MPN: CD9P Series
KIOXIA CD9P Series
PCIe Gen5 NVMe · 14.8 GB/s · Up to 61.44TB

KIOXIA's 8th-generation BiCS FLASH PCIe Gen5 NVMe SSD for AI and HPC — read-intensive (1 DWPD) and mixed-use (3 DWPD) models in E3.S and 2.5-inch form factors.

Specifications

Series

CD9P-R (1 DWPD) · CD9P-V (3 DWPD)

Interface

PCIe Gen5 x4 · NVMe 2.0 · NVMe-MI 1.2c

NAND

8th-gen BiCS FLASH (BiCS 8), CBA architecture

Form Factors

2.5" 15mm (U.2) · EDSFF E3.S

Capacity

1.6–30.72TB (E3.S) · up to 61.44TB (U.2)

Seq Read

14.8 GB/s (128KiB @ QD32)

Seq Write

7 GB/s (128KiB @ QD32)

Random Read

2,600K IOPS (4KiB @ QD512)

Random Write

Up to 750K IOPS

Active Power

< 23W

Endurance

1 DWPD (read-intensive) · 3 DWPD (mixed-use)

Security

SIE / SED

Protection

Power-loss protection (PLP)

Compliance

OCP Datacenter NVMe SSD v2.5

Warranty

5-year limited

Stock

Available

Price

Quote

Overview

The KIOXIA CD9P Series is KIOXIA's latest PCIe Gen5 enterprise NVMe SSD, engineered around 8th-generation BiCS FLASH to keep GPU systems fed with data in AI and HPC workloads. It delivers up to 14.8 GB/s sequential read and 7 GB/s sequential write, with up to 2.6 million random-read IOPS and 750K random-write IOPS.

Versus the previous generation, the CD9P posts 4-corner performance gains of up to 125% in random write, 30% in random read, 20% in sequential read, and 25% in sequential write. The 15.36TB model also improves sequential read and write performance-per-watt by roughly 60% and 45% respectively, thanks to KIOXIA's CBA (CMOS-bonded Array) architecture that reduces heat generation and improves thermal management.

Available in 2.5-inch 15mm (U.2) and EDSFF E3.S form factors, the CD9P spans 1.6TB to 30.72TB in E3.S and up to 61.44TB in U.2. It ships in read-intensive (1 DWPD, CD9P-R) and mixed-use (3 DWPD, CD9P-V) endurance classes, with SIE/SED security, power-loss protection, and compliance with the OCP Datacenter NVMe SSD v2.5 specification.

Need KIOXIA CD9P Series?

KIOXIA CD9P PCIe Gen5 NVMe SSDs for AI and HPC. Contact QS Compute for capacity, endurance, and volume pricing.

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