Intel Processors In The Enterprise [email protected] Business Development Intel GmbH, Munich.
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Transcript of Intel Processors In The Enterprise [email protected] Business Development Intel GmbH, Munich.
2
Performance
1980Time
20001985 1990 1995
20-30% increase per year from semiconductor
technology
60-70% target perf increase
Evolution of Microprocessor Technology
486/Pentium® processor RISC technologies2 instructions / cycle
Itanium™ processor EPIC: Even greater instructions / cycle
8086/286 CISC.3 ins / cycle
386 32-bit architecture
1 instruction / cycle
3
Stable Platform Benefits
Availability of chipsets for at least twelve months from release
– Helps reduce qualification cycles and transition costs
High performance processor options extend longevity of platform
– Allows IT to buy today for tomorrow’s software loads– Optimizes life cycle depreciation
Compatibility of software reduces software image changes
– Minimizes time and effort of IT with transitions– Ex: Intel® unified driver technology
IntelIntel®® Stable Platforms Provide Value Stable Platforms Provide Value
4
Software on Intel® Xeon™ processor family
More bandwidth, throughput and thread-level parallelism
Better scalability for larger server workloads Outstanding platform performance Scale up to 4-way then scaling out in clusters of
4-way Optimum price / performance
5
0
1,000,000
2,000,000
3,000,000
4,000,000
5,000,000
6,000,000
7,000,000
1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005
More companies are making a strategic bet on Intel® Architecture-based solutions
Forecast
Ser
ver
Sys
tem
sS
erve
r S
yste
ms
Businesses recognize strategic advantage of Intel® Architecture-based solutions
Intel®
Architecture
Non-IANon-IA
Source: IDC Forecast, (10.2001)
6
Intel® Xeon™ Processor MPFeatures for Multi-Processor Server Platforms
Intel® NetBurst™ Intel® NetBurst™ MicroarchitectureMicroarchitecture
Integrated Integrated Three Level CacheThree Level Cache
1MB or 512KB Level 3 Cache1MB or 512KB Level 3 Cache
Hyper-Threading Hyper-Threading TechnologyTechnology
400MHz 400MHz System BusSystem Bus
System System Manageability BusManageability BusSpeeds up to Speeds up to
1.60 GHz1.60 GHz 144 New 144 New SSE-2 InstructionsSSE-2 Instructions
+ Level 2 + Level 2 Advanced Transfer CacheAdvanced Transfer Cache
256KB256KB
108 million transistors
ServerWorks* ServerWorks* Chipset with DDR Chipset with DDR
200 Memory and I/O 200 Memory and I/O ChoiceChoice
Designed for 4-way and above Multi-Processor ServersDesigned for 4-way and above Multi-Processor ServersDesigned for 4-way and above Multi-Processor ServersDesigned for 4-way and above Multi-Processor Servers
7
Physical Physical processorsprocessors
Logical Logical processors processors
visible to OSvisible to OS
Physical processor Physical processor resource allocationresource allocation ThroughpuThroughpu
tt
TimeTime
Resource Resource 11
Resource Resource 22
Resource Resource 33
Resource Resource 44
Thread Thread 22
Thread 1
Wit
h H
yp
er-
Wit
h H
yp
er-
Th
read
ing
Th
read
ing
Thread Thread 22
Thread
1Resource Resource
11
Resource Resource 22
Resource Resource 33
Resource Resource 44
Wit
hou
t H
yp
er-
Wit
hou
t H
yp
er-
Th
read
ing
Th
read
ing
Providing Compelling Benefits Providing Compelling Benefits Such As:Such As:
More performanceMore performancewith enabled applicationswith enabled applications
Better responsiveness Better responsiveness with existing applicationswith existing applications
No incremental power or thermal cost No incremental power or thermal cost for additional performancefor additional performance
Hyper-Threading Technology (2H ’03)
8
Enterprise Solution Costs:Scale up vs scale out
Advantages– Easy modular expansion– No single point of failure– Scalability is linear with incremental
cost
Challanges– Managing many systems
Advantages– Single system to program and manage– Future path to high-volume 32-way (ie. Unisys* ES7000)
Challanges– Single point of failure– Higher entry costs
Scale out Scale up
Not with Oracle Enterprise Manager
LoadLoad
$$
LoadLoad
$$
Scale rightScale right
9
Why Cluster?
““Things will move slowly, … It will be severThings will move slowly, … It will be several years before the big machine dies, but inal years before the big machine dies, but inevitably the big machine will die.” evitably the big machine will die.”
Oracle Chairman and CEO Larry Ellison Oracle Chairman and CEO Larry Ellison in a talk about moving Oracle's 'whole business' in a talk about moving Oracle's 'whole business'
to run on Linux (31, Jan 2002)to run on Linux (31, Jan 2002)
10
Analysts say Intel® Architecture solutions deliver 2-3X cost of ownership advantage over RISC
Sun’s proprietary products are too expensive for CIOs who want to get the best gear for the least amount of money
“Solaris ERP-based solutions 2X the cost of Windows NT and Windows 2000 environments over 1 year; and 2-3 times more expensive over 3 years”- The Impact of OS/Platform Selection on the Cost of ERP Implementation, Use and Management” 9/28/01
11
Businesses give thumbs down to expensive RISC-based products
Sun on the Ropes"About 60% of Sun's revenue base has been pulverized in the past year”
(Fortune Jan 2002)
“I like Sun gear, but they have to figure out a way to be more price competitive”
-Sheila Meauchesne, CIO Martha Stewart Living
“IA/Dell machines are so cheap that their total cost—HW, SW, maintenance is now 40% less than Sun”
-John McKinley, CIO Merrill Lynch.
“CFOs are playing a greater role in determining how IT is deployed as they see IT as more of a critical operation of a company.”
- InformationWeek.com, June 18
Dell Dominates
February 2002
12
More Businesses Moving to IAExecutives seeing significant cost savings advantages
“It’s going to be almost 30 times cheaper to run and maintain IA/Linux-based solutions than Sun systems.”
Josh Levine, CTO, E-Trade InformationWeek.com, Feb 4, 2002
“E-Trade is making IA/Linux the cornerstone of its online trading business.”
“E-Trade is ditching its expensive Unix systems from Sun in favor or Linux-powered Intel-based servers. E-Trade says it could eventually save millions of dollars as a result of the move”
Paul McDougall, informationWeek.com, Feb 4, 2002
13
Solution Comparison:
$1.06MIntel Solution
$1.71M Sun Solution
Oracle Entr DB: $960K
Dell HW w/ FC: List: $100K; 4 x PE6450(4CPU/4GB); PV660F(730GB); PV51F
Sun HW w/ FC : List: $750K; 4 x E4500(4CPU/4GB); A5200(655GB)
Oracle9i RACOracle9i RAC
Storage: PV650FStorage: PV650FServer: PE6450Server: PE6450
Oracle9i RACOracle9i RAC
Storage: A5200Storage: A5200
Server: E4500Server: E4500
Oracle License Oracle License
Save almost $650K on Total SolutionSave almost $650K on Total SolutionSave almost $650K on Total SolutionSave almost $650K on Total Solution
Intel® Itanium™ Processor Family
http://www.intel.com/ebusiness/
RISC bad news 1:the cost of
“fabs”• 2 billion and climbing• one per continent?
0.0
10.0
20.0
30.0
40.0
50.0
60.0
70.0
80.0
90.0
Ca
pa
city
(U
nits
in M
illio
ns)
Intel Power PC PA-RISC Sparc MIPS Alpha
RISC bad news 2:volume
16
CompaqIBMHPDell
Fujitsu SiemensNecBull
UnisysAceretc …
CompaqIBMHPDell
Fujitsu SiemensNecBull
UnisysAceretc …
SunSun
CompaqCompaq
HPHP
IBMIBM
SGISGI
Windows2000Advanced server
DataCentre Server
Windows2000Advanced server
DataCentre Server
WhichUnix?WhichUnix?
SolarisSolaris
Tru64 UnixOpenVMSTru64 UnixOpenVMS
HP-UXHP-UX
AIXAIX
IRIXIRIX
UNIX
Windows
Single vendorPlatform
Platform vendor
OperatingSystem
OperatingSystem
Platform choices
TODAYTODAYSingle Vendor
Multiple Vendors
Platform Platform Choices Choices Platform Platform Choices Choices NovellNovell
PowerPower
PAPA
AlphaAlpha
SPARCSPARC
MIPsMIPs
LinuxLinux
Industry StandardPlatform
UnixwareUnixware
17
Tru64 UnixOpenVMSTru64 UnixOpenVMS
WhichUnix?WhichUnix?
UNIX
Windows
Single vendorPlatform
OperatingSystem
OperatingSystem
Platform choices SunSolaris
Platform Platform Choices Choices Platform Platform Choices Choices
Today's Today's choices choices affect affect
tomorrows tomorrows optionsoptions
Today's Today's choices choices affect affect
tomorrows tomorrows optionsoptions
SolarisSolaris
HP-UXHP-UX
AIXAIX
NovellNovell
SPARCSPARC
IRIXIRIX
Windows2000Advanced server
DataCentre Server
Windows2000Advanced server
DataCentre Server
PowerPower
PAPA
AlphaAlpha
SPARCSPARC
MIPsMIPs
LinuxLinux
Industry StandardPlatform
UnixwareUnixware
CompaqCompaqIBMIBMHPHPDellDell
Fujitsu SiemensFujitsu SiemensNecNecBullBull
UnisysUnisysAcerAcerSGISGI
etc …etc …
CompaqCompaqIBMIBMHPHPDellDell
Fujitsu SiemensFujitsu SiemensNecNecBullBull
UnisysUnisysAcerAcerSGISGI
etc …etc …
HP, NECHP, NECHitachiHitachi
HP, NECHP, NECHitachiHitachi
Itanium™ processor Platform vendor
Windows .Net Server
Windows .Net Server
Multiple Vendors
ModestoModesto
CompaqCompaqCompaqCompaq
HP-UX v11HP-UX v11HP-UX v11HP-UX v11
Tru64 UnixTru64 UnixOpenVMSOpenVMS
Tru64 UnixTru64 UnixOpenVMSOpenVMS
Linux64Linux64Linux64Linux64
18
Tru64 UnixOpenVMSTru64 UnixOpenVMS
HP, NECHP, NECHitachiHitachi
HP, NECHP, NECHitachiHitachi
CompaqCompaqIBMIBMHPHPDellDell
Fujitsu SiemensFujitsu SiemensNecNecBullBull
UnisysUnisysAcerAcerSGISGI
etc …etc …
CompaqCompaqIBMIBMHPHPDellDell
Fujitsu SiemensFujitsu SiemensNecNecBullBull
UnisysUnisysAcerAcerSGISGI
etc …etc …
Itanium™ processor Platform vendor
Windows .Net Server
Windows .Net Server
Multiple Vendors
ModestoModesto
CompaqCompaqCompaqCompaq
Linux64Linux64Linux64Linux64WhichUnix?WhichUnix?
UNIX
Windows
Single vendorPlatform
OperatingSystem
OperatingSystem
Platform choices SunSolaris
Platform Platform Choices Choices Platform Platform Choices Choices
Today's Today's choices choices affect affect
tomorrows tomorrows optionsoptions
Today's Today's choices choices affect affect
tomorrows tomorrows optionsoptions
SolarisSolaris
HP-UXHP-UX
AIXAIX
NovellNovell
IRIXIRIX
Windows2000Advanced server
DataCentre Server
Windows2000Advanced server
DataCentre Server
PowerPower
PAPA
AlphaAlpha
SPARCSPARC
MIPsMIPs
SPARCSPARC
LinuxLinux
Industry StandardPlatform
UnixwareUnixware
HP-UX v11HP-UX v11HP-UX v11HP-UX v11
Tru64 UnixTru64 UnixOpenVMSOpenVMS
Tru64 UnixTru64 UnixOpenVMSOpenVMS
Linux Apps
19
Core processors enabling the Industry
MP IA-32
DP IA-32
Itanium™processor
McKinleyMcKinley
MP Intel Xeon
processor
MP Intel Xeon
processor
DP Pentium® III processor 512K L2
MP Pentium III Xeon processor
DP Intel Xeon processor DP Intel Xeon processor 512K L2DP Intel Xeon processor 512K L2
MP Intel Xeon™ processorMP Intel Xeon™ processor
McKinleyMcKinley
Itanium™ processor
Product Intro
Pentium III Xeon processorIntel Xeon
processorIntel Xeon processor
20
Future Processors
Madison– Up to 6MB on-die L3 and “pin compatible” with McKinley
Deerfield for dual processor
Montecito further increases performance
20012001
Itanium™Itanium™ProcessorProcessor
Itanium™Itanium™ProcessorProcessor
Intel Continues Itanium™ Processor Family InvestmentIntel Continues Itanium™ Processor Family InvestmentIntel Continues Itanium™ Processor Family InvestmentIntel Continues Itanium™ Processor Family Investment
20022002
McKinleyMcKinleyMcKinleyMcKinley
ProcessProcess
0.18 0.18 µµmm0.18 0.18 µµmm
0.13 µm0.13 µm0.13 µm0.13 µm
90 nm90 nm90 nm90 nm
20032003
MadisonMadisonMadisonMadison MontecitoMontecitoMontecitoMontecito
20042004
DeerfieldDeerfieldDeerfieldDeerfield
Products and dates shown for planning purposes only and are subject to change
21
Comparing Ecosystems…
Volume Economics– More Developers, Apps, Solutions
– Greater R&D, Investment, Re-Investment
– Lower TCO… Greater $/Performance
Faster Innovation
Choice– Flexible + customized solutions
Confidence– Long term computing infrastructure
– Investment Protection 2000 R
&D
Sp
en
din
g (
$B
)2000 R
&D
Sp
en
din
g (
$B
) LeadingLeadingEcosystemEcosystemVendorsVendors
(Intel-based Solutions)
>$19.0B*
* 2000 R&D spending for Intel, Microsoft, Compaq, Dell, HP, SGI & IBM; Source: 2000 Annual Reports
Sun$1.6B
22
®®
www.intel.comwww.intel.com
Thank you!
23
®®
Matthias SchneiderChannel Key Account ManagerMatthias Schneider
Channel Key Account Manager
27
Intel® DP Server Processor Transitions Over Time
Q3’01 Q4’01 Q1’02 Q1’03Q2’02 Q3’02 Q4’02 Q2’03
Vo
lum
e M
ix %
512K
Intel® Xeon™ processors will support majority of Intel® Xeon™ processors will support majority of DP Servers by end of 2002DP Servers by end of 2002
Intel® Xeon™ processors will support majority of Intel® Xeon™ processors will support majority of DP Servers by end of 2002DP Servers by end of 2002
29
Intel® Xeon™ Processor Frequency Lineup
Server Performance DPWS Performance Mainstream
Q2’02 Q3’02 Q4’02 Q1’03
2.401 2.601
2.401
2.801,2
2.662 / 2.601
2.801,2 3.062 / 31
2.201
21
1.801
2.201
21
1.801
2.401,2
2.262 / 2.201
21,2
2.662 / 2.601
2.401,2
2.262 / 2.201
2.801,2
2.662 / 2.601
2.401,2
1.801
1.862 / 1.80121,2
1.862 / 1.8012.262 / 2.21
21,2
1 Intel® Xeon™ processors with 400 MHz FSB2 Intel® Xeon™ processors with 533 MHz FSB
Server Volume DPWS Volume Mainstream
Server Value DP
Q2’03
30
Pedestal Optimized RoadmapPedestal Optimized Roadmap
All products, dates and figures are for planning purposes only and are subject to changeAll products, dates and figures are for planning purposes only and are subject to change
2-w
ay
2H’02 1H’03
4-w
ay1-
way
SDS2 (Dodson)2-way Pentium® III processor w/512K ServerWorks* HE-SL ChipsetChassis: SC5100 (Hudson II) 5U
With U160 SCSI Adapter With U160 SCSI Adapter SAI2 (Adkins)2-way Pentium® III processor w/512KServerworks* LE-3T chipsetChassis: SC5100 (Hudson II) Base
SHG2 (Hodges)Intel® Xeon™ processor DPServerWorks* GC-LEChassis: SC5200 (Hudson III-5U)
Jun‘02
Jun‘02
533 Mhz Upgrade533 Mhz Upgrade
SKA4 (Koa) 4-way Pentium ® III Xeon™ processorServerWorks* Serverset III HE ChipsetChassis: SC7000 (Cabrillo II) 7U
Gallatin UpgradeGallatin Upgrade
SRSH4 (Shasta) 4-way Intel® Xeon™ processor MPServerWorks* Grand ChampionSC7100 (Cabrillo III) 7U
July‘02
July‘02
SE7501BR2(Bryson) Intel® Xeon™ processor DP Intel® E7501 (Plumas-533) Chassis: Hudson III
Q4’02Q4’02
With U160 SCSI Adapter With U160 SCSI Adapter
SE7500CW2 (Clearwater) Intel® Xeon™ processor DP Intel® E7500 (Plumas) Chassis: Hudson III base
May’02May’02Jun’02Jun’02
533 Mhz Upgrade533 Mhz Upgrade
S845WD1-E (Woodruff)1-way Pentium® 4 Processor Intel® 845 chipsetChassis: 3rd Party
May’02
May’02
*All Products available in Rack mount or pedestal
31
Rack Optimized RoadmapRack Optimized Roadmap7U
4U2U
1U
Chassis: SR1200 (Coronado) DCChassis: SR1200 (Coronado) DC
SCB2 (Coos Bay)2-way Pentium® III Processor ServerWorks* HE-SL ChipsetChassis: SR1200 (Coronado) AC
Chassis: SR2200 (Stayton-C) DCChassis: SR2200 (Stayton-C) DC
SCB2 (Coos Bay)2-way Pentium® III processor ServerWorks* HE-SL ChipsetChassis: SR2200 (Stayton-C) AC
S815EBM1 (Bonham)1-way Pentium® III Processor 256K & 512K; Intel® 815E chipsetChassis: 3rd Party
Shipping 2H’02 1H’03
SE7500WV2 (Westville)Intel® Xeon™ processor DPIntel® E7500 (Plumas)SR1300 (Coronado-W)
533 Mhz Upgrade533 Mhz Upgrade
Aug‘02
Aug‘02
Gallatin UpgradeGallatin Upgrade
SRSH4 (Shasta)4-way Intel® Xeon™ processorServerWorks* Grand ChampionChassis: SR4100 (D’Iberville II)
July‘02July‘02
SKA4 (Koa) 4-way Pentium ® III Xeon™ processorServerWorks* Serverset III HE* ChipsetChassis: SR4000 (D’Iberville)
SRPL8 (Saber-RX)8-way Pentium ® III Xeon™ processorIntel® Profusion Chipset, PCI-X, Ultra 160 SCSI, Chassis: Cabot (7U)
S845WD1-E (Woodruff)1-way Pentium® 4 Processor Intel® 845 chipsetChassis: 3rd Party
May’02
May’02
MadisonUpgradeMadisonUpgrade
All products, dates and figures are for planning purposes only and are subject to changeAll products, dates and figures are for planning purposes only and are subject to change
SE7500WV2 (Westville)Intel® Xeon™ processor DPIntel® E7500 (Plumas)SR2300 (Stayton-W)
533 Mhz Upgrade533 Mhz Upgrade
July‘02
July‘02
32
SC5200 - What’s New?
Redundant cooling– Including power supply fans
All chassis fans now hot-swappable– Easy tool-free access
and replacement of HS Fans– Two fans at rear, three inside
Improved serviceability– Color coding of service “touch points”
– Green for hot swappable components, blue for service access points
– Tool-less PCI card retention– Improved labeling
Power and thermal support for up to two Intel® Xeon™ processors