SSD Kioxia 6,4 TB 2,5 pollici SAS BiCS FLASH TLC PM7-V

The Kioxia PM7-V 2.5" SAS enterprise SSD, model PM7-V Series, is a high-capacity drive optimized for mixed-use data center workloads. Built with KIOXIA 112-layer BiCS FLASH™ 3D TLC memory, this 7th generation SAS SSD provides balanced performance, reliability and endurance for relational databases, streaming, data warehousing and web services. The listed model offers 6.4 TB capacity and supports a 24G SAS interface with a data transfer rate up to 22.5 Gbit/s, delivering read speeds up to 4200 MB/s and write speeds up to 4100 MB/s.

Advantages

The PM7-V delivers enterprise-grade endurance (3 DWPD) and high throughput in a 2.5" form factor, combining high capacity with low latency for server and workstation environments. The use of KIOXIA 112-layer BiCS FLASH™ ensures consistency of performance across mixed read/write workloads, while the SAS interface offers compatibility with enterprise storage infrastructures.

Suitable for

• Database servers and transactional systems
• Streaming media and content delivery
• Data warehousing and analytics
• Virtualization and mixed-use server workloads

Key specifications

• Manufacturer: Kioxia
• Model series: PM7-V
• Form factor: 2.5"
• Interface: 24G SAS (up to 22.5 Gbit/s)
• Capacity: 6.4 TB (6400 GB)
• Flash type: 112-layer BiCS FLASH™ 3D TLC
• Endurance: 3 DWPD
• Sequential read speed: up to 4200 MB/s
• Sequential write speed: up to 4100 MB/s
• Weight: 0.15 kg

How to use

Install the 2.5" PM7-V SSD into a compatible SAS drive bay or sled following your server or storage array manufacturer's installation instructions. Configure the drive within the operating system or storage controller, initialize and format as required for your environment, and integrate it into arrays, RAID groups or logical volumes according to your performance and redundancy needs.

Recommendations

For enterprise deployments, monitor SMART attributes and endurance metrics, use proper cooling and chassis airflow, and ensure firmware is kept up to date to maintain consistent performance and reliability in mixed-use workloads.