hp cloudsystem, alex haddock, hp server strategy team

© Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

HP CloudSystem Build and manage infrastructure services with HP CloudSystem Matrix [email protected] , HP UK Server Strategy Team

Speaker Name

Title

mailto:[email protected]

© Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. 2

Increasing Demands Driving More to the Cloud

• Improve business agility

• Speed innovations

• Accelerate time to value

• Deliver choice

• Reduce costs

• Develop once, run anywhere

Private Cloud Managed Cloud Public Cloud Traditional

Build on-premises

cloud services

Consume off-premises cloud services

SLAs Availability, security, performance, compliance, cost

customer-defined negotiated standard, published customer-defined


Standardize and consolidate

Virtualize and automate

Self service applications with full lifecycle management

Become a service broker in a hybrid environment.

Self service infrastructure

IT transformation to “strategic service broker”

Moving from servers to services

Maturing your capabilities with HP Converged Cloud


HP Restricted – For internal use only

Portfolio of integrated, open solutions for building clouds

HP CloudSystem

Self-service applications

HP CloudSystem Enterprise

App-to-infra lifecycle management

Deliver services externally

HP CloudSystem Service Provider

Optimized for multi-tenancy

Cloud Maps Integrated implementation & support services

Self-service infrastructure

HP CloudSystem Matrix

Infrastructure provisioning in minutes

and more…

HP Restricted: For HP and Channel Partner Internal Use Only

Optional partner integration


Design and provision infrastructure services with HP CloudSystem Matrix

Resource Pools

Service Catalog

Templates

IT Users

IT Self Service Portal

Architect Designer

Admin Console

Administrator

Collections of virtual and/or physical servers

Hypervisors, Blades, Networks, Storage…

Public cloud Services (HP

Cloud Services, Amazon EC2, Savvis)

Organization C

Organization B

Organization A


Integrates seamlessly with existing, heterogeneous infrastructure

HP CloudSystem

other x86

Virtualization

Compute

Storage

Networking

• Choice of OSs, hypervisors, and compute

• Support of standard Networks and SANs

• Integration with core IT processes - HP Cloud APIs

• 3rd party application templates – HP Cloud Maps

KVM

NEW!

http://blog.wired.com/photos/uncategorized/2007/07/27/cisco_logo.gif


VMware, Hyper-V, Integrity VM and

physical resource pools

Shared/dedicated storage resource pool

HP CloudSystem Matrix*

* Can also host resource pools NEW!: Red Hat KVM

resource pool (OpenStack® enabled)

Integrating OpenStack® technology

HP CloudSystem now supports KVM

NEW! Manage even more cloud resources in the same way

• KVM resource pools in addition to already supported resource pool types

• All templates and deployment driven by the CloudSystem central management server

• Services can mix resources from different pools; storage can be dedicated or shared across pools

• No additional cloud management software needed: CloudSystem includes all required OpenStackTM technology

Central Management

Server


HP CloudSystem brokers across multiple clouds from a single, integrated point of control

NEW! Bursting options expand hybrid delivery use cases

Powerful new use cases

• NEW! Elastically scale applications across clouds E.g., dynamically add web servers from private or public cloud

• NEW! Intra-company resource sharing CloudSystem-to-CloudSystem bursting

Broadened out-of-the-box ecosystem

• NEW! Built-in OpenStack connector for SPs Customizable connector makes becoming a destination easy Complements HP Cloud Services, Amazon EC2, Savvis

Private – Savvis VPDC

Public – Amazon APJ

Public – HP Cloud US Local CloudSystem

Private – CloudSystem UK


VMware/Microsoft Partner Integration

Table of Contents


VMware ESXi/ESX Host & cluster provisioning and resource pools support

Automatic ESXi/ESX host/Cluster provision

• Integrate with vSphere 5 Auto Deploy

• From bare metal servers to fully managed resources ready for VM deployment

• Automated through embedded OO workflow

Support vSphere Resource pool

• A pool of CPU and memory for VM

• Part of a host or a cluster (root)

• Allow the sharing of a cluster or host between different organizations

vCenter Server with Auto Deploy

Host

Profiles

Image Profiles

HP Restricted - HP & Partner Internal Use; Customer Viewable under NDA. Subject to change without notice.


Matrix: Automatic VMware ESX/ESXi host & cluster provisioning

Host Configuration • Network

− Management/Deployment network

− vMotion network

− VM guest networks (trunk network to the blade)

• Storage

− Shared storage for VM guest disks

Cluster Definition • VM Cluster

• General Cluster

• Unspecified

Software Deployment • Custom deployment service

• OO workflow controlled (customizable)


Solution Summary

Matrix as the infrastructure provider for vCD

CloudSystem Matrix Extension for VMware vCloud Director • Delivers OO Workflows, Infrastructure Templates and vCloud Director integration PowerCLI scripts

− Extensible and customizable to specific vCloud implementations

• Standard import into CloudSystem Matrix environments which target vCloud Director

• Documented and available for download – 2H 2012

• Requirements

− CloudSystem matrix Core platform, 3PAR Storage

− Power CLI Scripts

− vCloud Director 5.x


Automated server flexing of Virtual Data Center Compute Layer reduces time and risk for IT administrators

Repetitive tasks now error free. •Lower risk when

adjusting resources to

meet changing

business needs.

•Improve SLAs with

LOB users

•Enable time for

innovation by reducing

IT staff usage


Tight integration with Microsoft SCVMM

• Register SCVMM server as VME (Same as for vCenter server)

• Matrix infrastructure orchestration uses native SCVMM templates to deploy hyper-V VMs.

© Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. 15 © Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

HP Moonshot System The world’s first software defined server

Alex Haddock – 21st of May, 2013


Growing

Internet of Things

(IoT)

Pervasive

Connectivity

Explosion of

Information

Today

400,710 ad

requests

2000 lyrics played

on Tunewiki

1,500 pings

sent on PingMe

208,333 minutes

Angry Birds played

23,148 apps

downloaded

416,340 tweets

Smart

Device

Expansion

60 sec

2013

A new style of IT required for IoT solutions

30

Billion

By 2020

40

Trillion GB

… for 8

Billion

10

Million

DATA

(1)

(2)

(3)

Devices

Mobile

Apps

(4)

(1) IDC Directions 2013: Why the Datacenter of the Future Will Leverage a Converged Infrastructure, March 2013, Matt Eastwood ; (2) & (3) IDC Predictions 2012: Competing for 2020, Document 231720, December 2011, Frank Gens; (4)

http://en.wikipedia.org

A new era of accelerated innovation Forever changing how consumers and businesses interact, enabling new opportunities


IoT solutions drive new architecture requirements Opportunity for competitive advantage serving more customers with unique offerings

Speed Scale Specialized

Millions of apps and

billions of devices and

users

Adapt at the speed of

business to gain competitive

advantage

Tailored & optimized for the

specific needs of each

workload


HP Moonshot System The world’s first software defined server

77% Less cost

80% Less space

97% Less complexity

89% Less energy

Moonshot 1500 Chassis

Supports shared components including

power, cooling, and management and

fabric

Software defined servers

45 individually serviceable hot-plug

cartridges (1)

Source: HP internal analysis


System on a Chip (SoC) for the enterprise emerging

• Less general purpose, more workload

focused

• Dramatic reduction in power, cost, and space

• Multiple SoC partners bring unique solutions

(e.g. GPU cores, DSP cores)

Server Motherboard

Storage Ctrlr

Mgmt

Network

Management Logic

Video

Southbridge

Production

Network

NIC(s)

VGA

Console

Processor Processor

ECC Memory ECC Memory

HDDs

SoC-based Server Motherboard

Storage Ctrlr

Mgmt

Production

Network

NIC(s)

Processor

ECC Memory

Storage

Mgmt Interface

SoC Features

SoC


Introducing ideal server for dedicated hosting

HP ProLiant Moonshot Server

Workload Dedicated hosting

CPU Intel® Atom Processor S1260, 2.0 GHz/2 core / 2.0GHz

Memory 8GB DDR3 ECC 1333MHz

Network Onboard NIC: Integrated dual-port 1Gb Ethernet NIC per CPU

Storage 500GB or 1TB HDD or SSD, non-hot-plug, small form factor

System configs 45 ProLiant Moonshot Servers in the HP Moonshot 1500 Chassis

Power Power < 19W AC under load per cartridge, including switch & chassis components

OS Canonical Ubuntu 12.04 Red Hat Enterprise Linux 6.4 SUSE Linux Enterprise Server 11 SP2

First software defined server based on Intel® Atom Processor S1260

TM

TM


Maximize efficiency for light scale-out applications

Moonshot Application Suitability

Costs

Compute

Intensive

Mainstrea

m

Workloads

Light

Scale-Out

Power Space

• Dedicated hosting & static web

front end

• Simple content delivery

• No SQL/New SQL scale-out

database

Source: HP internal analysis

Ideal for light scale-out applications


A new business model opportunity for dedicated hosting U

ser

Pri

ce

Dedicated 1U Rackmount

$$$

$

$$

Virtualized environment

Dedicated solution at a lower entry price

Future quad server cartridges ideal for cost saving opportunities for Cloud

HP ProLiant Moonshot Server

Coming Soon!


Growing library of application-

optimized servers

• Multiple partners, workload focused

• Enables rapid development of servers

High density

dynamic web

Dynamic

web

Modular

disk sharing

Web

accelerator

Telco

Desktop Inf

Web front end

Dedicated

hosting

Memory

caching

Simplified delivery of optimized solutions with software defined servers


Faster innovation unlocking new opportunities Upcoming software defined servers

Dedicated Hosting

Web Front End

Dedicated Hosting

Web Front End / Analytics

Telco/Gaming

Dedicated / Virtual Hosting

Web Front End / Analytics

Telco / FSI / FPGA

Application

s

Addressed

Q1 CY13 Q2 CY13 Q3 CY13 Q4 CY13


HP Moonshot 1500 Chassis front view The essential foundation for the new style of IT

45 hot-plug cartridges

Compute, Storage, or Combination x86 , ARM, or Accelerator

• Single-server = 45 servers per chassis • Quad-server =180 servers per chassis

(future capability)

Dual low-latency switches • HP Moonshot-45G Switch

Module (45 x1Gb downlinks)


HP Moonshot 1500 Chassis rear view The essential foundation for the new style of IT

Rear View

HP Common-Slot Power Supplies

5 serviceable, redundant, hot-plug fan modules

Dual Network Uplinks • HP Moonshot-6SFP Uplink

Module (6 x10Gb Stackable Uplinks)

HP Moonshot 1500 Chassis Management module


Highly flexible fabric Supporting a range of current and future capabilities

Traffic isolation and stacking for

resiliency

with dual low-latency switches

Economical and flexible storage

with shared storage lanes

Multiple servers managed as one platform

with dedicated iLO network

Integrated cluster fabric

with point-to-point connectivity

$

8 Lanes


Fabric connectivity options Traffic isolation and stacking for resiliency with dual low-latency switches

Switch B

Switch A

Servers 1-45

Uplink module B

Uplink Module A

Single servers 45 ports

Quad servers (future availability) 180 ports

Switch B

Switch A

Servers 1-45

Uplink module B

Uplink Module A


Cartridge 1

Cartridge 2

Cartridge 45

Switch Module B

Uplink Module B

Switch Module A

Uplink Module A

Network fabric detail

• Total of 8 lanes from cartridges to switches

• 4 lanes to Switch Module A

• 4 lanes to Switch Module B

• Total of 16 lanes from Switch Module to Uplink Module


• Two high-density, low-power switch modules

• Low-latency switching performance

• 810 1GbE ports per rack (45/switch)

• 108 10GbE uplink ports per rack (6/switch)

• Modular faceplate design allows for additional options in the future

(10GBASE-T, 40GbE)

• Dual switches provide traffic isolation or can be stacked for

resiliency

• Rack level stacking to simplify management domain

• Designed for automated configuration and management ,

chassis manager integration

• Layer 2, Layer 3 Routing & QoS, Management (CLI, SNMP,

SFLOW). No license keys

Switch and uplinks modules


Networking performance

Latency (64B packets)

1Gb port: ~1050ns

10Gb port: 780ns

Packet Buffer

9MB (Integrated, Dynamically Allocated)

Oversubscription

None (45Gb downlink/60Gb uplink)

Power

< 100 watts, < 1.96wpp


Switch & uplink modules block diagram

Management Module

P2020 CPU

16 Lanes

Downlink

Ports (To Servers)

45 Lanes SFP+

Console

Port Serial port for

management

Broadco

m PHY

SFP+

SFP+

SFP+

SFP+

SFP+

SFP+

Ports 10GbE or

1GbE

transceivers

supported

6 Lanes

Broadco

m

Trident+ Chassis

Interconnec

t

HP Moonshot-6SFP Uplink Module HP Moonshot-45G Switch Module


Storage fabric Economical and flexible storage with shared storage lanes

$

Compute +

Storage Storage Compute

Local Storage Low Cost Boot &

Logging

Distributed Storage or

RAID Creates

multiple “core

to storage” for

different

solutions

Various

cartridge types

for different

combination

Drive slicing reduces the cost of a boot drive 87%

Local HDD or flash storage 8-way drive slicing Storage expansion


Management fabric Multiple servers managed as one platform with dedicated iLO network

• HP Moonshot 1500 Chassis

Management module aggregates all

to a common set of management

interfaces

• Single Ethernet port gateway

• IPMI and Serial Console for each

server

• True out-of-band firmware update

services

• SL-APM Rack Management spans

rack or multiple racks

SC SC SC

SC SC

SC SC Mgmt. Hub

Switching Fabric

Management Port

Cooling Sub-system

Power

Sub-system

Storage

Backup or

cartridge

HP

Moonshot

1500

Chassis

Managemen

t module

SC: Satellite Controller


Cluster fabric Integrated cluster fabric with point-to-point connectivity

• High-speed communication lanes

between servers

• Ring fabric allows minimum and direct

card to card communication path

• Suitable for applications where efficient

localized traffic is beneficial

* Ring fabric is SoC vendor specific, homogeneous and stays inside the chassis

16 x 10.3 GBaud Lanes

4 x 10 GBaud Lanes

Cartridges


Enabling a new style of IT Driving breakthrough efficiency and scale for customers

New ownership experience including

Discovery Labs, expertise and on-demand

capacity

HP Moonshot

Concierge Support

HP Pathfinder

Innovation

Ecosystem

HP Discovery

Lab

Service &

Consulting

Acquire on

your terms

$

Select technology partnerships focused

on quicker, customer-driven innovation

Solution

Builder

Program

Leading

Technology

Partnerships

3x

Faster time

to

innovation


HP Moonshot System Designed for the data center, built for the planet

HP Pathfinder

Innovation

Ecosystem

HP Moonshot

Concierge Support

HP Moonshot System

The world’s first software defined server

• Delivering unprecedented

scale, efficiency and choice

for customers

• Accelerating the pace of

innovation with

comprehensive programs by

partnering with industry

leaders to implement the new

style of IT


More information

www.hp.com/go/moonshot

www.hp.com/go/moonshot/videos


Thank You