MemoryXtend: Close the Memory-Storage Gap to Accelerate Data Processing & Analytics

ANALYZE TERABYTES OF DATA IN REAL TIME AT A FRACTION OF THE COST

Create a distributed data fabric to store data across RAM, SSD and Storage Class Memory transparently, to accelerate access to data, maximizie processing and run real-time advanced analytics and AI.

You can customize preferences for data prioritization per application and for lower RAM footprint. This ensures that your most important data resides in the fastest data storage tier to optimize the business results of each application while lowering total cost of ownership (TCO). For business continuity, MemoryXtend supports near-real-time parallel initial load of huge data sets.

OPTIMIZE TCO: LESS HARDWARE REQUIRED
 
REAL TIME DATA PROCESSING, ADVANCED ANALYTICS & AI
 
PRIORITIZE DATA TIER PER APPLICATION FOR OPTIMIZED PERFORMANCE
 
HANDLE INCREASING AMOUNTS OF DATA
 

Multi-Tier Data Storage Architecture

 
The GigaSpaces MemoryXtend module for InsightEdge and XAP, provides an optimized access to SSDs and Storage Class Memory - allowing a hybrid storage model where data is stored on multiple tiers according to the priority set by the application. You can scale out into the multi-terra range, leveraging this transparent multi-tier data storage architecture. Performance is not compromised in this elegant and intelligent solution that reduces RAM footprint and overall TCO. Optimal for AI and Machine Learning, your organization can glean insights on data as it's born and instantly act upon them to to increase revenues, reduce costs, mitigate risks, and outperform their competitors.

case study

Case Study: Supporting Data Growth and Faster Processing of Mission-Critical Data with GigaSpaces' MemoryXtend
A global information services company, with over ‎€4.3 billion in revenue, 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.

 

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MemoryXtend Flash Performance Big Data