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Desktop Processor Roadmap

Solution Provider Accounts

(2)

Desktop Division Roadmap

Changes since July 2008

Additions

(3)

Platform Segment

2008

2009

Desktop Processors

Agena Quad-Core •DDR2, 2M L3 •512K L2/Core •HT 3.0 •Pkg AM2+ Toliman Heka Triple-Core 65 nm 45nm Deneb FX Quad-Core •Shared L3 •DDR2/DDR3 •HT 3.0 •Pkg AM3 Deneb Quad-Core •Shared L3 •DDR2/DDR3 •HT 3.0

•Pkg AM2+ and AM3

Propus Quad-Core •DDR2/DDR3 •HT 3.0 •Pkg AM3 Brisbane Dual-Core •512K L2/Core •DDR2, AMD-V™ •HT 2.0 •Pkg AM2 Toliman Triple-Core •DDR2, 2M L3 •512K L2/Core •HT 3.0 •Pkg AM2+ Regor Dual-Core •1MB L2 per Core •DDR2/DDR3 •HT 3.0 •Pkg AM3 Triple-Core •Shared L3 •DDR2/DDR3 •HT 3.0 •Pkg AM3 Sparta Single-Core •512K •DDR2 •HT 1.0Pkg AM2 Lima Single-Core •512K L2 •DDR2 •HT 2.0 •Pkg AM2 Rana Triple-Core •DDR2/DDR3 •HT 3.0 •Pkg AM3

(4)

Q3

Q4

2008

Desktop Processor Longevity

AMD Phenom™ X4 Quad-Core Processors

AMD Phenom X4 9750 AMD Phenom X4 9950 2.6GHz, 4000MHz HT 3.0 Bus 140W AMD Phenom X4 9850 2.5GHz, 4000MHz HT 3.0 Bus 125W 125W 95W AMD Phenom X4 9650 2.3GHz, 3600MHz HT 3.0 Bus

= "Agena" quad-core, DDR2-1066, 65nm SOI, 2MB L2*, 2MB Shared L3, Pkg AM2+ 95W

AMD Phenom X4 9550

2.2GHz, 3600MHz HT 3.0 Bus 95W

* indicates the total dedicated L2 cache for the processor = Last Order

= Final Shipments schedule change

AMD Phenom X4 9750

(5)

Q3

Q4

2008

Desktop Processor Longevity

AMD Phenom™ X3 Triple-Core Processors

AMD Phenom X3 8850

2.5GHz

AMD Phenom X3 8750

2.4GHz 95W

95W

= “Toliman” triple-core, DDR2-1066, 65nm SOI, 1.5MB L2*, 2MB Shared L3, Pkg AM2+, 3600MHz HT 3.0 Bus

AMD Phenom X3 8650

2.3GHz 95W

AMD Phenom X3 8450

2.1GHz 95W

* indicates the total dedicated L2 cache for the processor = Last Order

= Final Shipments schedule change

AMD Phenom X3 8550

(6)

Q3

Q4

2008

Desktop Processor Longevity

AMD Athlon™ Dual-Core Processors

AMD Athlon 64 X2 5600+ 2.9GHz 89W 65W AMD Athlon 64 X2 5800+ 3.0GHz 89W AMD Athlon™ 64 X2 6000+ 3.1GHz 89W AMD Athlon 64 X2 5200+ 2.7GHz

= "Brisbane" dual-core, DDR2-800, 1MB L2*, 65nm SOI, Pkg AM2, 2000MHz HT 2.0 Bus 65W

89W

AMD Athlon 64 X2 5400+

2.8GHz 65W

* indicates the total dedicated L2 cache for the processor = Last Order

= Final Shipments schedule change

AMD Athlon 64 X2 5000+

(7)

Q3

Q4

2008

Desktop Processor Longevity

Energy Efficient Multi-Core Processors

AMD Phenom X4 9150e

1.8GHz, 3200MHz HT 3.0 Bus 65W

AMD Phenom X4 9350e

2.0GHz, 3600MHz HT 3.0 Bus 65W

AMD Phenom X4 9450e

2.1GHz, >3200MHz HT 3.0 Bus 65W

AMD Phenom X3 8450e 65W

AMD Athlon™ X2 4850e 45W, 2.5GHz

AMD Athlon X2 4450e 45W, 2.3GHz

AMD Athlon X2 4050e 45W, 2.1GHz

= "Agena" quad-core, DDR2-1066, 65nm SOI, 2MB Dedicated L2*, 2MB Shared L3, Pkg AM2+

= “Toliman” triple-core, DDR2-1066, 65nm SOI, 1.5MB Dedicated L2, 2MB Shared L3, Pkg AM2+, 3200MHz HT 3.0 Bus

= "Brisbane" dual-core, DDR2-800, 65nm SOI, 1MB Dedicated L2*, Pkg AM2, 2000MHz HT 2.0 Bus * indicates the total dedicated L2 cache for the processor = Last Order

= Final Shipments schedule change

AMD Phenom X3 8250e

1.9GHz, 3600MHz HT 3.0 Bus 65W

AMD Phenom X3 8450e

2.1GHz, 3600MHz HT 3.0 Bus 65W

(8)

Q3

Q4

2008

Desktop Processor Longevity

AMD Single-Core Processors

AMD Athlon™ LE-1660

2.8GHz, 512KB L2

AMD Athlon LE-1640

2.7GHz, 512KB L2 45W

45W

= “Lima" single-core, DDR2-800, 65nm SOI, Pkg AM2, 2000MHz HT 2.0 Bus

= “Sparta” single-core, DDR2-800, 65nm SOI, Pkg AM2, 1600MHz HT 1.0 Bus schedule change = Last Order

= Final Shipments

AMD Sempron LE-1200

2.1GHz, 512KB L2

AMD Sempron™ LE-1300

2.3GHz, 512KB L2

AMD Sempron LE-1250

2.2GHz, 512KB L2

45W 45W 45W

(9)

Production Schedule

Upcoming Quad-Core Processor Launches

MODEL TDP CORE PKG DVT SAMPLES PRODUCTION ORDER

AVAILABILITY AMD Phenom™ X4 quad–core processors

9950 125W "Agena" AM2+ 3Q 2008 4Q 2008 4Q 2008

9850 95W “Agena” AM2+ 3Q 2008 4Q 2008 4Q 2008

(10)

Production Schedule

Upcoming Triple and Dual-Core Processor Launches

MODEL TDP CORE PKG DVT SAMPLES PRODUCTION ORDER

AVAILABILITY AMD Phenom™ X3 triple–core processors

8850 95W “Toliman" AM2+ 3Q 2008 4Q 2008 4Q 2008

8450e 65W “Toliman" AM2+ July 2008 Aug 2008 Aug 2008

8250e 65W “Toliman" AM2+ July 2008 Aug 2008 Aug 2008

AMD Athlon™ X2 dual–core processors

(11)

3Q08

4Q08

AMD Phenom X4 AMD Phenom X3 9950 9850 9750 9650 9550 8750 8650 8550 8450 9950 9850 9750 9650 8850 8750 8650 8550 6000+ 5800+ 5600+ 6000+ 5800+ 5600+

Desktop Processor Roadmap

AMD Athlon X2 5600+ 5400+ 5200+ 5000+ 5600+ 5400+ 5200+ 5000+

AMD Athlon LE-1660

LE-1640 LE-1660 LE-1640 AMD Sempron™ LE-1300 LE-1250 LE-1200 LE-1300 LE-1250

Black = AM2 pkg Green = AM2+ pkg Blue = 1207 pkg Purple = AM3 pkg

(12)

Energy Efficient Desktop Roadmap

3Q08

4Q08

AMD Phenom X4 AMD Phenom X3 9350e 9150e 8450e 8250e 9450e 9350e 9150e 8450e 8250e

Black = AM2 pkg Green = AM2+ pkg Blue = 1207 pkg Purple = AM3 pkg AMD Athlon X2 4850e 4450e 4050e 5050e 4850e 4450e

(13)
(14)

Brand Positioning

AMD BRAND / MODEL SERIES

Intel BRAND / MODEL SERIES

Intel Core 2 Quad™ Q6xxx/Q9xxx

Intel Core 2 Duo™ 4xxx/7xxx

Intel Core 2 Duo™ 6xxx/8xxx

AMD Phenom™ X4 9xxx

AMD Phenom™ X3 8xxx

AMD Athlon™ X2 6xxx/5xxx

AMD Sempron™ 1xxx

AMD Athlon™ 16xx

Intel Core 2 Duo™ 4xxx/7xxx

Intel Celeron™ 4xx

(Single-core)

Intel Pentium™ E2xxx

(15)

Q308 Model Positioning

AMD

Intel

8750

8650

8550

8450

AMD Phenom X3

9950

9850

9750

9650

9550

AMD Phenom X4

E7200

E4700

E4600

Q9300

Q6700

Q6600

Core2Quad

E8500

E8400

E6850

E6750

E8200

E6550

Core2Duo

6000

5800

5600

5400

5200

5000

AMD Athlon X2

LE-1300

LE-1250

LE-1200

AMD Sempron

LE-1660

LE-1640

AMD Athlon

440

430

Celeron

E2220

E2200

E2180

Pentium E

E4700

E4600

Core2Duo

(16)
(17)

MODEL CLOCK

SPEED TDP CACHE CORE

CORES ON DIE MAX CPU BW1 I/O BUS SPEED6 Memory Speed IMC 2 CnQ3 AMD-V™ EVP4

AMD Phenom™ X4 quad-core processors – Pkg AM2+

9950 2.6GHz 140W 2MB Dedicated5L2 2MB Shared L3 “Agena" 65nm SOI 4 cores ≥31.5 GB/s ≥3600 MHz 1066

MHz yes yes yes yes 125W 9850 2.5GHz 125W 95W 9750 2.4GHz 95W 9650 2.3GHz 95W 9550 2.2GHz 95W 9450e 2.1GHz 65W 2MB Dedicated 5L2 2MB Shared L3 “Agena" 65nm SOI 4 cores ≥29.9 GB/s 3600 MHz 1066

MHz yes yes yes yes 9350e 2.0GHz

Desktop Processor Features

AMD Phenom™ Quad-Core Processors

65W

2MB Shared L3 65nm SOI 4 cores GB/s MHz yes yes yes yes

9150e 1.8GHz 3200

MHz

1 MAX CPU BW = Maximum processor-to-system bandwidth 2 IMC = Integrated Memory Controller

3 CnQ = AMD Cool'n'Quiet™ technology 4 EVP = Enhanced Virus Protection*

5indicates the total dedicated L2 cache for the processor 6Bidirectional I/O Bus Speed

* Enhanced Virus Protection (EVP) is only enabled by certain operating systems including the current versions of Microsoft Windows®, Linux®, Solaris and BSD Unix. After properly installing the appropriate operating system, users must enable the protection of their applications and associated files from buffer overrun attacks. Contact your application software vendor for information regarding use of the application in conjunction with EVP. AMD strongly recommends that users continue to use third party anti-virus software as part of their security strategy.

Notes:

-“AM2+” is referenced as “AM2r2” in AMD technical documentation..

(18)

Desktop Processor Features

AMD Phenom™ Triple-Core Processors

MODEL CLOCK

SPEED TDP CACHE CORE

CORES ON DIE MAX CPU BW1 I/O BUS SPEED6 Memory Speed IMC 2 CnQ3 AMD-V™ EVP4

AMD Phenom™ X3 triple-core processors – Pkg AM2+

8850 2.5GHz 95W 1.5MB Dedicated5L2 2MB Shared L3 “Toliman" 65nm SOI 3 cores ≥27.2 GB/s ≥3600 MHz ≥800

MHz yes yes yes yes 8750 2.4GHz 95W 8650 2.3GHz 95W 8550 2.2GHz 95W 8450e 2.1GHz 65W 8250e 1.9GHz 65W 8450 2.1GHz 95W

1 MAX CPU BW = Maximum processor-to-system bandwidth 2 IMC = Integrated Memory Controller

3 CnQ = AMD Cool'n'Quiet™ technology 4 EVP = Enhanced Virus Protection*

5indicates the total dedicated L2 cache for the processor 6Bidirectional I/O Bus Speed

* Enhanced Virus Protection (EVP) is only enabled by certain operating systems including the current versions of Microsoft Windows®, Linux®, Solaris and BSD Unix. After properly installing the appropriate operating system, users must enable the protection of their applications and associated files from buffer overrun attacks. Contact your application software vendor for information regarding use of the application in conjunction with EVP. AMD strongly recommends that users continue to use third party anti-virus software as part of their security strategy.

Notes:

-“AM2+” is referenced as “AM2r2” in AMD technical documentation..

(19)

Desktop Processor Features

AMD Dual-Core Processors

MODEL CLOCK

SPEED TDP CACHE CORE

CORES ON DIE MAX CPU BW1 I/O BUS SPEED 6 Memory Speed IMC 2 CnQ3 AMD-V™ EVP4

AMD Athlon™ 64 X2 dual-core processors – Pkg AM2

6000+ 3.1GHz 89W 1MB Dedicated5L2 "Brisbane" 65nm SOI 2 cores 20.8 GB/s 2000 MHz 800

MHz yes Yes yes yes 5800+ 3.0GHz 89W 5600+ 2.9GHz 89W 65W 5200+ 2.7GHz 65W 5000+ 2.6GHz

1 MAX CPU BW = Maximum processor-to-system bandwidth 2 IMC = Integrated Memory Controller

3 CnQ = AMD Cool'n'Quiet™ technology 4 EVP = Enhanced Virus Protection*

5indicates the total dedicated L2 cache for the processor 6Bidirectional I/O Bus Speed

* Enhanced Virus Protection (EVP) is only enabled by certain operating systems including the current versions of Microsoft Windows®, Linux®, Solaris and BSD Unix. After properly installing the appropriate operating system, users must enable the protection of their applications and associated files from buffer overrun attacks. Contact your application software vendor for information regarding use of the application in conjunction with EVP. AMD strongly recommends that users continue to use third party anti-virus software as part of their security strategy.

Notes:

-“AM2+” is referenced as “AM2r2” in AMD technical documentation.

-“Kuma" product name is a code name for specific models in the STARS family of processors. - Customers should always consult our technical documentation for design specifications

(20)

Desktop Processor Features

AMD 45W Dual- and Single-Core Processors

MODEL CLOCK SPEED TDP CACHE CORE ON DIECORES

MAX CPU BW1 I/O BUS SPEED5 Memory Speed IMC 2 CnQ3 AMD-V™ EVP4

AMD Athlon™ X2 dual-core processors – Pkg AM2

4850e 2.5GHz 45W 1MB Dedicated5L2 “Brisbane” 65nm SOI 2 cores 20.8 GB/s 2000 MHz 800

MHz yes yes yes yes

4450e 2.3GHz 4050e 2.1GHz

AMD Athlon™ processors – Pkg AM2

LE-1660 2.8GHz 45W 512KB L2 “Lima" 65nm SOI 1 core 20.8 GB/s 2000 MHz 800

MHz yes yes yes yes

LE-1640 2.7GHz

AMD Sempron™ processors – Pkg AM2

LE-1300 2.3GHz 45W 512KB L2

Note: Customers should always consult our technical documentation for design specifications.

* Enhanced Virus Protection (EVP) is only enabled by certain operating systems including the current versions of Microsoft Windows®, Linux®, Solaris and BSD Unix. After properly installing the appropriate operating system, users must enable the protection of their applications and associated files from buffer overrun attacks. Contact your application software vendor for information regarding use of the application in conjunction with EVP. AMD strongly recommends that users continue to use third party anti-virus software as part of their security strategy.

1 MAX CPU BW = Maximum processor-to-system bandwidth 2 IMC = Integrated Memory Controller

3 CnQ = AMD Cool'n'Quiet™ technology 4 EVP = Enhanced Virus Protection*

5indicates the total dedicated L2 cache for the processor 6Bidirectional I/O Bus Speed

LE-1300 2.3GHz 45W 512KB L2 "Sparta" 65nm SOI 1 core 17.1 GB/s 1600 MHz 800

MHz yes yes no yes

LE-1250 2.2GHz 45W 512KB L2 LE-1200 2.1GHz 45W 512KB L2

(21)

Desktop Technologies

FEATURE FUNCTION END USER BENEFIT

Direct Connect Architecture

Designed to eliminate the real challenges and reduce

bottlenecks of traditional front-side bus architectures through the use of separate, dedicated high-speed links

between the processor and main memory between the processor and I/O

between CPUs on a platform

Leading-edge performance Helps avoid delays caused when multiple components compete for access to the same common bus

Competing x86 architectures use a common front-side bus (FSB)

Native Multi-Core Design Extensive AMD64 architectural optimizations and features enable thorough integration of multiple cores within the same processor, with each core having its own L1 and L2 caches

Provides true implementation of multiple processor cores

Simultaneous 32-bit and 64-bit computing

AMD64 technology enables a breakthrough approach to 64-bit computing that doubles the number of registers in the

Can support both 32-bit and 64-bit applications

64-bit computing computing that doubles the number of registers in the

processor, and offers leading-edge performance on today’s 32-bit software applications while enabling a seamless migration to the 64-bit computing future

applications

Permits continued use of 32-bit software until the end user decides to transition to 64-bit software

HyperTransport™ technology

A high-speed, low latency, point-to-point communication link, for outstanding bandwidth between system components

Provides incredible system agility and graphics performance capability

Integrated Memory Controller

Directly connects CPUs to memory, for industry-leading memory performance and bandwidth per CPU

Enhances performance as memory access latency can be dramatically reduced

(22)

Desktop Technologies

FEATURE FUNCTION END USER BENEFIT

AMD Digital Media XPress™

Provides support for SSE, SSE2, SSE3 and MMX instructions Takes 3-D and graphics to new levels in games, video, DVDs, and more

DDR2 Memory 2ndgeneration DDR memory designed to improve overall memory performance through increased bandwidth and larger densities

Memory performance

AMD Cool'n'Quiet™ Technology

For dynamically switching performance states (processor core voltage and operating frequency) based on processor

performance requirements

Power management to limit heat and noise without hindering performance, making a more pleasant and

comfortable home or work environment

AMD Virtualization™ (AMD-V™)

Silicon feature-set enhancements designed to improve the performance, reliability, and security of existing and future virtualization environments

Get the most out of your hardware by “co-locating” legacy and modern operating systems, installing trusted virtualization environments operating systems, installing trusted and un-trusted partitions on the same hard-disk or using the same machine for both client-facing and business-facing applications.

Enhanced Virus Protection (EVP)*

Sets part of system memory aside as ‘data only’ so resident code cannot be executed, only read from or written to

To safeguard music, pictures, video and other important data.

Silicon-on-Insulator (SOI) Technology

SOI technology is used to minimize substrate capacitive effects and leakage current for each of the millions of transistors within each AMD64 processor

AMD64 processors can provide leading-edge performance while also using less power when compared to competing processor designs

* Enhanced Virus Protection (EVP) is only enabled by certain operating systems including the current versions of Microsoft Windows®, Linux®, Solaris™ and BSD Unix. After properly installing the appropriate operating system, users must enable the protection of their applications and associated files from buffer overrun attacks. Contact your application software vendor for information regarding use of the application in conjunction with EVP. AMD strongly recommends that users continue to use third party anti-virus software as part of their security strategy.

(23)

AMD Phenom™ Processor Technologies

FEATURE FUNCTION END USER BENEFIT

Direct Connect Architecture

Award winning technology designed to eliminate the real challenges and

bottlenecks of system architectures through the use of separate, dedicated high-speed links:

•Between the processor and main memory •Between the processor and I/O

•Between CPU cores within the same processor

Delivers leading-edge PC system performance by eliminating delays caused when multiple

components compete for access to the processor bus

Competing x86 systems use an outdated, single front-side bus (FSB) which must carry memory access, graphics, CPU to CPU communication and IO traffic!

True Multi-core Processing

An integrated design featuring multiple cores within the same processor, each core having its own L1 and L2 caches, one or more direct connections to the other

processor cores, and together sharing an L3 cache for rapid, shared access to memory.

Enables better multi-tasking performance for today’s more demanding PC users so they can run more applications and do more in less time. Designed for high performance on demanding multi-threaded applications.

Integrated Dual Directly connects the processor to memory, Get dramatic application performance

Integrated Dual Channel Memory Controller with DDR2-800 support

Directly connects the processor to memory, optimizing memory performance, decreasing latency and maximizing bandwidth per CPU. Improved memory bandwidth with support for the highest clock speed of DDR2

memory. Power consumption is reduced by operating at lower voltage and frequency from processor cores.

Get dramatic application performance

improvements with greater system bandwidth and lower latency so users get a better PC experience.

HyperTransport™ technology 3.0

3rdGeneration HyperTransport interface

improves performance supporting clock speeds up to 2.6GHz and effective bandwidth up to 5.2 GHz. New power management extensions scale

Hypertransport performance to conserve power.

Provides incredible system agility and improved 3D graphics performance with full DirectX 10 capability for a more realistic, high resolution gaming experience and enough bandwidth for ultra-high resolution, 1080p video playback. Huge bandwidth means minimal bottlenecks and high performance for hard drive, USB, and other I/O and peripherals.

(24)

FEATURE FUNCTION END USER BENEFIT

AMD Balanced Smart Cache

A combination of dedicated L1 and L2 caches and a new shared L3 cache which rapidly share information for superior cache

performance. Smart Cache manages caches so that the processor cores don’t have to, diminishing latency on L2 cache accesses while still enabling faster access to critical shared L3 cache data

Supports a better tasking and multi-threaded experience and better overall

processor performance because each core has its own L2 cache memory and ability to quickly share data among cores utilizing the L3 cache.

AMD Wide Floating Point Accelerator

A full 128 Bit Floating-Point math processing pipeline

Ultra fast floating-point performance can help improve the performance of applications like digital media players and immersive 3D games that depend heavily on complex calculations

AMD Memory

Optimizer Technology Optimized memory bandwidth designed for

better multi-core operation

Helps improve performance of multi-threaded software.

AMD Phenom™ Processor Technologies

better multi-core operation software.

AMD Digital Media XPress™ 2.0

Provides support for SSE, SSE2, SSE3, SSE4a and MMX instructions

Delivers sharper and more life-like 3-D

graphics taking the PC user experience to new levels in games, video, DVDs, and more.

AMD Virtualization™ with Rapid

Virtualization Indexing

Silicon feature-set enhancements designed to improve the performance, reliability, and security of existing and future virtualization environments by allowing virtualized

applications with direct and rapid access to their allocated memory.

Helps virtualization software to run more securely and efficiently enabling a better experience when dealing with virtual systems

Clock Multiplier Control

Clock multiplier can be adjusted via bios settings and platform utilities

Enhanced performance tuning enables a wider breadth of control over platform and processor settings.

(25)

FEATURE FUNCTION END USER BENEFIT

AMD Cool’n’Quiet 2.0 Enhanced power management features which automatically and instantaneously adjusts performance states and features based on processor performance

requirements

Enhanced power optimization technology enables cooler and quieter platform designs by providing extremely efficient performance and energy usage.

Independent Dynamic Core Technology

Fully independent frequency per processor core reduces processor energy consumption by adjusting power usage by core utilization.

Helps users get more efficient performance by dynamically adjusting individual core

frequencies as required by utilization needs

AMD Power Management

Processor performance state control is optimized for reduced power consumption.

Helps PC users get the performance they need while using demanding applications or multi-tasking and still get efficient savings when idle or doing more basic tasks

Dual Dynamic Power

Management™

Split power plane design which allows independent voltage planes for processor and memory controller for a wider range of

Helps improve platform efficiency by providing on demand memory performance while still allowing for decreased system power

AMD Phenom™ Processor Technologies

Management™ and memory controller for a wider range of

energy usage and on demand performance

allowing for decreased system power consumption

AMD

CoolCore™ Technology

Coarse & fine transistor control reduces processor energy consumption by turning off unused parts of the processor.

Helps users get more efficient performance by dynamically activating or turning off parts of the processor.

AMD Wideband Frequency Control

Up to eight different performance states to maximize power efficiency. Simplified performance state transitions reduce latency and software overhead of performance states changes.

Allows the processor to respond more precisely to user demands, maximizing performance and extending battery life while delivering a better PC user experience.

Multi-Point Thermal Control

Processor protection featuring multiple sensors across processor silicon designed to automatically reduce speed and heat when temperature exceeds pre-defined limits.

Prevents processor from creating too much heat and enabling a cooler, quieter PC experience.

(26)

Architecture Comparison

Direct Connect Architecture

Up to 4.0GHz bidirectional HyperTransport™ technology link I/O Chipset

Front Side Bus Architecture

800MHz or 1066MHz FSB

bottleneck

I/O Chipset

AMD Direct Connect Architecture

for the peak processor-to-system bandwidth

Processor accesses main memory directly on the dedicated memory bus…

• 12.8 GB/s of peak BW (using DDR2-800) for Stars & Cities Cores

Processor access to I/O with up to...

• Up to 16.0 GB/s peak BW for Stars Cores

• 8.0 GB/s peak BW for Cities Cores

With separate busses for memory access and I/O access, the peak processor-to-system BW is the sum of the two bus bandwidths…

• Up to 28.8 GB/s processor-to system peak BW for Stars Cores

• 20.8 GB/s processor-to system peak BW for Cities Cores Chipset

Processor indirectly accesses main memory (through North Bridge chip) on the FSB…

• 6.4 GB/s of peak BW (using DDR2-800) Processor I/O access using the same FSB…

• 8.5GB/s of peak BW (using 1066MHz FSB)

• 6.4GB/s of peak BW (using 800MHz FSB)

With the FSB used to access both memory and I/O, the peak processor-to-system BW is the larger of the two values…

•8.5GB/s of P-S peak BW (using 1066MHz FSB)

•6.4GB/s of P-S peak BW (using 800MHz FSB)

(27)
(28)

Platform Segment

CPU

Chipset

2008

2009

2010

Desktop Commercial Platforms

“Perseus”

AMD 780V; SB700

AMD Phenom™ CPU’s

•Quad (“Agena”), Triple (“Toliman”), Dual (“Kuma”) cores

•Dedicated L2 and Shared L3 cache

•HyperTransport™ 3.0

•DDR2 memory support

•AM2+ Package (Backwards Compatible w/ AM2) •Enhanced Virus Protection ▪AMD-V™

•Digital Media Express™ ▪Cool’n’Quiet™ 2.0

Chipset GPU Platform Features & Initiatives

AMD 780V; SB700

DirectX®10 ATI Avivo™ HD DVI/HDMI/DisplayPort

Native multi monitor/Extended Desktop ATI PowerPlay™ IGP power management PCIe®Gen 2

SATA 3Gb/s

Business Class CPUs – Systems

(Industry-leading up to 24-month stability)

DASH based manageability TPM based security

Energy Efficient Platform

ATI Radeon HD 3000 series

(29)

Platform Segment CPU Chipset

2008

2009

2010

“Cartwheel”

Desktop Mainstream Platforms

AMD 780G; SB700

AMD Phenom™ CPU’s

•Quad (“Agena”), Triple (“Toliman”), Dual (“Kuma”) cores

•Dedicated L2 and Shared L3 cache

•HyperTransport™ 3.0

•DDR2 memory support

•AM2+ Package (Backwards Compatible w/ AM2) •Enhanced Virus Protection ▪AMD-V™

•Digital Media Express™ ▪Cool’n’Quiet™ 2.0

Chipset GPU Platform Features & Initiatives

AMD 780G; SB700

DirectX®10

ATI Avivo™ HD, UVD DVI/HDMI/DisplayPort

Native multi monitor/Extended Desktop ATI PowerPlay™ IGP power management PCIe®Gen 2

SATA 3Gb/s

AMD Phenom™ multi-core processors DTX Open-standard Small Form Factor Energy Efficient Platform

ATI Radeon HD 3000 series

(30)

Platform Segment CPU Chipset

2008

2009

2010

“Spider”

Desktop Performance Platforms

AMD 790; SB600

AMD Phenom™ CPU’s

•Quad (“Agena FX”), Triple (“Toliman”) cores

•Dedicated L2 and Shared L3 cache

•HyperTransport™ 3.0

•Up to DDR2-1066 memory support

•AM2+ Package (Backwards Compatible w/ AM2) •Enhanced Virus Protection ▪AMD-V™

•Digital Media Express™ ▪Cool’n’Quiet™ 2.0

Chipset GPU Platform Features & Initiatives

AMD 790; SB600

HyperTransport™ 3.0 PCIe®Gen 2

2 & 4-way CrossFire™ SATA 3 Gb/s

ATI Radeon HD 3000 series

2 & 4-way CrossFire™, DirectX®10.1, GDDR3/GDDR4, Avivo™

HD, UVD

AMD Phenom™ multi-core processors AMD GAME!™

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