Kioxia CM9-R 30.72TB E3.S NVMe SSD

Kioxia CM9-R 30.72TB E3.S NVMe SSD

Brand: Kioxia | Category: Enterprise SSDs

SKU: KIO-CM9-R-3072-E3S | Part #: KCM9XRJE30T7 | MPN: KCM9XRJE30T7

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About the Kioxia CM9-R 30.72TB E3.S NVMe SSD

Part number KCM9XRJE30T7 — the Kioxia CM9-R 30.72TB E3.S NVMe SSD — brings enterprise-class mixed-use performance to high-capacity storage infrastructure. This drive is engineered for storage architects and IT procurement teams deploying next-generation data center solutions that demand both capacity and reliability at scale. Built on Kioxia BiCS FLASH TLC technology, the CM9-R delivers 30.72TB of usable capacity in a compact E3.S 1T form factor (9.5mm), enabling dense storage configurations while maintaining thermal efficiency across 0°C to 70°C operating ranges.

The CM9-R connects via PCIe Gen5 x4 and adheres to the NVMe 2.0 specification, positioning this Kioxia drive for platforms that support next-generation interfaces and protocols. Mixed-use classification ensures balanced performance across read, write, and random I/O workloads typical of enterprise environments. Robust data integrity features include end-to-end data protection, power loss protection, sanitize operations, and namespace management — essential safeguards for mission-critical deployments. The E3.S connector (EDSFF standard) enables seamless integration into compatible enterprise storage systems and hyperscale infrastructure without requiring traditional 2.5-inch form factor adapters.

Typical Enterprise Deployment Scenarios

  • High-capacity NVMe arrays supporting virtualization, cloud storage, and hyperconverged infrastructure
  • Mixed-use workloads combining transactional databases with sequential data warehouse operations
  • Data center refresh projects targeting PCIe Gen5-ready platforms with density requirements
  • Enterprise backup and archival systems requiring solid-state performance with power-loss resilience
  • Next-generation storage appliances leveraging E3.S form factor for hot-pluggable module designs

For detailed configuration support, compatibility verification, or volume procurement of Kioxia storage solutions, contact Omnixon Global to request an RFQ using part number KCM9XRJE30T7.

Technical Specifications

BrandKioxia
CategoryEnterprise SSDs
SKUKIO-CM9-R-3072-E3S
Part NumberKCM9XRJE30T7
ConditionNew
Capacity30.72TB
Form FactorE3.S
InterfacePCIe Gen5 NVMe
Manufacturer Part NumberKCM9XRJE30T7
Product SeriesCM9-R
Form FactorE3.S 1T (9.5mm)
Capacity30.72 TB
NAND Flash TechnologyKioxia BiCS FLASH TLC (Triple-Level Cell)
Host InterfacePCIe Gen5 x4
NVMe SpecificationNVMe 2.0
Drive Usage ClassificationMixed-Use (MU)
End-to-End Data ProtectionYes
Power Loss ProtectionYes
Sanitize OperationsSupported
Namespace ManagementSupported
Operating Temperature0°C to 70°C
ConnectorE3.S (EDSFF)

Frequently Asked Questions about Kioxia CM9-R 30.72TB E3.S NVMe SSD

What does the Kioxia CM9-R 30.72 E3.S PCIe Gen5 do?

At 30.72TB, the Kioxia CM9-R 30.72 E3.S PCIe Gen5 suits enterprise data-center storage tiers — all-flash arrays, hyperconverged storage pools (vSAN, Ceph), database backends, and high-throughput backup repositories. The PCIe Gen5 NVMe interface is supported by major server platforms.

What are the headline specs of the Kioxia CM9-R 30.72 E3.S PCIe Gen5?

Key specifications for the Kioxia CM9-R 30.72 E3.S PCIe Gen5: capacity 30.72TB; form factor E3.S; interface PCIe Gen5 NVMe; 5 years support; new condition. Manufacturer part number KIO-CM9-R-3072-E3S. For the full datasheet with electrical, environmental, and compliance details, contact our pre-sales engineering team.

Is the Kioxia CM9-R 30.72 E3.S PCIe Gen5 compatible with my infrastructure?

The Kioxia CM9-R 30.72 E3.S PCIe Gen5 uses a PCIe Gen5 NVMe interface in a E3.S form factor. It's compatible with server platforms that expose this interface — typical deployments include Dell PowerEdge, HPE ProLiant, Lenovo ThinkSystem, and Supermicro SuperServer chassis. For specific vendor part-number compatibility, our team validates against the manufacturer support matrix.