Revolutionize Storage with DEOS: Intel's Game-Changing Distributed Parallel File System
Table of Contents:
- Introduction
- Overview of DEOS
2.1 DEOS: A Distributed Parallel File System
2.2 The Architecture of DEOS
- The Need for DEOS
3.1 Overcoming Industry Bottlenecks
3.2 Advantages of Bite-Addressable Storage
- Target Markets for DEOS
4.1 High-Performance Computing
4.2 Artificial Intelligence
4.3 High-Performance Data Analytics
- Progress and Adoption of DEOS
5.1 Hardware Partner Endorsements
5.2 Growth of the DEOS Ecosystem
5.3 End Customers Embracing DEOS
- DEOS Performance on the IO 500 List
6.1 Increasing Presence on the IO 500 List
6.2 Impressive Benchmark Results
- What's Coming in DEOS 2.0
7.1 Support for CephOS 8
7.2 Introduction of Erasure Coding
7.3 Enhanced Reintegration and Data Protection
7.4 Telemetry and Monitoring Capabilities
7.5 Expanded Network Support
7.6 Focus on Stability, Usability, and Documentation
- Performance Impact of Erasure Coding
- Customer Environments and File Sizes
- Conclusion
DEUS: Revolutionizing Storage with Intel Octane Persistent Memory and NVMe SSDs
Introduction
DEOS is a high-performance distributed Parallel file system developed by Intel, leveraging the power of Intel's octane persistent memory and NVMe SSDs. In this article, we will explore the architecture, features, target markets, and performance of DEOS, as well as its growing adoption in the industry. We will also delve into the upcoming release of DEOS 2.0, which introduces exciting new capabilities such as erasure coding and enhanced data protection.
Overview of DEOS
DEOS is designed to overcome industry bottlenecks and maximize the potential of Intel's octane hardware. By splitting the media into two tiers, with metadata and small I/Os stored on persistent memory and larger bulk I/Os on NVMe SSDs, DEOS achieves higher performance and lower latency. This innovative approach to storage challenges conventional block-based systems and offers a paradigm shift in the way we think about storing and accessing data.
The Need for DEOS
DEOS addresses the limitations of traditional block-based storage systems. With the emergence of Intel's octane persistent memory, the opportunity arose to rethink storage and leverage the benefits of byte-addressable storage. DEOS provides a solution that enables high-performance and low-latency delivery of smaller I/Os that wouldn't fit efficiently within traditional block-based architectures.
Target Markets for DEOS
DEOS caters to a variety of target markets, including high-performance computing (HPC), artificial intelligence (AI), and high-performance data analytics. While these sectors benefit significantly from DEOS's superior IOPS and bandwidth per dollar, the versatility of DEOS allows for numerous other use cases, such as SQL databases and mail servers.
Progress and Adoption of DEOS
The adoption of a new parallel file system like DEOS is not without its challenges. However, DEOS has made substantial progress in gaining industry recognition and support. Hardware partners, including Hewlett Packard, Lenovo, Supermicro, and Inspur, have publicly endorsed DEOS. Furthermore, third-party support providers, such as Kreuz and Bright Skies, have contributed to making DEOS more enterprise-friendly. The emergence of end customers, such as Argonne National Laboratory and Russian Hospital, showcases the growing excitement surrounding DEOS.
DEOS Performance on the IO 500 List
DEOS has been making impressive strides in terms of performance. The IO 500 list, which ranks the world's top file systems, features an increasing number of DEOS submissions. In fact, five of the top ten systems on the list are DEOS systems, highlighting the high-performance capabilities and leadership position of DEOS in the industry.
What's Coming in DEOS 2.0
DEOS 2.0 is set to bring forth several notable features and enhancements. Key highlights include support for CephOS 8, the introduction of erasure coding for enhanced data protection, the ability to reintegrate and drain nodes, telemetry and monitoring capabilities, expanded network support beyond InfiniBand, and a strong focus on stability, usability, and documentation.
Performance Impact of Erasure Coding
While the introduction of erasure coding in DEOS brings increased data protection and efficiency, there is an impact on performance. However, DEOS's unique approach mitigates some of the typical performance drawbacks associated with erasure coding. The ability to perform partial stripe overwrites and independent reconstruction of data pieces allows for a more acceptable performance impact compared to other solutions in the market.
Customer Environments and File Sizes
DEOS caters to a wide range of customer environments, from smaller-Scale deployments of around one petabyte to large-scale systems like Argonne National Laboratory's 230 petabyte DEOS system. The capacity and performance of individual nodes in DEOS are determined by a ratio of persistent memory to NVMe SSDs, ensuring efficient and optimal data placement.
Conclusion
DEOS has revolutionized the storage landscape by harnessing the power of Intel's octane persistent memory and NVMe SSDs. Its unique architecture, high-performance capabilities, and growing ecosystem of partners and end customers position DEOS as a leading distributed parallel file system. With the upcoming release of DEOS 2.0, which introduces erasure coding and other significant enhancements, DEOS is poised to deliver even greater performance and data protection capabilities for a wide range of applications and industries.
Highlights:
- DEOS is a distributed parallel file system built on Intel's octane persistent memory and NVMe SSDs.
- DEOS overcomes industry bottlenecks by splitting media into two tiers: persistent memory for metadata and small I/Os, and NVMe SSDs for larger bulk I/Os.
- DEOS offers superior performance and lower latency by leveraging bite-addressable storage, enabled by Intel's octane persistent memory.
- Target markets for DEOS include HPC, AI, and high-performance data analytics, with potential applications in SQL databases and mail servers.
- DEOS has achieved significant progress in adoption, with endorsements from leading hardware partners and growing interest from end customers.
- DEOS has demonstrated impressive performance on the IO 500 list, with five systems among the top ten.
- DEOS 2.0 introduces exciting features such as support for CephOS 8, erasure coding, enhanced data protection, telemetry and monitoring capabilities, expanded network support, and improved stability, usability, and documentation.
- Erasure coding in DEOS brings increased data protection with a manageable performance impact, thanks to its unique reconstruction approach.
- DEOS serves various customer environments, ranging from smaller-scale deployments to large-scale systems like Argonne National Laboratory's 230 petabyte DEOS system.
FAQs
Q: What is DEOS?
A: DEOS is a distributed parallel file system developed by Intel that leverages Intel's octane persistent memory and NVMe SSDs to provide high-performance storage.
Q: What are the target markets for DEOS?
A: DEOS caters to various markets, including high-performance computing, artificial intelligence, and high-performance data analytics. It also finds applications in SQL databases and mail servers.
Q: How has DEOS performed on the IO 500 list?
A: DEOS has made significant strides on the IO 500 list, with five of the top ten systems being DEOS systems, showcasing its high-performance capabilities.
Q: What new features are coming in DEOS 2.0?
A: DEOS 2.0 introduces support for CephOS 8, erasure coding, enhanced data protection, telemetry and monitoring capabilities, expanded network support, and improved stability, usability, and documentation.
Q: What is the performance impact of erasure coding in DEOS?
A: Erasure coding in DEOS brings increased data protection with a manageable performance impact, thanks to its unique reconstruction approach.
Q: What are the typical customer environments and file sizes for DEOS?
A: DEOS caters to a wide range of environments, from smaller-scale deployments of around one petabyte to larger-scale systems like Argonne National Laboratory's 230 petabyte DEOS system. The capacity and performance of individual nodes in DEOS depend on the ratio of persistent memory to NVMe SSDs.
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