Why NVMe is Changing IoT
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The document discusses Micron Technology's NVMe protocol, which enhances data processing in increasingly demanding IoT environments by providing improved scalability, performance, and efficiency. NVMe supports multiple deep queues and is designed for parallel processing, making it a more effective storage solution compared to traditional SATA and SAS. Micron introduces high-performance NVMe SSDs that are optimized for various data-centric applications, achieving significant speed and capacity advancements.
Why NVMe is Changing IoT
- 1. ©2017 Micron Technology, Inc. All rights reserved. Information, products, and/or specifications are subject to change without notice. All information is provided on an “AS IS” basis without warranties of any kind. Statements regarding products, including regarding their features, availability, functionality, or compatibility, are provided for informational purposes only and do not modify the warranty, if any, applicable to any product. Drawings may not be to scale. Micron, the Micron logo, and all other Micron trademarks are the property of Micron Technology, Inc. All other trademarks are the property of their respective owners. Dan Florence October 2017 Why NVMe™ is Changing IoT
- 2. October 31, 2017Micron Confidential2 % of the world’s population will be connected
- 3. Micron Confidential3 Workloads are demanding real-time data insights. Volume Data growth projected to Reach 163 zettabytes by 2025 Velocity Billions of data entries each day Variety Structured & unstructured data driven by big data & IoT
- 4. NVMe™ Adoption Micron Confidential4 49.8% 43.6% 42.7% 39.5% 24.3% Better scalability to meet our performance requirements over time Better cost/performance ($/IOPS) Higher throughput or bandwidth Increased storage density (TB/U) Lower latency Drivers to NVMe Adoption PCIe or NVMe Flash Not using and no plans Currently using Planning to use within 12 months
- 5. What is NVMe™ October 31, 2017Micron Confidential5 What is NVMe? THE industry standard interface for PCI Express® Solid-State Devices Optimized for Next- Generation NVM New storage stack with low latency and small overhead Efficient & Scalable Streamlined protocol & command set, fewer clock cycles per I/O Works Out of the Box Drivers for all major operating environments Architected for NVM Eliminates hard drive legacy that SATA and SAS are based upon
- 6. October 31, 2017Micron Confidential6 NVMe™ Fundamentals ▪ NVMe protocol supports multiple deep queues − SATA = 32 Commands/1 Queue − SAS = 256 Commands/1 Queue − NVMe = 64K Commands per 1 queue, up to 64K Queues ▪ Designed to take advantage of parallel processing ▪ Streamlined command set ▪ Supports MSI-X and interrupt steering ▪ NVM Agnostic
- 7. NVMe™ opens the door. October 31, 2017Micron Confidential7 ▪ Accelerates the ecosystem ▪ Efficient processing ▪ Ready for the future
- 8. NVMe™ is Transforming the Datacenter October 31, 2017Micron Confidential8 Performance Scalable performance and low latency – optimizing the storage stack Efficiency Architected to be lean. Takes full advantage of multi- core CPUs Industry Standard Industry standard drivers and management. Storage Fabrics
- 9. October 31, 2017Micron Confidential9 High-performance NVMe SSD; designed for databases, NoSQL, caching, Ceph, Hadoop First 10TB+ NVMe SSD **Based off public information, as of Aug 8, 2017, measuring against 100% 4K random writes *8KB Block Size, 70/30 Read/Write Mix, Queue Depth 8 – Commonly considered a synthetic proxy for real-world OLTP traffic Introducing the 9200 NVMe™ SSD Where capacity meets tenacity. Up to 45% faster than competing NVMe SSDs
- 10. October 31, 2017Micron Confidential10 “The Advantech ASR-3100PP is an ideal server for enterprise buyers who can properly take advantage of the maximum performance this server delivers, benefitting from the dense footprint at the same time.” “Micron supplied all of the NVMe SSDs and the RAM. The contributions from Micron will really make a huge impact on improving the overall performance of the ASR-3100PP.” :
- 11. October 31, 2017Micron Confidential11 2M+ IOPS 176TB in 1U!