Accelerating Enterprise Applications & Reducing TCO with XAP MemoryXtend
Store, process & analyze your data in real time at a reduced TCO and with less commodity hardware.
Reduced Hardware Footprint
Real Time Data Processing & Analysis
No Hardware Lock-In
What is XAP MemoryXtend?
XAP MemoryXtend is an In-Memory Computing platform combined with an ultra fast flash data access API.
XAP MemoryXtend brings you all the benefits of In-Memory Computing: application scalability, performance & high availability as well as optimized access to any SSD by utilizing SanDisk's ZetaScale software. You get:
- Direct access to the flash device without interacting with the OS kernel space
- Intelligent DRAM caching
- Optimized threading to maximize concurrency and minimize response time
- Configurable flash management algorithms to optimize different workloads
GigaSpaces/SanDisk Webinar: RAM Speeds for a Fraction of the Cost
InformationWeek Webcast – Increasing Transactions per Second with Flash Storage
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What's in it for You?
XAP MemoryXtend's universal SSD integration supports multiple different data models (object oriented, relational and document-based) and various language bindings (Java, .Net, C++ , Scala).
XAP’s eventing capabilities allow users to create complex stream processing workflows, which are an important foundation for any real time analytics application. By leveraging both RAM & SSD, alongside XAP’s linear and elastic scalability, application data can grow significantly.
Common use cases for this integration include processing of event streams for real time analytics and saving them to big data stores, such as Hadoop and NoSQL databases, real time querying of complex data, and acceleration of distributed computations.
Case Study: Supporting Data Growth and Faster Processing of Mission-Critical Data with GigaSpaces and SanDisk
Wolters Kluwer Health provides near real-time clinical content, clinical decision support and drug information for use by front-line clinicians at hundreds of hospitals and other healthcare organizations worldwide. The systems relied upon to provide this information must be highly performant, reliable, and scalable. Whenever IT maintenance on Sentri7 is required, it is necessary to restart the grids, often taking anywhere from 30 minutes to over an hour to complete the process. With GigaSpaces and SanDisk, this process can be done 20 times faster. Read the case study to learn about a joint solution between SanDisk and GigaSpaces.