Aerospike Hybrid Memory Architecture: Indexes in DRAM, Records on NVMe
How Aerospike’s HMA stores indexes in DRAM and records on NVMe delivers sub-millisecond latency at lower cost, with concrete sizing and hardware guidance.
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aerospikeAerospike Hybrid Memory Architecture: Balancing RAM Indexes with Flash Storage
Aerospike's Hybrid Memory Architecture splits storage between DRAM indexes and NVMe flash data. Here is how it works, how to size it, and what to watch for.
Stop Caching: Aerospike's Hybrid Memory Architecture and the NVMe-as-Memory Decision
Aerospike's Hybrid Memory Architecture keeps indexes in DRAM and stores data blobs directly on NVMe flash, bypassing the filesystem and page cache. Here is what that means for latency, endurance, and capacity planning.
Tuning Aerospike Hybrid Memory Architecture for Latency vs. Cost
Learn how adjusting the memory‑data ratio in Aerospike’s HMA affects read latency and SSD wear, with a step‑by‑step example and practical trade‑offs.