HPE HU4A4A70C3Z 15.36 TB NVMe QLC Upgrade SSD

Name: HPE HU4A4A70C3Z 15.36 TB NVMe QLC Upgrade SSD
Brand: HPE
SKU: HU4A4A70C3Z

HPE|

MPN: HU4A4A70C3Z

In Stock

Request A Quote

Get Started

Ground ShippingArrives by Monday, Nov 16

Order within 13h 15m to get it by Monday, Nov 16

Authorized Dealer — Full manufacturer warranty

Key Features

15.36 TB flash capacity for large storage-expansion increments
NVMe interface for compatible platform storage paths
QLC NAND for high-density flash media
Add 15.36 TB of flash capacity to a compatible HPE Alletra MP storage configuration.
Connect through an NVMe storage interface for platform-integrated flash expansion.

Expand flash capacity in a compatible HPE Alletra MP storage configuration with a 15.36 TB NVMe QLC upgrade SSD. QLC NAND provides a high-density flash technology suited to capacity-oriented storage expansion, while NVMe identifies the drive for the platform’s NVMe storage architecture. The 15.36 TB capacity point addresses deployments where large increments of flash capacity are needed within the storage system. HPE HU4A4A70C3Z is an upgrade SSD intended for HPE Alletra MP storage environments. Its combination of NVMe connectivity and QLC NAND differentiates it as a capacity-focused flash option rather than a general-purpose SATA or SAS storage device. Select this SSD when the target system and installed configuration support the required HPE Alletra MP NVMe upgrade media. This drive fits storage growth projects involving larger virtual-machine datasets, database capacity pools, consolidated application volumes, and file repositories that benefit from all-flash storage. The 15.36 TB capacity provides a substantial media expansion point without requiring multiple lower-capacity drives. QLC flash should be aligned with the workload’s planned endurance profile and the storage platform’s supported drive configuration.

Ideal For

Expanding usable flash capacity in an HPE Alletra MP storage system.
Adding high-density NVMe media for consolidated virtual-machine and application storage.
Increasing capacity available to database, file, or general-purpose block-storage pools.

Why This Product

1Provides a 15.36 TB capacity point for large flash-expansion increments.
2Uses QLC NAND for capacity-focused, high-density flash media.
3Uses NVMe rather than SATA or SAS storage connectivity.
4Specified as upgrade media for compatible HPE Alletra MP storage.

General

Brand	HPE
Drive Type	Upgrade SSD
Manufacturer Part Number	HU4A4A70C3Z

Storage

Capacity	15.36 TB
Drive Interface	NVMe

Logistics

Shipping Weight

0.00 lb

Technology

NAND Type

QLC NAND

Compatibility

Supported Storage Platform

HPE Alletra MP storage

Purchasing this for your business?

Business account holders get access to exclusive pricing, volume discounts, and dedicated support. Create a free account to get started.

Wholesale pricing below retail

Net-30 terms for qualified businesses

Volume discount tiers

Dedicated account representative

Saved payment methods & PO support

Priority order processing

Create Free Business Account

Frequently Asked Questions

What is included with HU4A4A70C3Z?▾

HU4A4A70C3Z covers a 15.36 TB NVMe QLC upgrade SSD for compatible HPE Alletra MP storage. It should be selected as storage expansion media, with installation matched to the supported drive configuration of the target storage system.

What storage platform uses the HPE HU4A4A70C3Z SSD?▾

This SSD is intended for compatible HPE Alletra MP storage configurations. It is NVMe upgrade media, so the target system must support the applicable Alletra MP NVMe drive configuration before it is added to an existing storage pool.

Why choose a 15.36 TB QLC NVMe upgrade SSD?▾

A 15.36 TB QLC SSD adds a large amount of flash capacity in one drive position. QLC NAND is commonly selected for capacity-oriented flash tiers where storage density is a primary consideration alongside workload endurance planning.

Is HU4A4A70C3Z an NVMe, SATA, or SAS drive?▾

HU4A4A70C3Z uses an NVMe interface. It is not a SATA or SAS drive, so it is intended only for compatible storage hardware with the required NVMe drive support and platform-approved media configuration.