Pure Storage has announced an expanded collaboration with Micron which will see the American semiconductor company’s G9 QLC NAND integrated into the storage firm's future DirectFlash Module (DFM) solutions for use in hyperscale data centers.

This move builds on a decade of cooperation between the two companies, spanning seven generations of NAND integration which includes the Micron G8 QLC NAND, which has been qualified for production in Pure Storage’s 150TB DFM expected later in 2025 (Pure Storage has previously said it plans to ship 300TB DFMs by 2026).

Micron already uses this NAND chip in its own 60TB SSD.

Addressing performance and efficiency needs

DFM technology promises faster data transfer rates, low latency, and high reliability for data-intensive workloads. The module also reduces energy consumption compared to traditional HDD-based solutions, lowering both operating costs and carbon footprint. The use of NAND with higher areal density (bits per square millimeter) allows for greater storage capacity in smaller physical footprints, contributing to more efficient rack usage and scalability.

“Pure Storage’s collaboration with Micron is another example of our significant momentum bringing the benefits of all-flash storage technology to hyperscale environments," said Bill Cerreta, General Manager of Hyperscale at Pure Storage.

"With Micron’s advanced NAND technology, Pure Storage can further optimize storage scalability, performance, and energy efficiency for an industry with unparalleled requirements.”

Jeremy Werner, Senior Vice President and General Manager of Micron’s Storage Business Unit, added, “Micron’s advanced NAND technologies, combined with Pure’s innovative storage solutions, enable data center operators to address the increasing performance, efficiency, and scalability needs for today’s hyperscale data centers, Built on trust and thriving on innovation, our collaboration with Pure Storage consistently offers cutting-edge storage solutions for hyperscale and enterprise environments.”

By: DocMemory
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