HPE R0Q60A — MSA 10TB SAS 12G 7.2K LFF M2 HDD
What it is
R0Q60A is an HPE enterprise-class hard disk drive designed for HPE MSA (Modular Smart Array) storage systems.
It’s a 10 TB SAS 12 Gb/s, 7,200 RPM large form factor (3.5″ LFF) mechanical hard drive in the capacity-optimized tier, built for high-density storage where large capacity and cost efficiency are key.
Why buyers pick R0Q60A (plain English)
Huge usable capacity
10 TB gives you a big storage footprint for bulk datasets, file shares, backup targets, and archival tiers at a low cost per terabyte.
Enterprise SAS interface
SAS 12 Gb/s with dual-ported connectivity delivers reliable throughput, redundancy, and broad compatibility in enterprise storage arrays.
7.2K RPM efficiency
7,200 RPM rotation delivers a good balance of capacity, performance, and power efficiency for less I/O-intensive storage tiers.
MSA-validated and supported
Designed and tested for HPE MSA arrays, ensuring compatibility and predictable supportability in array environments.
Hot-plug capable
Supports online insertion and removal in MSA drive bays to minimize maintenance impact and downtime.
60-second spec box (R0Q60A)
Capacity
10 TB
Interface
SAS 12 Gb/s
Rotational speed
7,200 RPM
Form factor
3.5″ LFF
Drive class
Capacity-tier enterprise HDD
Array support
HPE MSA storage systems
Hot-plug
Yes
Use case
Bulk storage, backup tiers, archival datasets, file repositories, nearline capacity pools.
Where it fits (and when to choose something else)
Perfect for:
-
HPE MSA arrays with LFF hot-swap bays
-
Capacity-oriented storage tiers
-
File servers and backup targets
-
Cost-sensitive enterprise storage environments
Choose something else if:
-
You need significantly higher IOPS or low latency → SSD or NVMe tiers
-
You want lower heat-density and slightly better airflow → helium-sealed drives
-
You want higher mechanical performance per spindle → 10K/15K SAS drives
TL;DR
R0Q60A is HPE’s 10 TB SAS 12G 7.2K LFF HDD for MSA:
a hot-swap, enterprise-class mechanical drive built for high capacity, cost-efficient storage tiers in MSA arrays.
