Memblaze · SSD

Memblaze PBlaze7 7A40 Series 30.72TB U.2-15MM PCIe 5.0 QLC

30 TB · NVMe PCIe 5.0

See today's price, delivery and offers at the store.

Buy nowAdd to your build

Capacity 30 TB
Type NVMe PCIe 5.0

Memblaze PBlaze7 7A40 Series 30.72TB U.2-15MM PCIe 5.0 QLC is an internal SSD with 30 TB of space. It came out in 2026.

Released: 2026-05-21

Specifications

Key specs

Capacity: 30 TB
Type: NVMe PCIe 5.0
Released: 2026-05-21
Part number: P7A40DT3072Y02
EAN / UPC: 5059902196491

Features

SSD capacity: 30 TB
SSD form factor: U.2
Interface: PCI Express 5.0
NVMe: Yes
Memory type: QLC 3D NAND
Component for: Server
Hardware encryption: Yes
Random read (4KB): 3350000 IOPS
Random write (4KB): 60000 IOPS
Mean time between failures (MTBF): 2500000 h

Operational conditions

Operating temperature (T-T): 0 - 77 °C
Minimum operating temperature: 0 °C
Maximum operating temperature: 77 °C

Check the manufacturer's page before buying.

Ready to buy? Get the Memblaze PBlaze7 7A40 Series 30.72TB U.2-15MM PCIe 5.0 QLC at today's price.Buy now

About this product

High-Density and Power-Efficient for sustainable business Leveraging its proprietary and innovatively upgraded MUFP ® (Memblaze Unified Framework Platform), Memblaze introduces the PBlaze7 7A40 Ocean Series - high-performance enterprise SSDs supporting both PCIe 5.0 and PCIe 4.0 interfaces. Accelerating AI Workloads with Next-Gen NVMe SSD Performance The exponential growth of AI demands storage solutions that deliver extreme throughput and ultra-low latency. Memblaze’s PBlaze7 7A40 Ocean PCIe 5.0 SSD redefines performance benchmarks, unlocking unprecedented efficiency for AI data pipelines. Redefining Data Center Efficiency with Best-in-Class Power Performance The Memblaze PBlaze7 7A40 Ocean SSD sets a new industry standard for power efficiency, enabling sustainable AI and cloud infrastructure. Through its revolutionary architecture, it delivers up to 262% higher random read performance per watt than leading competitors, drastically reducing operational costs while accelerating critical workloads.