HPE Synergy die optimale Plattform für eine IT der zwei Geschwindigkeiten

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Timothy Boone
5 years ago
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1 HPE Synergy die optimale Plattform für eine IT der zwei Geschwindigkeiten

Predicting threats and managing risk Managing data Providing real-time insight & understanding Responding

2 IT Transformation is accelerating Traditional IT Cloud Enabled, Mobile Ready Hybrid Infrastructure Hosting workloads & applications Rapidly creating and brokering new services Providing hardened systems & networks Predicting threats and managing risk Managing data Providing real-time insight & understanding Responding and reacting Delivering continuously Contain Cost Accelerate your rate of positive change Create Outcomes

3 IT must now support both traditional and new apps Two infrastructure models are not sustainable Traditional apps Ops driven Cost focused Cloud apps Apps driven Agility focused Traditional Business The Idea Economy How can I support both??

4 Application optimized Categories of infrastructure Composable Traditional Siloed Infrastructure Complex processes Static, siloed IT Silo defined Physical, virtual, and containerized workloads Converged Improve staff productivity Masks some complexity with people and software Preconfigured physical IT Hardware defined Targeted workloads Hyper-converged Simplify deployments Remove complexity by eliminating SAN Fluid virtual IT Software defined storage Virtual workloads Simplify Infrastructure as a Service Hardware & Software architected as one Fluid IT Software defined everything Physical, virtual and containerized workloads Composability Operations optimized

5 Composable Infrastructure 5

6 Steps to a Composable Infrastructure 6

7 Steps to a Composable Infrastructure 7

8 Steps to a Composable Infrastructure 8

HPE Composable Infrastructure Architectural design

Single infrastructure of disaggregated resource

Block, and Object access Composable Infrastructure

Resource Pools Unified API Single line of code to

infrastructure programmability Bare metal interface

Intelligence Template-driven workload composition

9 HPE Composable Infrastructure Architectural design for Infrastructure As A Code Fluid Resource Pools Single infrastructure of disaggregated resource pools Physical, virtual, and containers File, Block, and Object access Composable Infrastructure Unified API Software-Defined Intelligence Fluid Resource Pools Unified API Single line of code to abstract every element of infrastructure Full infrastructure programmability Bare metal interface for Infrastructure as a Service Software-Defined Intelligence Template-driven workload composition Self-discovering, assembling, securing, orchestrating Frictionless operations

10 HPE Synergy 10

HPE Synergy 12000 Frame Seamless transition at your own pace Half Height Compute Node Full Height Compute Node Fits a 10U rack space

Redundancy Direct Connect to Frame Link Modules in rear Redundant Frame Link Modules Uses same power loads as today Up to 6 Power

Redundant Fabrics Redundant Management Appliance Modules 3 Primary Interconnect Modules (ICM) Redundant Frame Link Modules 3 Redundant

11 HPE Synergy Frame Seamless transition at your own pace Half Height Compute Node Full Height Compute Node Fits a 10U rack space Flexible design to fit multiple sized Compute modules Expand shared storage capacities Two Appliance Bays Management Appliances Redundancy Direct Connect to Frame Link Modules in rear Redundant Frame Link Modules Uses same power loads as today Up to 6 Power Supplies Titanium Eff & 2650W Redundant N+N, N+1 More efficient Cooling with 10 built-in fans included in every Frame Up to 3 Redundant Fabrics Redundant Management Appliance Modules 3 Primary Interconnect Modules (ICM) Redundant Frame Link Modules 3 Redundant Interconnect Modules (ICM) Double Wide Storage Node 10 system fan modules included Front Panel/ Synergy Console 6 Titanium 2650W Power Supplies (8KW/frame)

Automatic High Availability with sync and failover Powerful web visualization and

12 Single Management Interface for a Synergy System HPE Synergy Composer Manages system of one to dozens of frames Active and standby Composers install in any appliance bay Automatic High Availability with sync and failover Powerful web visualization and control Unified API controls compute, storage, fabric Front of Frame February 22, 2016

Appliances Devices Interconnects Power Supplies and Fans Reliable, efficient frame control and management network HPE Synergy Frame Link Module Manages shared services for each frame Frame Link

13 Appliances Devices Interconnects Power Supplies and Fans Reliable, efficient frame control and management network HPE Synergy Frame Link Module Manages shared services for each frame Frame Link Module MGMT Scalable 10Gb Management Network Management Netw ork L FLM1 M Composer 1 Frame 1 Automatic and resilient Frame Link 1 L FLM2 M Frame Link 2 LINK Synergy Console Rear of Enclosure L FLM1 M Composer 2 Frame 2 L FLM2 M L FLM1 M Frame n L FLM2 M Automatic discovery Automatic networking Redundant modules Redundant connectivity Bay information, cooling, and power control Bay serial consoles Synergy console February 22, 2016

HPE Virtual Connect SE 40Gb F8 Module Industry s first Composable Fabric to address Composable Infrastructure 12x10/20Gb/(40Gb enabled in the future via license) High performance, low latency 2.

14 HPE Virtual Connect SE 40Gb F8 Module Industry s first Composable Fabric to address Composable Infrastructure 12x10/20Gb/(40Gb enabled in the future via license) High performance, low latency 2.56 Tbps switching capacity 1.0 µ sec for port to port Converged network and resilient fabric 6x 40Gb uplink ports Q1-Q6: 40Gb, 4x10Gb Eth/FCoE, or 4x8Gb FC 2x 40Gb cluster ports Q7-Q8: 40Gb ICM cluster ports (exclusively reserved) 4x 120Gb Interconnect Link ports AOC ICM cables (3m, 7M, 10M and 15M) DAC cables (1m, 1.6m and 2.1m) Ethernet, FCoE, FC, and iscsi M-LAG for resilient fabric Composable for multiple frames Optimize the bandwidth for workloads Adding new frames doesn t impact traffic on existing frames

virtual machines or compute modules Enables easy network bandwidth scaling across multiple frames Consumes fewer ports at the

15 Rack scale fabric architecture Frictionless scaling LAN SAN Consolidates data center network connections to reduce hardware and management complexity Maximizes data throughput and minimizes latency with only a single hop within large domains of virtual machines or compute modules Enables easy network bandwidth scaling across multiple frames Consumes fewer ports at the data center aggregation layer Supports up to 3 redundant fabrics per frame and can be configured for either Ethernet or Fibre Channel

VSA Store Exchange B L 11 B L 12 Composable: Zone 0 to 200 drives to any server

16 Fully Integrated Composable Storage Software defined storage from the HPE Synergy unified API OneView BL 3 BL 5 BL 4 BL 6 BL 7 BL 8 BL 9 BL 10 File Object MS Server VSA Store Exchange B L 11 B L 12 Composable: Zone 0 to 200 drives to any server Fully Integrated: Integrated HW & OneView Managed Software Defined: Block, File, Object

17 Introducing HPE Synergy Image Streamer Accelerating Time-to-Service with HPE Synergy Image Streamer creates & configures remote OS boot volumes Synergy Image Streamer Synergy frame-embedded management appliance Highly-available OS boot volumes for stateless Synergy compute modules

Top 10 reasons to Move to Composable Infrastructure 1. Deploy with Cloud-like-speed 2. Single Platform: One infrastructure for all IT environments 3. Move to Software Defined Datacenter 4.

18 Top 10 reasons to Move to Composable Infrastructure 1. Deploy with Cloud-like-speed 2. Single Platform: One infrastructure for all IT environments 3. Move to Software Defined Datacenter 4. Operational Efficiency 5. Instant and near-continuous development processes 6. Fluid and flexible IT 7. IT economics: Cost efficient IT 8. Competitive advantages through IT leadership 9. Future-proofed data center 10.Seamless evolution Source: 18

19 Danke!

HPE Synergy - optimaalinen infrastruktuuri. Juho Jaakkola Solution Architect HPE Finland & Baltics

HPE Synergy - optimaalinen infrastruktuuri Juho Jaakkola Solution Architect HPE Finland & Baltics In the Idea Economy, IT is the business partner for value creation IT must now be able to support two operating