Axiom SSDEP65HV7T6‑AX – 7.68TB SAS 24Gb/s SSD

Overview

The Axiom SSDEP65HV7T6‑AX is a 2.5‑inch SAS (Serial Attached SCSI) solid state drive engineered for enterprise storage systems requiring high capacity and sustained throughput at 24 Gb/s. It is deployed by storage and infrastructure engineers in data centers, virtualization hosts, and SAN/NAS platforms where dual‑port SAS connectivity and hot‑swap capability are mandatory for continuous operation. The model addresses large‑block database workloads, high‑traffic VM storage tiers, and clustered storage where reliability and throughput predictability are core requirements.

This SSD uses a 24 Gb/s SAS interface with full‑duplex dual‑port design to maintain simultaneous multi‑path access, enabling redundant data paths in server backplanes and RAID controllers. End‑to‑end performance includes sustained sequential read bandwidth up to approximately 4,200 MB/s and sustained sequential write throughput near 3,700 MB/s, with strong random I/O characteristics to support mixed workload patterns under heavy load.

Physically, the SSDEP65HV7T6‑AX fits the industry standard 2.5‑inch form factor with hot‑swap capability, making it compatible with SAS backplanes in rack servers and storage enclosures. Dual‑port SAS also facilitates multi‑controller access in high‑availability storage arrays, enabling failover and load distribution without drive removal.

The drive is suited for mid‑to‑large scale storage deployments where high capacity and consistent throughput are required, such as virtualization resource pools, enterprise analytics repositories, and consolidated file and block storage nodes. It operates over typical data center temperature ranges and supports deployment in 24/7 multi‑tenant or high‑availability clusters.

This model is not appropriate for consumer systems, small office/home office environments, or platforms lacking a 24 Gb/s SAS interface. It also should be avoided where single‑path SAS or SATA interfaces are enforced, as dual‑port SAS performance and redundancy benefits cannot be utilized without compatible infrastructure.

Technical Specifications