WHITE PAPER:
This whitepaper examines some of the biggest risks associated with this storage strategy and explains various techniques IT can employ in order to mitigate them without disrupting the quality of service.
WHITE PAPER:
Access this exclusive white paper to find out how HP's flash-based storage design differs from other vendors, its technical details and advantages.
WHITE PAPER:
Trends towards server consolidation and decentralized employees can seriously impact WAN bandwidth. A typical CIFS file often requires hundreds of round trips between the file server and the user to complete a simple file request.
EGUIDE:
In this expert-guide, delve deeper into server-based solid state storage. Inside, discover 6 forms of flash, 5 typical interfaces used for connecting storage devices, the essentials of server-side caching, and more.
WHITE PAPER:
This paper reviews the best of the newest achievements in VSAT performance and utility and shows how these solutions could become part of the mainstream of corporate network deployment and an integral portion of commercial (and competitive) service provider offerings.
WHITE PAPER:
Exadata Smart Flash Cache is the fundamental technology of the Sun Oracle Database Machine Full Rack that enables the processing of up to 1 million random I/O operations per second (IOPS), and the scanning of data within Exadata storage at up to 50 GB/second. Read this paper for more.
EGUIDE:
Use this guide as a comprehensive resource for evaluating flash caching benefits, trade-offs, 3 main implementation models, and determine where to cache in order to leverage faster media and improve I/O performance.
WHITE PAPER:
Read this white paper to learn how Oracle In-Memory Database Cache significantly reduces response time, while improving overall application throughput, by bringing data closer to the application, and by processing queries in an in-memory database.
WHITE PAPER:
Read this white paper to learn how Oracle In-Memory Database Cache significantly reduces response time, while improving overall application throughput, by bringing data closer to the application, and by processing queries in an in-memory database.