Today’s databases require low latency and high performance. However, a major gap exists between fast, local memory and slow high-capacity storage. Flash memory bridges this gap by inserting a flash memory Tier of SAS or PCI Express-based solid state drives between local memory and internal hard drives or external storage arrays. The addition of a flash memory tier creates significant performance advantages for database accesses.
The flexibility and scalability of flash memory provides multiple options for increasing the performance of your most critical database. Whether using this tier for storing local indexes and tables, caching critical or hot data, or storing the entire database locally, flash increases the efficiency and lowers the latency of database systems.
Enterprise Use Cases
Performance Test Results for Analytical (OLAP) and Transactional (OLTP) SQL Server 2012 Loads
Delivering Accelerated Application Performance, Microsoft® AlwaysOn High Availability and Fast Data Replication with the Mellanox® ConnectX®-3 EN Network Interface Card
Identifying the Key Elements for Efficient SQL Server Acceleration
The Combination of Optimal Flash Caching with Accelerated I/O Access Delivers a Leading-Edge Flash Implementation
Introducing OCZ’s LXL Software - Delivering a Data-Path Optimized Solution for Flash Acceleration
A Deeper Dive into the Capabilities of OCZ’s VXL 1.2 Software Delivering the Next Revolution of Storage Architectures for Virtualized Environments
Unleashing the Full Power of SQL Server 2012 in Virtualized Data Centers
888.com Eliminates Database SAN Bottlenecks and Accelerates SQL Server Performance with OCZ’s PCIe-based ZD-XL SQL Accelerator
ZD-XL SQL Accelerator Significantly Boosts Data Warehousing, Data Mining and OLTP Applications Delivering 4.5 Times Improved Performance over HDD SAN Storage
Supreme Court of Italy Improves Oracle Database Performance and I/O Access to Court Proceedings with OCZ’s PCIe-based Virtualized Solution by 60%