access slower spinning disks for read requests, thereby lowering latency and improving overall application responsiveness. With a substantial 2TB capacity, this Flash Cache module can hold a significant portion of an organization's hot data, making it highly effective for read-intensive workloads such as databases, virtualization environments, and file serving. The integration is seamless within compatible NetApp ONTAP systems, where the Flash Cache intelligently manages data placement and retrieval without requiring complex user configuration. Installation involves inserting the PCIe card into an available slot in a supported NetApp FAS or AFF system. Once installed and recognized by the operating system, the Flash Cache automatically begins to accelerate storage performance. This upgrade is a cost-effective way to enhance the capabilities of existing storage infrastructure, providing a performance uplift comparable to more expensive all-flash solutions for certain workloads.
