Memory Machine X Server Expansion

Using memory page movement, their Memory Machine X QoS policies adjust to different application workloads in order to maximise bandwidth or latency

Tiering intelligently arranges data across heterogeneous memory devices based on memory page "temperature" access latency to optimum performance

MEMVerge QoS moves hot pages to DRAM and cool pages to CXL memory to reduce memory access latency and increase application performance

Hot pages are moved to DRAM by the MemVerge QoS engine so they can be easily accessed

MySQL on Memory Machine X yields reduced latency along with increased TPS, QPS, and CPU utilisation

Memory Machine reduced latency by 20–40% (bottom left chart), allowing MySQL to improve CPU utilisation, QPS, and TPS

MemVerge Memory Machine X supports database, machine learning, and AI applications using FAM software

Memory Machine X QoS policies adjust to different application workloads in order to maximise bandwidth or latency

Weaviate was able to deliver up to 7.35% more enquiries per second thanks to Memory Machine X

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