Marvell Reduces Power Consumption with NVMe-oF Ethernet SSD Technology

Print Friendly, PDF & Email

Today Marvell announced an expansion of its revolutionary NVMe over Fabrics (NVMe-oF) portfolio. The breakthrough solutions include one powering the Toshiba Memory native NVMe-oF Ethernet solid state drive (SSD) with Marvell’s NVMe-oF SSD converter controller, delivering the world’s first direct-to-Ethernet SSD. The second is a landmark Marvell NVMe-oF Ethernet SSD controller, optimized to expedite SSD makers’ time to market and drive broad data center adoption of Ethernet Bunch of Flash (EBOF) architectures.

Our new NVMe-oF Ethernet SSD controller represents another industry first from Marvell and marks a key milestone in advancing our end-to-end Ethernet storage strategy,” said Nigel Alvares, vice president of marketing for the Flash Business Unit at Marvell Semiconductor, Inc. “By integrating the powerful capabilities of our NVMe-oF Ethernet technology with our best-in-class SSD controller technology, our customers will benefit from substantial reductions in power, space and overall cost. We look forward to continued ecosystem collaboration for broad adoption of our disruptive EBOF architecture.”

As data reaches near exponential growth proportions, demand for greater storage bandwidth and capacity within infrastructure is rising commensurately. Customers are grappling with the stress that these demands are creating on power consumption, design complexity and system costs. With the advent of NVMe and NVMe-oF, data centers are migrating from older, legacy protocols to innovative methods of accessing storage media. By utilizing a simple, low power and compute-less Ethernet fabric instead of a traditional PCIe approach, data centers can optimize their infrastructure and make hardware investments far more cost-effectively in the face of increasing storage requirements.

Marvell first announced its revolutionary Ethernet-based technology at last year’s Flash Memory Summit, and the technology is being advanced by multiple storage end users, server and storage system OEMs and SSD makers. The new Toshiba Memory 2.5″ in-form factor Ethernet SSD is the first market-ready product to integrate Marvell’s NVMe-oF SSD converter controller technology. These SSDs can be used with Marvell’s Ethernet switch products, enabling optimal storage disaggregation, eliminating costly CPU and DRAM components and increasing overall data center storage performance.

Today’s milestone continues our relationship with Marvell and reflects our shared vision of bringing to market innovative, Ethernet-based solutions to optimize scalability, flexibility and overall data center manageability,” said Alvaro Toledo, vice president, SSD marketing & product planning for Toshiba Memory America, Inc. “Our 2.5-inch form factor, dual-ported 25GbE NVMe-oF Ethernet SSD demonstration built with BiCS FLASH 3D flash memory leverages Marvell’s NVMe-oF converter controller, and enables seamless capacity, scalability and outstanding performance.”

Building on strong market demand, today Marvell unveiled an even more highly integrated solution for the scalable, high-performance disaggregation of storage from compute with the industry-first NVMe-oF Ethernet controller. Marvell’s innovative solution will enable a new class of enterprise and data center SSDs that significantly lower total cost of ownership (TCO). The Marvell NVMe-oF Ethernet SSD controller, 88SS5000, fully integrates with Marvell’s data center Ethernet switches including the Prestera® family of packet processors, bringing to market a next-generation infrastructure solution for moving, processing, storing and securing the world’s data.

We’re excited to collaborate with Marvell on enabling their latest data center SSD controller innovation with our TLC, QLC and BiCS FLASH Gen. 4 devices,” said Hiroo Ohta, technology executive, Toshiba Memory Corporation. “The combination of our products will help illustrate the significant value proposition of NVMe-oF Ethernet SSDs for data centers.”

Sign up for our ins insideHPC Newsletter