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NetApp 111-00902+C1 512GB PCI-E Flash Cache Module
- 512GB Capacity
- PCI-E Flash Cache Module
- Accelerates NetApp storage performance
- Utilizes high-speed flash memory
- Reduces read latency
- Enhances application responsiveness
- Designed for NetApp systems
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Product Overview
The NetApp 111-00902+C1 is a 512GB PCI-E Flash Cache Module designed to accelerate NetApp storage performance. It provides high-speed caching for frequently accessed data.
Technical Information
| Product Type | Flash Cache Module |
| Capacity | 512GB |
Additional Specifications
| Interface | PCI-E |
| Compatibility | NetApp Storage Systems |
Product Description
The NetApp 111-00902+C1 is a high-capacity PCI-Express (PCI-E) Flash Cache module engineered to significantly enhance the read performance of NetApp storage systems. With a substantial 512GB of flash memory, this module acts as an intelligent, high-speed cache, storing frequently accessed data blocks closer to the host processors. This proximity dramatically reduces the time required to retrieve data, thereby lowering read latency and improving the overall responsiveness of applications that rely on the storage system. This module is designed to integrate seamlessly into compatible NetApp storage arrays, leveraging NetApp's advanced caching algorithms to maximize its effectiveness. By identifying and caching 'hot' data, the Flash Cache module ensures that the most commonly requested information is served directly from the fast flash media, bypassing slower mechanical disk drives. This is particularly beneficial for read-intensive workloads such as databases, virtual desktop infrastructure (VDI), and large-scale analytics. The 111-00902+C1 provides a powerful and efficient method for boosting storage performance without the need for a full system upgrade. It allows organizations to achieve higher IOPS (Input/Output Operations Per Second) and lower latency, leading to improved application performance, increased user productivity, and better resource utilization within their data center. Its PCI-E interface ensures high bandwidth connectivity to the host system, maximizing data transfer speeds.


