Bamboo - IT Press Tour June 2020

Transcript

1. Introduction Tony Craythorne, CEO John Goodacre, CSciO
2. 2 Mission: Launching a Revolution in Server Design 2
3. 3 Introduction to Bamboo Established in 2015 as KALEAO by a team of experts in HPC and Arm technologies and markets Reborn as Bamboo Systems in December 2019 with new funding and new leadership focused on go-to-market HQ is Cambridge, UK; Offices in San Jose, CA © 2020 Bamboo Systems Group
4. 4 Key Team Members © 2020 Bamboo Systems Group Tony Craythorne, CEO John Goodacre, CSciO Vicki Grey, CMO Note: Chairman of the Board is Dr. Geoff Barrall
5. 5 Today’s server market
6. 6 On Prem Server Market by Revenue The server market, today, is worth ~$85B annually* with ~2.6M units shipped in 2019 Not only will Bamboo be part of market’s organic growth, but we will lead the revolution towards a new generation of data centre platforms. © 2020 Bamboo Systems Group *source IDC Worldwide Server Market
7. 7 The problem: legacy servers aren’t keeping up • The server industry is an $85bn Market dominated by legacy server design – Cost of operating data centres now exceeds the cost to build – Legacy server architecture struggling to keep up with modern software design – New workloads such as edge, containers, AI, and ML are transforming requirements – Energy has also become a major economic and political concern Traditional server architecture is not evolving fast enough for modern, agile, highly parallel workloads, straining data centres to the breaking point © 2020 Bamboo Systems Group
8. 8 Data Centre power consumption now a global issue Data Centres consume… 3.5% of the world’s energy…* produce 2% of the world’s greenhouse gas emissions… and are projected to overtake the aviation industry as the world’s biggest energy hog © 2020 Bamboo Systems Group * source: Enerdata publication
9. 9 A new approach
10. 10 A New Wave of Compute Dominates Everywhere… Except the Data Centre The benefits of low power chip designs are dominating the diversifying compute ecosystem, growing relentlessly towards the data centre Source: Arm The data centre is the last island for Intel-based solutions Meanwhile, Arm Servers are becoming mainstream Source: Merv Adrian, Gartner Analyst, tweeted 29th July 2019
11. 11 Arm servers are becoming mainstream • We expect Arm servers to take a significant market share over the next 5 years • Server Revenue in 1Q2020* – X86 servers decreased 9.1% – Non-x86 increased 38.2% • AWS’ Graviton shows Arm Servers can run anything x86 Servers can – As the market matures, and in line with Enterprise buying cycles, Arm servers are poised to take significant double digit share • Apple expected to announce they are moving away from Intel to Arm across their entire product line • The market is ready and Bamboo is well positioned to lead Source: Merv Adrian, Gartner Analyst, tweeted 29th July 2019 © 2020 Bamboo Systems Group Source: IDC Server Revenue 1Q 2020
12. 12 Building servers with Arm processors Other Arm server vendors have fallen into the trap of following the traditional server architecture model, creating more powerful processors simply plugged into an x86 socket. To meet the needs of the next generation of data centres, new highly parallel, low energy architectures are required. • Bamboo is the first server being designed for next generation data centres, where power is measured in kilowatt-hours not GHz or Xeon cores • Using embedded systems methodology, Bamboo has developed a server architecture that: – Utilises COTS components in a highly dense configuration – Uses a fraction of the energy for a given workload – Is much less expensive • Bamboo is poised to take advantage of a growing ecosystem of market leaders investing in Arm platforms. © 2020 Bamboo Systems Group
13. 13 Designed for the Modern Data Centre Unique Parallel Arm Node Designed Architecture (PANDA) saves up to: • 50% of your acquisition cost • 75% of your energy consumption • 80% of your rack space © 2020 Bamboo Systems Group Bamboo’s revolutionary server architecture represents the energy efficiency, compactness and scalability needs of modern high-performance workloads as well as processing at the edge
14. 14 The Solution: Bamboo Systems
15. 15 The Traditional Server – 2 Servers, 2U, plus Connections Serial Port 8 Ethernet Connectors Become 4 QFSP Connectors Double the Throughput
16. 16 The Server Re-imagined B1000N Series
17. 17 Bamboo PANDA Architecture • More memory bandwidth enables faster data processing • Increases security by separating IO and Management from application • Delivers more performance in the same space using less energy than large power-hungry chips • Delivers the TCO benefits of converged platforms without impacting application performance • More efficient use of the available performance to run applications • No massive changes to operations/users as it runs the same Linux applications • Energy consumption directly related to use, unlike traditional chip sets. Parallel Arm Node Designed Architecture © 2020 Bamboo Systems Group
18. 18 Family of Patents © 2020 Bamboo Systems Group DRAM Application Tasks Application Tasks IO Processing Pool of Hosts Application Tasks Application Tasks Platform Management Tasks Storage Tasks Networking Tasks Platform Mgmt Sub DRAM DRAM Hyperscale architecture WO EP US · US20190294583A1 · John GOODACRE · Kaleao Limited Priority 2016-10-05 · Filed 2016-10-05 · Published 2019-09-26 In a fabric-based infrastructure a flexible scalable server is obtained by physical disaggregation of converged resources to obtain pools of a plurality of operationally independent resource element types such as storage, computing, networking and more. …. Computing system architecture GB · GB201903100D0 · Kaleao Limited Priority 2019-03-07 · Filed 2019-03-07 · Published 2019-04-24 Smart stacking of network ports for the dynamic reconfiguration of embedded networks A System and method for bridging computer resources GB · GB201809299D0 · Kaleao Limited Priority 2018-06-06 · Filed 2018-06-06 · Published 2018-07-25 Computing element WO GB · GB2571297A · Tecchiolli Giampietro · Kaleao Limited Priority 2018-02-22 · Filed 2018-02-22 · Published 2019-08-28 A computing element comprises an application specific processor 7 (ASP; for example a mobile phone processor or a processor that does not comprise a general purpose native bus interface) having a plurality of heterogeneous application specific input/output interfaces, for example modem 24, Flash…. Memory control for electronic data processing system WO GB · WO2019025814A1 · John GOODACRE · Kaleao Limited Priority 2017-08-04 · Filed 2018-08-03 · Published 2019-02-07 Disclosed are machine-implemented methods and apparatus for memory access and control for an electronic data processing system, comprising allocating, statically or dynamically, ownership of a partition of a global remote memory address space in addition to local memory address space created … DRAM Application Tasks Application Tasks IO Processing Pool of Hosts Application Tasks Application Tasks Platform Management Tasks Storage Tasks Networking Tasks Platform Mgmt Sub DRAM DRAM DRAM Application Tasks Application Tasks IO Processing Pool of Hosts Application Tasks Application Tasks Platform Management Tasks Storage Tasks Networking Tasks Platform Mgmt Sub DRAM DRAM DRAM Application Tasks Application Tasks IO Processing Pool of Hosts Application Tasks Application Tasks Platform Management Tasks Storage Tasks Networking Tasks Platform Mgmt Sub DRAM DRAM DRAM Application Tasks Application Tasks IO Processing Pool of Hosts Application Tasks Application Tasks Platform Management Tasks Storage Tasks Networking Tasks Platform Mgmt Sub DRAM DRAM
19. 19 Modular Product Family NODE Up to 64GB DDR4 memory Up to 8TB NVMe Storage 2 x 10Gb Ethernet >4U BLADE 4 Nodes 10/40GB L3 SWITCH 2 external 40Gb QSFP ports B4000 Series 2 to 12 X Blades Data Centre Platform that scales out to support massive workloads B1000N Series 1-2 x Blades Internal 48v dual power supply 128 Cores 512GB memory thru 16 channels @2933 MT/s 64TB NVMe @24 GB/s read 4x40Gb QSFP Ethernet ports Pandamonium Management Software x2 x12 Roadmap item © 2020 Bamboo Systems Group – Embargoed until 6/23/2020
20. 20 Inside the Bamboo box ?
21. 21 Redundant Platinum PSU Intelligent chassis management and control Temperature controlled variable-speed, user-replaceable fans Dual hot-Swap blades Providing 8 x compute nodes Field replaceable NVMe per node Quad 40Gb QSFP ports Internal switchable to dual 10Gb NXP Layerscape Compute Node 16 x Arm Cortex A72 Dual 10Gb/s Ethernet Up to 64GB DDR4 ECC 2933MHz RAM Embedded fabric switching Inside the box
22. 22 One Bamboo blade outperforms entire systems Industry standard ElasticSearch benchmark test. The reference systems that we compared ourselves against were: 3 x Xeon E3-1246v3 @ 3.5GHz 32GB RAM 2 x AWS Instance m4.2xlarge 2.3 GHz Intel Xeon 8xvCPU 32GB RAM © 2020 Bamboo Systems Group
23. 23 TCO over 3 years – Intel vs AWS vs Bamboo © 2020 Bamboo Systems Group Costs calculated using AWS TCO calculator with 3 years up front. 0 50,000 100,000 150,000 200,000 250,000 300,000 intel aws Apex 1008N Server Storage Network It Labour B1008N
24. 24 What we’re announcing June 23rd: Bamboo B1000N Series © 2020 Bamboo Systems Group – Embargoed until 6/23/2020 Bamboo B1000N Blade • 4 Independent Servers • Each Server has: • NXP Layerscape LX2160A • 16 Arm Cortex A72 Cores @2GHz • Up to 64GB of DDR4 ECC Memory • Up to 8TB NVMe PCIe x4 Gen3 • Dual 10Gb/s accelerated NIC • Embedded L3 network switch B1000N Series Systems • B1004N – 1 Blade • B1008N – 2 Blades, delivers up to: • 128 Cores • 512GB Memory thru 16 channels @ 2933 MT/s • 64TB NVMe @24 GB/s read • 4 x 40Gb QSFP Ethernet ports • Pandamonium™ Management Software • Web interface and scriptable REST API Designed for massive scalable throughput
25. 25 Saves 65% of acquisition cost, 63% of the energy consumption, in 50% of the space for an equivalent workload • 8 Fully populated Bamboo B1008N – 16 Blades, 1024 Cores @ 2Ghz – 32 x 40Gb/s Ethernet ports o Can internally switch to 16 x 40Gb/s Ethernet ports o Saves up to 50% of network switch costs – 2TB DDR4 2993MHz RAM – 512TB full bandwidth NVMe – Integrated Pandamonium server management • 24 x 2U Dell R740xd series dual socket servers – 448 Cores @ 2.7Ghz – 32 x 25Gb/s Ethernet ports – 2TB DDR4 2993MHz RAM – 512TB constrained bandwidth NVMe – No management software included ~ $560K 16u 16KW ~ $200K 8u 6KW © 2020 Bamboo Systems Group – Embargoed until 6/23/2020
26. 26 Where PANDA can take us • Customer composable servers and systems • Integrated fast shared storage • Compute module extensibility and flexibility • More flexible and faster network interfaces • Continuous scale-out clustering © 2020 Bamboo Systems Group
27. 27 Target Market – Open Source workloads Customer Workload Challenges Benefits Enterprise DevOps Kubernetes, Apache Needs compute that supports parallel micro-services Designed with modern application development in mind Industrial Edge IoT – data processing at point of collection Space limitations, limited power options Highly dense compute with storage and networking included; flexible power options Financial, Healthcare, Automotive, Smart City AI/ML, simulation workloads Price sensitivity on CPU power needed to process huge volumes of data High, dense CPU performance without the cost of a GPU-based system CoLo clients PaaS Space and power constraints Reduced power and space but highly scalable © 2020 Bamboo Systems Group
28. 28 Summary Bamboo’s PANDA-based systems are uniquely architected to meet the demands of both modern software structures and the challenge of energy-hogging data centres For an Equivalent Workload Bamboo Saves: 50% of the price 75% of the energy 80% of the space
29. 29 www.bamboosystems.io Thank You