OpenIO ServerLess Storage
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This document discusses serverless storage and scale-out object storage appliances. It introduces the OpenIO SLS, a scale-out object storage appliance that uses a distributed storage software (SDS) platform. The SLS provides high performance, efficiency, and scalability through its architecture of many small ARM-based nano-nodes within a single 4U chassis, with no single point of failure and linear scalability by adding disks one by one. It aims to make scale-out object storage easy to deploy, manage and use for organizations of all kinds.
OpenIO ServerLess Storage
- 2. most 88 % and growing fastCapacity Storage market evolution (80/20 rule) Latency sensitive IOPS High Capacity High frequency modifications Low frequency modifications & immutable data
- 3. High frequency modifications most 88 % and growing fastCapacity Low frequency modifications & immutable data Storage market evolution (80/20 rule) Latency sensitive IOPS High Capacity
- 4. What is driving up capacity?
- 5. What is driving up capacity?
- 6. What will drive up capacity?
- 7. What will drive up capacity?
- 9. Redefining IT InfrastructuresRedefining IT Infrastructures
- 10. Next Generation ApplicationsNext Generation Applications
- 11. Creating metadata from data Ingest Search Store Analyse Add metadata Ingest Search Store Full Text Index Spam sample long-term archiving and search Real life use cases
- 12. Computing models, Evolution Containers Not storage centric Virtualization Complex and expensive ServerLess Event-driven
- 13. X86, one of many options now X86 General purpose Coprocessors Specialized applications ARM Efficiency, IoT and mobile
- 14. All-flash Storage Specialized HCI Hyperconvergence, all but efficient General purpose HCI In-memory Storage Lambda-like Enabled storage Capacity-driven CPU Latency-sensitive RAM TYPE OFWORKLOAD COMPUTE RESOURCES
- 15. Storage and infrastructure efficiency Run your application on the storage infrastructure, where data resides! Any media Any hardware OpenIO SDS G E N E R A T E APIs IN G E ST P R O C E SS SE R V E ST O R E R E P LIC A T E T IE R IN G
- 16. Run your applications where data resides! All-flash Storage Specialized HCI General purpose HCI In-memory Storage Lambda-like Enabled storage Capacity-driven CPU Latency-sensitive RAM TYPE OFWORKLOAD COMPUTE RESOURCES OpenIO
- 17. New object storage use cases sustainability $/GB Backup repositories Collaboration Storage consolidation Big Data lakes and IoT
- 18. New object storage use cases sustainability Collaboration Backup repositories Big Data lakes and IoT Storage consolidation Ease of use$/GB Performance Flexibility
- 19. Storage Array x86 Commodity Servers Ethernet TCP/IP drives 1995 - 2005 2006 - 2016 > Large capacity storage evolution
- 20. Scale-up and RAID 60-90 slots x86 Commodity Servers Ethernet TCP/IP drives • Impracticable • Large failure domain • Low performance • Inefficient • Half-baked technology Large capacity storage $/GB tradeoffs
- 22. OpenIO SLS-4U96 appliance Open Source software Commodity hardware Reduced cost and TCO Object Storage Based on SDS object storage platform ARM-based nano-nodes High-performance backend Smallest failure domain Massive I/O parallelization
- 23. OpenIO SLS, the scale-out storage infrastructure in-a-box Scale-out radicalization 1 disk per nano-node Massive paralellization 96 nano-nodes per chassis No-compromise throughput 40Gb/s front-end Power efficient ARM-based architecture Small footprint 96 3.5” HDDs in 4 rack units No Single Point Of Failure Redundant links, PS and Fans
- 24. Efficient & No SPOF Scalable & Powerful SDS enabled Easy to use in a single appliance OpenIO SLS
- 25. How
- 26. • Dual-core ARM-v8 CPU • RAM, flash memory, 2 * 2.5gb/s Ethernet links • 3W power consumption and HDDs Power management • Supports 8,10,12 TB HDDs Hyper Scalable Storage Nano-node
- 27. • N+1 power supplies and cooling units • Chassis Management • 2x 6-port 40gb/s Ethernet switches for front-end and back-to-back expansion • Up to 96 hot-swap nano-nodes No Single Point of Failure SLS 4U96
- 28. • N+1 power supplies and cooling units • Chassis Management • 2x 6-port 40gb/s Ethernet switches for front-end and back-to-back expansion • Up to 96 hot-swap nano-nodes SLS 4U96 40 Gb/s Ethernet switch 40 Gb/s Ethernet switch 6x ports 6x ports Nano-node HDD / SSD 2,5 Gb/s HS-SGMII #1 #96 No Single Point of Failure 2,5 Gb/s HS-SGMII
- 29. • Standard Object APIs to leverage natively the platform: OpenIO REST/HTTP, Amazon S3 and OpenStack Swift • Industry File-Sharing Protocols: NFS, SMB, AFP and FTP • Several data protection schemes and cluster topologies • Ease of Use. GUI, APIs, CLI • Lightweight backend design Same software, same capabilities SDS
- 30. The Object Storage Appliance for all kinds of organizations 3.2.1. Minimum configuration starts at 12 HDDs, up to 96 in a single chassis for a total of 1152TB. Multiple chassis supported in a single cluster. EfficientEasy to use 4. All the features available with SDS. Scale-out cluster in-a-box. Easy to deploy, manage and use. Low power and datacenter footprint but with high throughput. Expandable by one disk at a time and No SPOF. Scalable Feature rich