IBM provides a complete Foundry solutionIBM provides a complete Foundry solution• Innovative technology
Leadership road map with advanced SiGe & RF offerings– Leadership road map with advanced SiGe & RF offerings– Leading-edge CMOS process development – SoC and integration of analog / RF functions– Silicon-on-insulator (SOI) and strained silicon expertise
• World class enablement– Accurate model-to-hardware correlation can result in fewer design passes– Experienced local & factory support
• Manufacturing expertise– Robust line control– Continuous process yield and defect density learningp y y g
• Collaborative ecosystem– 90nm, 65nm, 45nm, and 32/28nm Common Platform™ technology collaboration with Chartered Semiconductor , , , gy
Manufacturing and Samsung– Common Platform Solution Provider and Ready for IBM Technology networks– Industry-standard libraries and 3rd party IP development programIndustry standard libraries and 3 party IP development program– IBM Microelectronics and 3rd party design services
Collaboration for innovationCollaboration for innovation…A value creator for the semiconductor industry
Technology Collaborations
Joint chipdevelopment
alliance
CommonPlatform
manufacturing
Research IBM, GLOBALFOUNDRIES, Toshiba, STMicroelectronics, NEC
SOI development IBM, GLOBALFOUNDRIES, Freescale
IBMChartered Samsung
p , ,
CMOS developmentIBM, Chartered Semiconductor Manufacturing, Samsung Electronics, Infineon STMicroelectronics Toshiba
Toshiba NEC
Infineon, STMicroelectronics, Toshiba, NEC, GLOBALFOUNDRIES
Common Platform™ IBM Chartered and Samsung
GLOBAL FOUNDRIESInfineon Platform
manufacturingIBM, Chartered and SamsungFOUNDRIES
Freescale STMicro
90 65 45 32 22Leadership semiconductor solutions
90 nm 65 nm 45 nm 32 nm 22nm
From research breakthroughs to real-world solutionsFrom research breakthroughs to real world solutions
Worldwide Advanced SemiconductorFundamental Technology
Manufacturing
Process
SemiconductorR&D
Innovation in Screen new
Research gy
Development
Multi-companysynchronized fabricators (GDSII compatible)
integrated device & process technology
materials & processes
Multi company co-located joint development
High perf SOIIBM & Chartered
EquipmentApplied Mat’ls, ASML, Tokyo Electron
Patterning solutionsHigh-k / metal gateDevice structuresStress techniques
High perf SOIIBM, Freescale, GLOBALFOUNDRIES
Foundry bulkIBM, Chartered & Samsung
ResearchIBM, Toshiba, NEC, STMicro, NEC,
ElectronStress techniquesInterconnectsUltra low-kPackaging
Foundry bulkIBM, Chartered,Samsung,Infineon STMicro
USA, Korea, Singapore
STMicro, NEC, GLOBALFOUNDRIES
Albany Nanotech Center
IBM Almaden & Yorktown
Infineon, STMicro, Toshiba, NEC, GLOBALFOUNDRIES
IBM East Fishkill
Realizing Innovation…32/28nm High-k/Metal Gate Technologyg g gy28nm HKMG Low Power Technology released for Early Access
200300
Metal Gate
ARM shows off 32nm mobile processor
Performance/power advantages validatedApril 200910
nt O
xide
s (n
m)
100
200
ngth
(nm
)
High-k
ARM, Chartered, IBM and Samsung Collaborate to
ARM shows off 32nm mobile processor February 2009
1
Equ
ival
enTh
ickn
ess
20
30405040nm
1.15 nm Gat
e Le
n
Enable Energy-Efficient 32 and 28nm Systems on ChipSeptember 2008
Technology Design Alpha Level Kit released32HKMG45250 130 65180 90
Technology Node (nm)
10
1400 SiON T 25°C
Technology Design Evaluation Kit released
Technology Design Alpha Level Kit releasedJuly 2008
gy ( )
HK/MG Opt., T=25C-32%
optimized
800
1000
1200
1400
erg
y (
fJ) SiON, T=25°C
HKMG, T=25°C
44%
32 nm gate-first, HKMG technology announced including functional
Performance/power advantages validatedApril 2008
+50%200
400
600
800
ctiv
e E
ne
33%
announced, including functional 32 nm bulk & SOI SRAM (<0.15 µm2).
December 2007
+50%
0
200
0 100 200 300 400 500 600Frequency (MHz)
Ac
Innovative high-k metal gate (HKMG) technology announced.
January 2007
CP & ARM Joint CollaborationCP & ARM Joint Collaboration32/28nm Leadership Enablement
“ARM and Common Platform Collaborate to Enable Energy Efficient 32/28nm SoC”
• Optimized 32/28nm High-k Metal Gate Design Platform• High performance, power efficient ARM SoC
I l t tiImplementations• High K – leadership in performance and power
• Targeting exploding Mobile Internet Device market• Competitive advantage for mutual licensees/clients
• IBM grants early access to 32nm Bulk technology• ARM will supply enhanced physical and core IP supp y e a ced p ys ca a d co e
differentiated for the JDA technology
Market RequirementMarket Requirement• Mobile internet leads the convergence of PC-Mobile domains
– Mobile devices need higher CPU performance ( > GHz )
PC/Notebook WW Mobile Device Market
– Mobile devices need higher CPU performance ( > GHz )– PC/Notebooks need lower cost / lower power consumption
PC/Notebook
Lower Cost2.00 Billion
Units
WW Mobile Device Market(2007 ~ 2012)
Lower CostLower Power Net-Book MID
1.50
Units
Smartphone/ MID
SmartphoneMobile InternetConvergence 1.00
/ MID
EnhancedHigher CPUPerformance 0.50
EnhancedPhone
Basic
Mobile
0.002007 2008 2009 2010 2011 2012
Phone
Mobile (Source: S.LSI MKT, Gartner 2008)
Slide Source Samsung
GHz Era of Mobile ProcessorsGHz Era of Mobile Processors• 32nm HKMG opens the GHz era of mobile processors• Lower power & smaller geometry enables multi core integration• Lower power & smaller geometry enables multi-core integration
Performance of mobile devices will be comparable to today’s PC
Mobile Processor Clock Speed
> 1 GHz32nm HKMG
Mobile Multi-core using 32nm
~Same Area
3
432nm HKMG 45nm
Single CoreCPU
32nmDual Core
CPU
Same Area
2
3
~800MHz32nm SiON
Dual CoreDual Core PerformancePerformance PowerPower
[Comparison to 45nm single core]
1 - All TR’s are RVT forminimum leakageCl k d@ 30
Option 1Option 1 1.7 X1.7 X 1 X1 X
Option 2Option 2 2.8 X2.8 X 2 X2 X
32nm130nm 90nm 65nm 45nm
- Clock speed@130nm = 1
Further integration (ex. Quad-core) willlead to PC-comparable performancewith ultra low power ( < 2W )with ultra low power ( < 2W )
Slide Source Samsung
Leading Implementation Needs PartnershipLeading Implementation Needs Partnership• ARM IP on advanced foundry process uses integrated design
Architecture through to RTL isco-designed with physical IPPhysical IP is tightly coupled with
Architecture
Physical IP is tightly coupled with process technology developmentRTL Coding
Physical IP
Optimization
Physical IPImplementation
1+ GHz in 32nm Low Power processPerformanceOptimizationDFM 2+ GHz in 32nm Generic process
ARM Processor & Physical IP
Performance Yield
Process Development KitARM Processor & Physical IP
Advanced HKMG ProcessTransistor / Bitcell / Interconnect
Manufacturing Process
Innovation and industry leadership through collaboration
g
Slide Source ARM
CP/ARM Collaboration OverviewCP/ARM Collaboration Overview
nnel
Std-Cell Libraries
Enhanced
Innovation and industry leadership through
collaboration
es C
hanMemories
IO
IO Libraries
Core IPARM ProcessorARM Processor
Transistor/Transistor/BitcellBitcell/Interconnect/Interconnect
ARM Physical IPARM Physical IP Common Platform Advisory and
M k ti
Processor Optimized IP ire
ct S
al
RF1RF1RA1RA1
Optimized Cells
Optimized Memories
TechnologyTechnology
Early Access
Marketing Agreement
y A
RM
DCustom Blocks
yAgreement
Enhanced Physical IP
Driv
en b
y
RF1RF1RA1RA1
Optimized Cells
Optimized Memories
Enhanced IP Agreement
Advanced Node Technology
Development
Optimized Techniques for
Building Physical IP at
Advanced
DCustom Blocks
Foundation Std-Cell
Optimized for IBM 32/28nm HKMG LP bulk technology
Program Nodes
RF1RF1
RA1RA1
Libraries
RF2RF2
RA2RA2
Memory Compilers
FoundationPhysical IP Agreement
Foundry Licensed
End User LicensedIO
IO Libraries
Slide Source ARM
In today’s environment it takes an ecosystemIn today s environment, it takes an ecosystemComprehensive support throughsupport through the Common Platform model
D i t
Packaging
DesignCompatibility
Design center collaborators
R f
GDSII
p y
Libraries
Reference design flows
GDSIICompatibility
Libraries and IP UnUniquifyquify
ASIC design & IP solutions
Process andmanufacturingcompatibility D i l
Technology design kits
compatibility
90 nm 65 nm 45 nm
Design manual SPICE models
90 nm, 65 nm, 45 nm, 32 nm process
platforms