Next Generation System Architecture Hp

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Next Generation System Architecture
Jerry Huck CTO – Business Critical Systems HP Chief Scientist
© 2004 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice

The next big thing
Price + Reliability + Security + Simplicity and manageability + Adaptability + Innovation + Connection

September 22, 2004

Draft

2

HP strategy

To offer a portfolio of products, services and solutions that are high-tech, low-cost and deliver the best customer experience “Innovation at a price our customers can afford, delivered with an experience that sets us apart.”
– Carly Fiorina, HP CEO Focused innovation that drives real value Affordable technology that offers the best return on investment

ch -te

w Lo -co

Hi gh

st

Customer

Best customer experience
The best customer experience with HP and HP

September 22, 2004

Draft

3

The big shifts
 All processes and content will be transformed from physical and static to digital, mobile and virtual.  The demand for simplicity, manageability and adaptability will change how customers work and organize, buy and use technology.  It’s a horizontal, heterogeneous, networked world. Standards are about connection and common language.

September 22, 2004

Draft

4

Mobility


Market drivers Demand for new compelling services continues Need new services (data + voice) to offset declining voice revenues Tools to increase mobile productivity Investments in wireless LAN technologies and device
Draft

Consumers

Carriers


Business
• •

• September 22, 2004 Application

5

Next Generation Technology Challenges and Opportunities - Itanium Systems - Blades - Virtualization - Storage Grids
September 22, 2004

Draft

6

Itanium Systems – Building an enterprise system with standard processors
September 22, 2004 Draft

7

Intel Itanium Architecture: Designed for Business Critical Next Enterprise Intel Computing ~6 Architecture Itanium
® ®

EPIC
Instr / Cycle ~2

Processor
Age : 2+

• Larger

and more demanding workloads require new approach:

Superscalar Performance
~1 ~.3

• Designed

RISC

HP PA-RISC, Sun SPARC, IBM Power, MIPS, Alpha
Age : 9-15+

CISC

IBM 370, VAX 11
Age : 20+

Time Performance through parallelism
• •

for 64-bits from the ground up • Architected for performance, scalability, and business critical availability
Beating the memory latency gap & shorter Pipeline
• • • • •

Massive on-chip resources


Business Critical Availability


Built-in instruction-level parallelism Issue ports and execution units support up to twice as many instrs/clock cycle Maturity curve narrows clock speed 22, 2004 September gap over

128 general registers, 128 floating point registers, 8 branch ((vs 16 on x86) Fewer memory accesses (loads/stores) on complex workloads

Very large virtual and physical address spaces Shorter memory pipeline Latency avoidance Predication of instruction execution Data and control speculation



Security: sophisticated ring protection and buffer overflow protection Protected data paths Failure mode analysis

• •



Draft

Intel Itanium processor family and RoIT
• Open

industry standard platform

− common platform for standard OS strategy − lowers HP’s R&D and support costs − ensure ISV adoption − ride industry standard ROI curve
• Reduces

complexity

− provides legacy continuity − common management reduces IT TCO − common architecture provides flexibility for dynamic utility computing reconfigurations
September 22, 2004

Draft

9

HP’s industry standards-based server strategy Moving to 3 leadership product lines –
Current
HP NonStop server
Mips

built on 2 industry standard architectures Future

Industry standard
HP NonStop server Enabling larger investment in value-add innovation
Itanium®

HP Integrity server
Itanium®

Common technologies


HP 9000 / e3000 server HP AlphaServer systems HP ProLiant server
x86 Alpha PA-RISC

HP Integrity server
Itanium®

Adaptive Manageme nt Virtualizatio n HA Storage Clustering
10



HP ProLiant server
x86

• • •

September 22, 2004

Itanium® 2 & Xeon™ Processor MP Comparison
Performance Reliability Scalability
Itaniu Xeon™ Characteristic MP m® 2 Error recovery on data bus ECC +30%-50% Internal soft +50%-100% error logic 2005 in ‘04 um i ms n in ’07+ check Ita tfor Machine Check rms Pla atfo  Pl d Architecture ase B onLaw l Xe Bad data te ore’s In Mo  containment Cache 2005 Reliability ’07+ Lockstep ‘04   * For Enterprise & Technical Computing support SDEC, Application Segments Memory retry double  Today: bit 30-50% higher performance Memory spares     node Partitioning 2007:

60 0 50 0 40 0 30 0 20 0 10 0 0

+125% +50%

4 TPCC P

3 PTPCC 2

X onM Itanium2 e P

Up to 2x performance at same platform price

High-end “RISC”-level RAS

node

~2x Higher Scalability

Itanium’s EPIC Architecture: Highest Performance, Reliability, Scalability
* Other names and brands may be claimed as nterprise others. E the property of Platforms

Group

Other names and brands may be claimed as the property of others.

11

Itanium-based servers will soon exceed IBM Powerbased servers in unit volume! (2004 or early 2005)
IPF & RISC Server Volumes ( ku)
500 400 300 200 100 0
2002 2003 2004 IPF 2005 2006 Power
Source: IDC
September 22, 2004

2007

Draft

12



“Inventing” a dual core Itanium® CPU

The standard Intel cartridge packaging is not at maximum density
− CPU silicon chip is in a package, on a carrier board, with power on the end − The basic chip and package could be packed much more densely

Intel CPU “carrier” board

Industry-standard Itanium2® power pod (DC to DC power conversion)

Intel CPU chip inside package HP external cache and controller chip HP CPU “carrier” board

HP power solution (goes on top rather than on the end)
September 22, 2004

Draft

13

sx1000 chipset error correction features
PCI online add/replace

PCI/PCI-X Buses

32 SDRAM DIMMs
DRAM chip-spare

Cell Board
2X MEM BUFFER 2X MEM BUFFER 2X MEM BUFFER 2X MEM BUFFER

Itanium® 2 Buses

CPU
Socket*

CPU
CPU bus ECC
Socket*

CPU Cache ECC

CPU

CPU
Socket*

PCI-X PCI-X Host … Host Bridge Bridge
16 Links

Socket*



Parity on PCI-X and “ropes”

DIMM Address + Control Parity

ECC + single wire correct on M-links

Cell Controller

I/O ECC PCI-X System + single Bus Adapter wire correct

ECC/Parity Internal to VLSI

I/O Subsystem

Crossbar
September 22, 2004

ECC + Single wire correct on crossbar links and VLSI

crossbar hard partitioning

Draft

14

HP Integrity and HP 9000 Server Roadmap
Current offering

Revision 4.5

July-04

2004

2005

2006

4-128P

HP Integrity Superdome

CPU: Itanium2 Madison 9M CPU: Itanium2 Madison9M CPU: Itanium2 Madison9M CPU: Itanium2 Madison9M

DDRII

CPU: Montecito New Chipset CPU: Montecito New Chipset

PCI-E

2-16P 2-32P

HP Integrity rx7620-16, rx862032

DDRII

PCI-E

1-8P

HP Integrity rx4640-8

CPU: Montecito New 8p Server & DDRChipset II PCI-E CPU: Montecito CPU: Montecito New 4p Server & DDRChipset II PCI-E CPU: Montecito

1-4P

HP Integrity rx2600-2

1-2P

HP Integrity rx1600-2
New Chassis Intro.

CPU: DP Itanium
All upgrades “in-box” except as noted
Draft PCI-Express

Timeframes not to scale Plans subject to 2004 September 22,

CPU: Next Gen & Chipset PCI-EDDRII DP Itaniumprocessor release *Not available at initial
DDR-II Memory
15

Near Futures Summary


Third cellular chipset planned for Montecito shipment in 2005
− Will also support PA-8900 on this new chipset



Increased Performance
− − − − − − 1.3X CPU bus bandwidth increase 2X memory bandwidth increase 4X memory capacity 4X crossbar bandwidth increase 3X aggregate I/O bandwidth increase 2X I/O slot bandwidth increase (PCI-X 2.0 DDR)



Increased Reliability and Resiliency
− − − − Double DRAM sparing (tolerate failure of 2 DRAMs on a DIMM) Multi-path crossbar topology with self-healing links Redundant DC to DC converters and system clocks Greater fault protection within the CPU
Draft 16

September 22, 2004

HP server and storage portfolio

The world’s broadest, most robust enterprise offering
Industry standard servers Traditional RISC servers StorageWorks

Application

Database

Integrity Servers

NonStop Servers

Multi-OS Management Services
September 22, 2004 Draft

NonSto p OS

- Tape and optical storage

Access

Alpha servers

ProLiant Servers HP9000 servers

- Storage arrays and NAS - SAN infrastructure, software,media Tru6 4
17

Blades – toward a utility computing fabric

September 22, 2004

Draft

18

HP Server Blade Portfolio
Designed for adaptive, multi-tiered architectures
new
1P Front End

2P Stateless
New

g m in Co 005 2

2P Mid-Tier

4P Back-end

September 22, 2004

Draft

19

HP BladeSystem management:

New suite automates IT service delivery
Optimizing HP Systems Insight Manager and iLO to create the hub of automated, virtualized HP BladeSystem management New plug-in controllers to SIM
1 Integrate 2 monitor/control
Virtualize

• Virtualization controller: Deploy, migrate, and manage heterogeneous virtual nodes • Automation controller: Workflow automation for policy-driven change of physical and logical resource pools

4

-Compute -Storage -Network -Power -Software

3

• Patch and scanning controller: OS and application vulnerability patch • Intelligent Networking: Failover network path for maximum availability and performance

Adapt and Advise and change Automate Automated infrastructure control across the lifecycle

• Dynamic power management: maximize energy efficiency & • Services to accelerate valuebalance power draw and ensure success • Affordable blade management software/hardware bundles
Draft 20

September 22, 2004

Drive Out Hard Costs
Traditional Rack-Mount Servers ProLiant DL360G3 w/ Ethernet and SAN 40x3 network + 40x2 power = 200 cables 36 servers + Ethernet switches 16.6kW* 1+1redundancy ProLiant p-class blades up to 19% savings 5x2 network + 4 power = 14 cables 93% reduction 48 - 96 servers + Ethernet switches 25 - 60% reduction 12.1kW 27% savings Less PDUs (see whitepaper
for whole list)

Acquisition Costs (based on 8 servers) Cabling Connectivity (based on 40 servers) Data Center space (density per 42U rack) Power and Cooling (based on 40 servers) Failover servers

N+1redundancy ~50% savings

September 22, 2004

Draft

21

Virtualization – flexibility and agility in IT

September 22, 2004

Draft

22

servers will dramatically improve server utilization rates, increase server flexibility and reduce the overall spending required for servers…Virtualization should become an ongoing effort and part of the server strategy for every enterprise.”
Gartner Server Virtualization Evolves Rapidly, 2003

Adaptive Enterprise vision
Business and IT synchronized to capitalize on change
1.

Measure, assess and maintain a dynamic link between business and IT
MEASURE & ASSESS time, range, ease

Business processes
EXTEND & LINK
Suppliers Employees Customers

2. 3.

Architect and integrate heterogeneous IT environments Extend and link business processes across suppliers and customers Manage and control business processes, applications and the whole IT environment

Applications
ARCHITECT & INTEGRATE
simplify, standardize, modularize, integrate

MANAGE & CONTROL assess, advise, act

Virtualized resources

4.

Infrastructure

September 22, 2004

DraftUnder Non Disclosure until December 4, 2003

page 24

Adaptive Enterprise design principles
simplification
• • • •

Reduce number of elements Eliminate customization

+

Use standard technologies + standardization interfaces

+
• •

Adopt common enterprise architecture Implement standard processes Break down monolithic structures Create reusable components

Applied consistently across:
• • •

modularity


Business processes Applications Infrastructure

+
integration

Implement logical • architectures Manage the dynamic link between business + IT
• •

Connect apps + processes inside and outside
DraftUnder Non Disclosure until December 4, 2003 page 25

September 22, 2004

Virtualization
An approach to IT that pools and shares resources so utilization is optimized and supply automatically meets demand Business
Supply Demand

Information technology
September 22, 2004 DraftUnder Non Disclosure until December 4, 2003 page 26

Just in time delivery changes the economics
Just in case
ERP CRM Silos

Just in time
ERP CRM Web
Server Storage

Web

IT

•Pooled

Network Software •Shared

Manufacturing

Pooled Inventory
Engine Seats Engine Wheels Seats Chassis
page 27

Excess inventory
Wheels Chassis
DraftUnder Non Disclosure until December 4, 2003

September 22, 2004

Optimizing resources from desktop to datacenter
VIRTUALIZATION INNOVATION TODAY Complete IT Utility
Optimize all heterogeneous resources so supply meets demand in real time

Business Value

Integrated Virtualization Element Virtualization
Optimize utilization of server, storage or networking resources
Servers Storage NetworkSoftware

Optimize environments to automatically meet service level agreements

Strategic Importance
September 22, 2004 DraftUnder Non Disclosure until December 4, 2003 page 28

Environment

Flexible Virtualization for HP-UX 11i
Virtualization Techniques
Process Management (single OS with or without psets) Hard and Soft Partitioning (multiple OS images) On Demand High Availability (across partitions or servers) Disaster Tolerant

App A App B

Partition A Partition A Partition

Partition B Partition B Partition

HP Process Resource Manager

HP nPartitions or HP Virtual Partitions

Instant Capacity On Demand (iCOD)

Metrocluster HP Serviceguard & Continentalcluster s

Intelligent Policy Engine: HP-UX Workload Manager (HP-UX WLM) Single Server Groups of Servers
Draft

September 22, 2004

Geographically Dispersed Groups of

29

HP Integrity Virtual Machines … optimum utilization across Multi OS • Sub CPU virtual machines
with shared I/O • Runs on a server or within an nPar • Dynamic resource allocation built-in • Resource guarantees as low as 5% CPU granularity • OS fault and security isolation • Supports all (current and future) HP Integrity servers • Designed for multi OS – first on HP-UX 11i • VSE integration for high availability and utility pricing

app1 app3 app5

app2 app4 app6

app1 app3

app2 app4

app1 app3

app2 app4

OS (Linux)

OS (HP-UX 11i v2) OS (HP-UX 11i v2)

Intelligent Hypervisor

Hardware

Memory I/O I/O

I/O

2H 2005
September 22, 2004 Draft

30

Virtualization requires a new approach
• Demand service levels not dedicated systems

People

• Transform “server huggers” into “service providers” • Measured and reward resource utilization and SLAs • Simplify and standardize IT processes based on best practices so you can replicate and automate • Monitor and charge back IT resources based on actual usage • Pool and share standard, modular IT resources

Process

Technology

• Allocate resources dynamically to ensure SLAs are met • Optimize utilization and availability • Automate flow of resource supply to meet demand

September 22, 2004

DraftUnder Non Disclosure until December 4, 2003

page 31

Grids and Storage – another key part of a utility

September 22, 2004

Draft

32

Evolving storage towards the Adaptive Enterprise
Storage Grid enables  NEW information services Network Storage enabled Greater scalability Efficient resource sharing Higher system availability Shorter backup windows

Real-time scalability Scalable capacity

Storage Grid
Network Storage
DAS

Resource efficiency Real-time information services
September 22, 2004 33

HP StorageWorks Grid: A unique “array”

Hostconnected networks

High performance inter-smart cell networks

Storage clients
September 22, 2004 34

HP StorageWorks Grid composition


Smart cell hardware
− − − − Processor Cache Internal disks, tapes, etc. Off-the-shelf components Federates with peers Places data on internal devices Provides smart cell “personality” Responds to changes
• Redistributes data and workloads

Host Facing Network

Inter-smart cell Network Intercell IOPs

Host IOPs

Processor, cache



Smart cell software
− − − −

Devices


Service modules


3rd party modules

− Hosting environment for 3rd party code


Smart cells are federated into domainsCommon operating 
software
September 22, 2004

 Plug-in environment

35

Value


HP StorageWorks Grids can exist on their own
− No non-grid storage is needed − But customers will already have some



HP StorageWorks Grids can coexist with conventional storage
− Customers can plug into existing storage networks



We expect customers to deploy multiple HP StorageWorks Grids
− each HP StorageWorks Grid may contain multiple domains



September 22, 2004

Conventional arrays can be migrated into the grid

36

Conclusions

September 22, 2004

Draft

37

Future System Architecture


HP shows proven technology innovation that drives real business results
te ch Hi gh

− Select what’s best for you: open architecture approach across multiple operating environments.


Lo w

Strategy that offers the best return on investment
− No need to choose between highperformance computing and industrystandard economics − Unsurpassed agility and proven superior price/performance

Customer

Best Customer experience

co st



Dedication to customer satisfaction that creates a superior customer experience
− Collaborative customer relationship programs, enabling open and frequent communication − Clear roadmaps and commitments September 22, 2004

38

Contact Info
−Jerry Huck CTO, HP Business Critical Servers Division. [email protected] , Tel:+1408-447-2429 −Harel Ifhar. HP Global Alliance Manager for Amdocs. [email protected] Tel:+972-524840-916 −Esteban Birenbaum. HP Technical Alliance Manager for Amdocs. [email protected] Tel:+972-52-4840918
te ch gh Hi Lo w st co

Customer

Best Customer experience

September 22, 2004

Draft

39

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