WHITE PAPER:
Continue on to this important whitepaper now to learn how tiered storage can help you cost-effectively harness massive data growth with automation and intelligence.
WHITE PAPER:
This white paper demonstrates a leading vendor's storage infrastructure that automates the placement and retrieval of data between fast access disk storage and low cost tape-based storage while consistently delivering the required performance to keep up with user and application workloads.
WHITE PAPER:
In this white paper, you'll learn about recent enhancements to one storage solution that can provide you with valuable real-time compression and automated tiers.
WHITE PAPER:
Within any business, a number of applications exist that are critical to the success of the business. As a result, these applications and the systems they run on require a higher level of availability. The trade off with increasing application availability is an additional cost in terms of redundant hardware and complexity.
WHITE PAPER:
This whitepaper presents a case study in which a medical supply company was able to upgrade legacy SAN with a Tier 1 storage solution for high capacity, high throughput and low latency, creating a 80% performance gain and invigorating customer service.
WHITE PAPER:
This paper describes how tiered storage, as a storage initiative, has been proven to significantly reduce acquisition and operating costs for medium and large scale storage enterprises. Read this paper to learn more about how tiered storage is taking center stage.
WHITE PAPER:
Within any business, a number of applications exist that are critical to the success of the business. As a result, these applications and the systems they run on require a higher level of availability. The trade off with increasing application availability is an additional cost in terms of redundant hardware and complexity.
WHITE PAPER:
Database partitioning provides improvements to maintenance and performance. This paper examines the benefits of partitioning a database into smaller, workable chunks, rather than an entire monolithic piece.
