![]() Today's in-memory databases are constrained to traditional computing architectures, where memory is small, expensive, and volatile. ![]() The increase in memory size from Intel® Optane™ media provides the opportunity to consolidate workloads to concentrate them on fewer nodes, ultimately saving on more deployments and maximizing previously underutilized processors due to memory constraintsĪs an entirely new memory tier that has new properties of performance and persistence, architects and developers are using Intel® Optane™ persistent memory as a springboard for innovation taking advantage of new usages around restart and replication, groundbreaking performances from breaking system bottlenecks that used to severely constrain workloads and making use of what could be considered the world's tiniest, but fastest storage device sitting on a memory bus Intel® Optane™ persistent memory is propelling major infrastructure consolidation. Intel® Optane™ persistent memory provides an affordable alternative to expensive DRAM, that can deliver huge capacity and accommodate demanding workloads and emerging tools like in-memory databases (IMDB)
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