Database performance bottlenecks almost always come down to two things: storage IOPS and memory. On spinning disk or SATA SSD infrastructure, even well-optimised queries stall on I/O. NVMe Gen4 storage at 800,000 random IOPS eliminates that ceiling — PostgreSQL, MySQL, and MongoDB can execute concurrent read/write workloads at full speed without waiting on disk seeks that don't exist on solid-state NVMe.
For in-memory databases like Redis, the constraint is memory capacity and bandwidth. Our AMD EPYC 9000-series dedicated servers support up to 1 TB of DDR5 ECC RAM — enough to hold enormous datasets in memory with headroom for OS and application cache. DDR5 at 4800 MHz also provides the memory bandwidth Redis needs for high-throughput command pipelines.
RAID-10 at the storage level means a single drive failure doesn't take your database offline or corrupt your data. Combine that with standard database replication (PostgreSQL streaming replication, MySQL Group Replication, MongoDB replica sets) and your data is protected at both the hardware and application layer — without relying on a managed database service that abstracts away your control.
Why Voxa for Database & Storage Servers
800k NVMe IOPS
Gen4 NVMe eliminates storage as a bottleneck. MySQL and PostgreSQL run at full transaction throughput even under heavy concurrent load.
Up to 1 TB DDR5 RAM
Redis and other in-memory workloads need memory above all else. EPYC 9000-series supports the largest RAM configurations in our lineup.
RAID-10 hardware protection
Drive failures don't mean data loss. RAID-10 provides both redundancy and read performance, complementing your replication setup.
Isolated dedicated hardware
No shared tenants, no noisy neighbours competing for IOPS. Every read and write on the server belongs to your database workload.