Pure Storage and Micron Collaborate to Deliver Scalable, Energy-Efficient Solutions for Hyperscale Data Centers
Pure Storage (NYSE: PSTG) announced an expanded strategic collaboration with Micron Technology to develop high-capacity, energy-efficient storage solutions for hyperscale data centers. The partnership will utilize Micron's G9 QLC NAND technology in Pure Storage's future DirectFlash庐 Module products, building on their decade-long relationship that includes seven generations of NAND integration.
The collaboration addresses three critical data center challenges: energy efficiency, storage density, and performance. Pure Storage's 150TB DirectFlash Module, which currently uses Micron's G8 QLC NAND, demonstrates their joint capability to deliver massive drive capacities with high performance and low latency.
The partnership aims to provide improved performance with lower latency, sustainable solutions with reduced energy consumption, and rack-dense scalable solutions at a reduced total cost of ownership compared to traditional hard drive-based storage solutions.
Pure Storage (NYSE: PSTG) ha annunciato una collaborazione strategica ampliata con Micron Technology per sviluppare soluzioni di storage ad alta capacit脿 e a risparmio energetico per i data center hyperscale. Il partenariato sfrutter脿 la tecnologia G9 QLC NAND di Micron nei futuri prodotti DirectFlash庐 Module di Pure Storage, costruendo su una relazione decennale che include sette generazioni di integrazione NAND.
La collaborazione affronta tre sfide critiche dei data center: efficienza energetica, densit脿 di storage e prestazioni. Il modulo DirectFlash da 150TB di Pure Storage, che attualmente utilizza il NAND QLC G8 di Micron, dimostra la loro capacit脿 congiunta di offrire enormi capacit脿 di archiviazione con alte prestazioni e bassa latenza.
Il partenariato mira a fornire prestazioni migliorate con una latenza ridotta, soluzioni sostenibili con un consumo energetico ridotto e soluzioni scalabili con alta densit脿 di rack a un costo totale di propriet脿 inferiore rispetto alle tradizionali soluzioni di storage basate su hard disk.
Pure Storage (NYSE: PSTG) anunci贸 una colaboraci贸n estrat茅gica ampliada con Micron Technology para desarrollar soluciones de almacenamiento de alta capacidad y eficiencia energ茅tica para centros de datos de gran escala. La asociaci贸n utilizar谩 la tecnolog铆a G9 QLC NAND de Micron en los futuros productos DirectFlash庐 Module de Pure Storage, ampliando su relaci贸n de diez a帽os que incluye siete generaciones de integraci贸n de NAND.
La colaboraci贸n aborda tres desaf铆os cr铆ticos de los centros de datos: eficiencia energ茅tica, densidad de almacenamiento y rendimiento. El m贸dulo DirectFlash de 150TB de Pure Storage, que actualmente utiliza el NAND QLC G8 de Micron, demuestra su capacidad conjunta para ofrecer enormes capacidades de almacenamiento con alto rendimiento y baja latencia.
La asociaci贸n tiene como objetivo proporcionar un rendimiento mejorado con menor latencia, soluciones sostenibles con menor consumo de energ铆a y soluciones escalables con alta densidad en racks a un costo total de propiedad reducido en comparaci贸n con las soluciones de almacenamiento basadas en discos duros tradicionales.
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Pure Storage (NYSE: PSTG) a annonc茅 une collaboration strat茅gique 茅largie avec Micron Technology pour d茅velopper des solutions de stockage 脿 haute capacit茅 et 茅co茅nerg茅tiques pour les centres de donn茅es hyperscale. Ce partenariat utilisera la technologie G9 QLC NAND de Micron dans les futurs produits DirectFlash庐 Module de Pure Storage, s'appuyant sur leur relation de dix ans qui comprend sept g茅n茅rations d'int茅gration de NAND.
La collaboration r茅pond 脿 trois d茅fis critiques des centres de donn茅es : l'efficacit茅 茅nerg茅tique, la densit茅 de stockage et la performance. Le module DirectFlash de 150 To de Pure Storage, qui utilise actuellement le NAND QLC G8 de Micron, d茅montre leur capacit茅 conjointe 脿 offrir d'茅normes capacit茅s de stockage avec de hautes performances et une faible latence.
Le partenariat vise 脿 fournir des performances am茅lior茅es avec une latence r茅duite, des solutions durables avec une consommation d'茅nergie r茅duite et des solutions 茅volutives 脿 haute densit茅 avec un co没t total de possession r茅duit par rapport aux solutions de stockage traditionnelles bas茅es sur des disques durs.
Pure Storage (NYSE: PSTG) hat eine erweiterte strategische Zusammenarbeit mit Micron Technology angek眉ndigt, um hochkapazitive und energieeffiziente Speicherl枚sungen f眉r Hyperscale-Datenzentren zu entwickeln. Die Partnerschaft wird Microns G9 QLC NAND-Technologie in zuk眉nftigen DirectFlash庐 Modulen von Pure Storage nutzen und baut auf ihrer zehnj盲hrigen Beziehung auf, die sieben Generationen von NAND-Integration umfasst.
Die Zusammenarbeit zielt darauf ab, drei kritische Herausforderungen in Datenzentren zu bew盲ltigen: Energieeffizienz, Speicherdichte und Leistung. Das 150TB DirectFlash-Modul von Pure Storage, das derzeit Microns G8 QLC NAND verwendet, zeigt die gemeinsame F盲higkeit, massive Speicherkapazit盲ten mit hoher Leistung und niedriger Latenz bereitzustellen.
Die Partnerschaft hat zum Ziel, verbesserte Leistungen bei reduzierter Latenz, nachhaltige L枚sungen mit geringerem Energieverbrauch und hochdichte, skalierbare L枚sungen zu einem reduzierten Gesamtkostenbesitz im Vergleich zu herk枚mmlichen, festplattenbasierten Speicherl枚sungen bereitzustellen.
- Strategic collaboration with Micron enables development of high-capacity storage solutions
- Integration of advanced G9 QLC NAND technology for future DirectFlash Module products
- Potential for reduced operational costs through improved energy efficiency
- Enhanced storage density and performance capabilities
- None.
Insights
The strategic collaboration between Pure Storage and Micron marks a pivotal advancement in hyperscale data center technology. The integration of Micron's G9 QLC NAND with Pure's DirectFlash Module represents a significant technological leap that addresses three critical pain points in modern data centers: energy consumption, storage density and performance metrics.
The technical specifications are particularly noteworthy - Pure Storage's current 150TB DirectFlash Module using Micron G8 QLC NAND demonstrates the scalability potential. This partnership's focus on QLC NAND technology is important because it enables 4 bits per cell storage, maximizing storage density while maintaining cost-effectiveness. The architectural simplification through all-flash solutions eliminates the mechanical limitations of traditional HDDs, potentially reducing latency by orders of magnitude.
From an infrastructure perspective, this collaboration addresses a critical market need. Modern hyperscale data centers typically consume between 20-50 megawatts of power, making energy efficiency a top priority. The transition from traditional HDD-based storage to Pure Storage's all-flash solutions integrated with Micron's advanced NAND could reduce power consumption by up to 80% while significantly improving performance metrics.
The emphasis on rack density is particularly valuable in markets where data center real estate comes at a premium. By increasing storage density through Micron's advanced areal density NAND technology, operators can achieve substantially higher storage capacity per rack unit, potentially reducing their physical footprint by 30-50% compared to traditional storage solutions.
This partnership positions both companies advantageously in the rapidly growing hyperscale data center market, projected to reach
The timing is strategic, coinciding with increasing regulatory pressure and corporate commitments to reduce data center carbon footprints. This positions Pure Storage to capture a larger share of the hyperscale market, potentially leading to revenue growth in their enterprise segment. The focus on total cost of ownership (TCO) reduction through improved energy efficiency and density could be particularly appealing to hyperscale customers, who typically operate on thin margins.
The joint effort continues a decade-long initiative of integrating Micron's latest NAND technology with Pure Storage solutions, which spans seven generations and includes the Micron G8 QLC NAND qualified for production in Pure Storage's 150TB DirectFlash Module. Combined with Pure Storage's advanced data storage platform, the solution delivers a data storage platform with massive drive capacities, high performance, and low latency 鈥� while driving architectural simplification and delivering significant energy efficiency improvements.
Customer Challenge:
In modern data centers, three critical concerns factor into every storage solution 鈥� energy efficiency, storage density, and performance. Data centers consume tremendous amounts of power, which is why energy-efficient solutions are critical to managing both operational expenses and the impact on the environment. Additionally, as data centers grow, they remain space-constrained, making every square foot valuable. Operators are continuously challenged to fit more storage into less space. Meanwhile, storage performance is even more important as a competitive advantage because consumers of data center services expect faster data processing as the rush to turn data into insights accelerates.
Customer Impact:
Pure Storage and Micron are collaborating to deliver a winning total cost of ownership solution versus legacy hard drive-based storage solutions for hyperscalers. The collaboration provides the following benefits:
- Improved performance, lower latency: The combination of Pure Storage's leading data storage platform with Micron's advanced NAND technology with industry-leading transfer rates provides ultrafast, low-latency, and reliable solutions for massive, data-intensive workloads.
- Sustainable solutions: This joint solution dramatically reduces the energy consumption over traditional storage solutions, lowering operating costs and reducing the environmental footprint.
- Rack-dense, scalable solutions: By integrating Micron's NAND that offers industry-leading areal density (that is, bits per square millimeter), Pure Storage can deliver highly scalable systems at a reduced total cost of acquisition and ownership.
Executive Insight:
"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, Hyperscale, 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."
"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," said Jeremy Werner, SVP & GM, Storage Business Unit, Micron. "Built on trust and thriving on innovation, our collaboration with Pure Storage consistently offers cutting-edge storage solutions for hyperscale and enterprise environments."
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About Pure Storage
Pure Storage (NYSE: PSTG) delivers the industry's most advanced data storage platform to store, manage, and protect the world's data at any scale. With Pure Storage, organizations have ultimate simplicity and flexibility, saving time, money, and energy. From AI to archive, Pure Storage delivers a cloud experience with one unified Storage as-a-Service platform across on-premises, cloud, and hosted environments. Our platform is built on our Evergreen architecture that evolves with your business 鈥� always getting newer and better with zero planned downtime, guaranteed. Our customers are actively increasing their capacity and processing power while significantly reducing their carbon and energy footprint. It's easy to fall in love with Pure Storage, as evidenced by the highest Net Promoter Score in the industry. For more information, visit .
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