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Intel HBRPEKNX0101A08 Optane H10 256GB M.2 SSD — main product image
Intel

Intel HBRPEKNX0101A08 Optane H10 256GB M.2 SSD

★★★★★3.0 (2 reviews)

Intel Optane H10 pairs 16GB of Optane memory with 256GB of QLC NAND on a single M.2 drive for snappier system responsiveness.

$194.00*
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*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.

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Overview

The Intel Optane H10 (HBRPEKNX0101A08) is a hybrid storage device that integrates two distinct memory technologies onto a single M.2 2280 module. The 16GB Intel Optane memory component serves as a high-speed cache layer, learning usage patterns and pre-loading frequently accessed data for near-instant retrieval. Behind it sits 256GB of QLC 3D NAND flash storage that handles bulk data. This architecture means that the applications and files you use most often benefit from Optane-level speed, while less frequently accessed data resides on the more cost-effective QLC storage.

The practical benefit is most evident in system boot times, application launches, and file access patterns that repeat regularly — the Optane layer adapts over time and becomes more effective the longer you use the drive. The trade-off is platform dependency: full Optane H10 functionality requires an Intel chipset that supports Rapid Storage Technology, such as the 300-series or newer. Without this, the drive operates as a conventional 256GB PCIe 3.0 NVMe SSD, and the QLC NAND's lower sustained write speeds become more apparent. For users on the right hardware who need a responsive system drive without occupying two M.2 slots, the Optane H10 offers a practical and space-efficient solution.

Key Features

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Specifications

Brand
Intel
Model
HBRPEKNX0101A08
Capacity
256GB
Interface
M.2 2280 PCIe 3.0
Memory Type
Intel Optane + QLC 3D NAND
Optane Buffer
16GB
Form Factor
M.2 2280

Pros & Cons

👍 Pros

  • 16GB Optane cache intelligently accelerates frequently used files and applications for noticeably faster day-to-day responsiveness
  • Single M.2 2280 form factor saves a slot compared to using separate Optane and NAND drives
  • PCIe 3.0 interface provides solid bandwidth for typical productivity and multitasking workloads
  • Transparent caching requires no manual file management once Intel RST is configured

👎 Cons

  • 256GB total storage capacity is limited for users with large application libraries or media collections
  • QLC NAND has lower sustained write performance compared to TLC-based SSDs, noticeable during large file transfers
  • Optane caching features only work on compatible Intel platforms with RST support, restricting usability on AMD or older systems
  • The drive is a previous-generation product, making long-term firmware and driver support uncertain

Frequently Asked Questions

The H10 combines two storage technologies on one M.2 module: a 16GB Intel Optane memory cache and a 256GB QLC 3D NAND storage drive. The Optane portion acts as an intelligent cache, accelerating frequently accessed data and applications beyond what the QLC NAND alone could deliver.
The Optane caching functionality requires Intel RST (Rapid Storage Technology) drivers and a compatible Intel platform (typically 8th Gen or newer with specific chipsets). Once configured, the caching operates transparently without user intervention.
The H10 requires a system with an M.2 2280 slot, PCIe 3.0 support, and a compatible Intel chipset that supports Optane memory. Not all motherboards qualify — Intel 300-series and newer chipsets with RST support are typically required for the caching feature to function.
Yes. If installed in a non-compatible system or without RST drivers, the drive functions as a standard 256GB PCIe NVMe SSD, though you lose the Optane acceleration benefit.

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