Agenda Technology Discussions Data Life Cycle and Analytics Pure Offerings AI/Data Analytic Infrastructure(s) Q&A
Technology Discussion Areas Data Life Cycle Shifts (today’s discussion) Datafication of everything Storage, access, and TCO Increasing the value of data through Anaylitcs Infrastructure as Code Virtual Data Center Ubiquitous Multi-Premise Mobility (Hybrid Cloud) Digital Transformation Access to Everything from Anywhere Secure End-User Mobility
Mega Trend - Datafication of Everything
Data Analytic Trends Requirement for learning on data sets growing larger Analytics is driving a change in the Data Life Cycle Architecture parallelization from compute to storage ( NVMe ) to meet performance demands (AI Optimized Infrastructures) Distributed Multi-Premise (hybrid) model learning – processing close to the data at disparate locations Heterogeneous machine learning/AI architectures with data sharing End users interacting directly with the technology without need for programming or data scientist expertise ML/AI Visualization On-Premise Cloud Flash Object
Shifting the Data Life Cycle OLD ERA Offsite Tape Facility Data Value = 0 Insurance Policy for Data Cold Data as Archive MODERN ERA Cloud Economics & Durability Reuse Data Cold Data as Value-Creating Asset
Pure Technology Family FlashArray All Flash block level storage array Evergreen Storage changes TCO model FlashBlade All Flash file level storage array Massively Parallel scale out performance supports HPC, AI, and Data Analytic Object Engine Designed to enable hybrid cloud data strategies Data reduction and optimization engine minimized transnational and storage costs Hardware Appliance (OE/FB) delivered on- prem Virtual Appliance runs in the cloud *
Disrupting the Market
Notional Architecture RAPID RECOVERY PRIMARY FLASH DEDUPE FLASH STORE for Most Recent Data PBBA PBBA PRIMARY DISK DISK BACKUP APPLIANCE BACKUP DISK BACKUP APPLIANCE TAPE SLOW RECOVERY PBBA ARRAY PBBA PBBA PBBA TAPE LIB LEGACY: D2D2T MODERN: F2F2C Production Site Offsite Natively Replicated All Data 11 9’s of Durability MEET SLAs w/ Rapid Restore SAVE MONEY w/ Cloud Economics REUSE DATA W/ Cloud Apps
1PB in 3U for ~1500 Watts MULTI- PROTOCOL BUILT-IN 1PB IN JUST 3U 100% NVMe DENSITY: 12 GB/s BANDWIDTH 100% NVMe PERFORMANCE: 99.9999% AVAILABILITY & NDU EVERYTHING NOW 100% NVMe
Evergreen - Saves 61% Over 6 Years
FlashBlade
FlashBlade
FlashBlade References
BORN FROM FLASH + CLOUD OE//A270 4-Nodes 25 TB/HR Backup 15 TB/HR Restore 15 PB Front-end Capacity Inline Dedup to Flash & Cloud System GA: Q1 2019 CloudDirect GA: Q2 2019 OE//Cloud Scales to 100+TB/HR Backup Protects 100+ PB in Cloud 11 9’s of Durability, Internally Replicated Global Namespace, S3API GA: 2H2019
IBM – Meet Summit Summit Performance Peak Performance = 200 petaflops 10 PB of memory Summit Configuration 4,608 IBM AC922 servers each with two 22 core IBM Power9 processors 202,752 total cores. Each server also has 6 Nvidia Tesla V100 GPUs 27,648 Nvidia v100 GPUs 17,694,720 Tensor Cores File system IO >2TB per second Power Consumption 13 megawatts 2021 – ORNL expects to take delivery of Frontier, the first ExaFlop Supercomputer
Accelerated Compute Platform (ACP) - Mini-CORAL Summit Reference AI Optimized Architecture Summit Performance at Scale