t o E n a b l e E m e r g i n g S S D F o r m F a c t o r s

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Marilyn Scott
5 years ago
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1 U s i n g O p e n B u i l d i n g B l o c k s t o E n a b l e E m e r g i n g S S D F o r m F a c t o r s Nigel Alvares VP of SSD & Data Center Storage Solutions, Marvell Semiconductor

2 Data Centers are Increasingly Virtualized & Multi-Tenant

3 Data Center Users Seeking Bare Metal Performance & QoS User #1 User #2 User #N-1 User #N Virtualized Server Storage

4 Amount of DC Applications & Workloads Increasing Workloads are continuously evolving & tomorrow s are unknown

5 Each Workload has Optimal Storage Requirements Capacity Performance Latency Endurance / Life / Redundancy Host / Application Acceleration Power / Thermals Security Unit of Scale $ per GB Guaranteeing Quality of Service Critical for Majority

6 Current Storage Solutions Not Addressing All Optimally NVMe Add-in-Cards M.2 SSDs U.2 SSDs 3.5 HDDs Multiple industry initiatives have started to address starting with OCP

7 Emerging Industry Standard SSD Form Factors EDSFF NGSFF Current & Future OCP Designs New Innovation Sandboxes for Open Compute Community 7

8 Potential New Innovations for Emerging Form Factors Workload Accelerators Key-Value In-Compute Programmable Logic Machine Learning Emerging Memories ReRAM MRAM Hybrid memory architectures Protocols & Interfaces NVMe 1.3 -> NVMe X.Y NVMe-oF Gen-Z OpenCAPI

Intro to Marvell s Enabling Data Center NVMe SSD Chipsets

NVMe SSD controllers Offloads host CPU for optimal QoS

4 GB/s throughput Single & Dual-Ported x4 NVMe SSD Controllers 4

9 Intro to Marvell s Enabling Data Center NVMe SSD Chipsets Industry s 1 st NVMe SSD Switch Aggregates & virtualizes up to 4 NVMe SSD controllers Offloads host CPU for optimal QoS performance Up to 1.6M IOPS & 6.4 GB/s throughput Single & Dual-Ported x4 NVMe SSD Controllers 4 th Gen of Edge ECC IP enabling QLC Supports SR-IOV with up to 64 virtual functions Up to 800k IOPS & 3.6GB/s throughput

10 Using Common Building Blocks for Standard FF SSDs M.2280 SSD M SSD U.2 SSD built with NVMe Switch & M.2280s U.2 SSD x4 Dual NVMe Ported Modular, simple & open! NVMe SSD Switch NVMs SSD Controllers

11 Reusing Same Common Building Blocks to Develop Emerging EDSFF & NGSFF Form Factor Solutions x4 / x8 x4 / x8 x4 Up to 800k IOPs Up to 32 pkgs Up to 16GB Up to 1.5M IOPs Up to 32 pkgs Up to 16GB Up to 1.6M IOPs Up to 40 pkgs Up to 32GB NVMe SSD Switch NVMs SSD Controllers

12 x4 / x8 x4 / x8 Leveraging Common Building Blocks to Deliver New Storage with Emerging Memories & Offloads. SCM Emerging Memory Controller. SCM SCM SCM SCM SCM. SCM Workload Accelerator. SCM SCM SCM SCM SCM NVMe SSD Switch NVMs SSD Controllers

13 Summary Virtualized data centers users seeking bare metal performance Number of data center workloads increasing with differing storage needs Current storage solutions not optimally addressing new requirements Emerging SSD form factors offer innovation sandbox opportunity Marvell s NVMe SSD chipsets offer common high-volume building blocks Looking forward to innovating with OCP community members Project Denali is one of the 1 st opportunities!

14 The information contained in this presentation is provided for informational purposes only. While efforts were made to verify the completeness and accuracy of the information contained in this presentation, it is provided AS IS, without warranty of any kind, express or implied. This information is based on Marvell s current product roadmap, which are subject to change by Marvell without notice. Marvell assumes no obligation to update or otherwise correct or revise this information. Marvell shall not be responsible for any direct, indirect, special, consequential or other damages arising out of the use of, or otherwise related to, this presentation or any other documentation even if Marvell is expressly advised of the possibility of such damages. Marvell makes no representations or warranties with respect to the contents of the presentation and assumes no responsibility for any inaccuracies, errors or omissions that may appear in this presentation.

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