AMD AM1 Platform Presentation

WELCOME JOHN TAYLOR

CORPORATE VICE PRESIDENT, GLOBAL COMMUNICATIONS

2014 AM1 PLATFORM ROBERTO BRANDÃO SENIOR MANAGER,

AMD LATIN AMERICA

3 AMD AM1 TECH DAY | UNDER EMBARGO UNTIL 8:00 AM EST, APRIL 9, 2014

AM1: LATIN AMERICA

New platform to redefine entry-level desktop segment

DT in Latin America: still very strong

AM1 – Bringing SoC APU into entry-level DT market

AM1 – Very good feedback from small integrators ( there are ~20,000 in Latin America)

Thank you Gracias

Obrigado

[email protected]

2014 AM1 PLATFORM GABE GRAVNING

MARKETING DIRECTOR, CLIENT BUSINESS UNIT


THE NEW AMD TREMENDOUS MOMENTUM ACROSS THE BUSINESS IN 2013

SEPTEMBER

GAMING IS FOREVER CHANGED

DECEMBER

APPLE CHANGES COMPUTE WITH AMD FIREPRO™

CES 2014

CHANGING THE WORLD OF COMPUTE WITH “KAVERI”

AMD Introduces Most Advanced APU With HSA And Compute Features

BIG CHANGE FOR DESKTOP PC GRAPHICS

SEPTEMBER

CHANGING THE GLOBAL CLOUD WITH VERIZON

OCTOBER APRIL/MAY

CHANGING THE CONSOLE EXPERIENCE

AMD Firepro™ Graphics Accelerate Parallel Compute

AMD/Verizon Redefine Cloud Performance

AMD Radeon™ R9 Graphics Takes Elite Hardware Award

Mantle, TrueAudio Evolve PC/Console Gaming

Unprecedented Sweep Of Consoles


ENABLING THE SURROUND COMPUTING EXPERIENCE

TECHNOLOGY HSA, GCN, Security Processor, Mantle, TrueAudio, DockPort

PRODUCTS “Kabini”, “Kaveri”, “Beema”, “Mullins”

DEVICES Project Discovery, Nano PC

APPLICATIONS LibreOffice, Adobe® Photoshop®, AMD Gesture Control, Games

EXPERIENCE Gaming, Natural User Interfaces, 4K


WHAT CONSUMERS ARE DOING WITH THEIR DEVICES MODERN APPLICATIONS REQUIRE BETTER GRAPHICS AND COMPUTE

DESKTOP USAGE

- Graphics - CPU + GPU Acceleration

Data source: AMD Primary Research March 2013


0

50

100

150

200

250

300

350

400

2010 2011 2012 2013

Desktop CPU Notebook CPU Desktop APU Notebook APU

MAJORITY OF MODERN PROCESSORS ARE APUs APUs ARE A MAJORITY OF PC SYSTEMS TODAY

Sources: Jon Peddie Q3 2013 market watch, IDC

CP

Us

AP

Us

JON PEDDIE RESEARCH:

9 OUT OF 10 PCs ALREADY SHIPPING WITH CPU AND GPU ON A SAME PIECE OF SILICON


INTRODUCING THE AM1 PLATFORM

Award-winning “Kabini” APU

+

FS1b Upgradable Socket

=

AMD’S FIRST “SYSTEM IN A SOCKET”


AMD ATHLON™ AND AMD SEMPRON™ ARE BACK!


AM1 PLATFORM FEATURES

Single chip SoC

Up to 4 “Jaguar” Cores

GCN-based Radeon™ Graphics

‒ DirectX® 11.2, OpenGL 4.3, OpenGL ES 3.0

‒ OpenCL 1.2, DirectCompute, C++ AMP

Multimedia Features

‒ UVD 4.2, VCE 2.0

I/O

‒ 2 USB 3.0, 8 USB 2.0, 2 SATA 6GB


Speed up everyday applications.

AMD APP ACCELERATION2

See images jump off the page and burst into life in vivid color.

AMD PERFECT PICTURE HD3

Get fast, smooth Internet streaming.

AMD QUICK STREAM TECHNOLOGY4

Stabilize home videos to help eliminate distracting shakiness.

AMD STEADY VIDEO TECHNOLOGY5

Get your browsing done quickly.

AMD INTERNET ACCELERATION

SOFTWARE FEATURES


AMD PLATFORM Intel “Baytrail”

OS SUPPORT Windows® XP, 7, 8.1

32 bit & 64 bit Windows® 7/8.1

64 bit only available on some variants*

USB 3.0 2 1

MAX MEMORY SPEEDS 1600 1333

SOCKETED X

BETTER UPGRADES WITH THE AM1 PLATFORM

* as per ark.intel.com ** http://www.cpu-world.com/news_2014/2014020601_Intel_discontinues_Bay_Trail_and_mobile_Core_i7_CPUs.html

Flexible Platform for Home & Business


Configurable upgrades for

your price point

INTRODUCING THE AM1 LINEUP

AMD Athlon™ 5350

Radeon™ R3 Graphics

AMD Athlon™ 5150


AMD Sempron™ 3850 Radeon™ R3 Graphics

AMD Sempron™ 2650


CPU Cores 4 4 4 2

CPU Frequency 2.05 GHz 1.6 GHz 1.3 GHz 1.45 GHz

GCN Radeon Cores 128 128 128 128

GPU Frequency 600 MHz 600 MHz 450 MHz 400 MHz

Memory Frequency 1600 MHz 1600 MHz 1600 MHz 1333 MHz

Total Cache 2 MB 2 MB 2 MB 1 MB

I/O 2 USB 3.0, 8 USB 2.0, 2 SATA 6GB

2 USB 3.0, 8 USB 2.0, 2 SATA 6GB

2 USB 3.0, 8 USB 2.0, 2 SATA 6GB

2 USB 3.0, 8 USB 2.0, 2 SATA 6GB

TDP 25W 25W 25W 25W


AMD APUs DELIVER ON PERFORMANCE UP TO 2X COMPUTE & GRAPHICS PERFORMANCE

UP TO

1.4X AMD Athlon™ 5350

Intel Pentium J2900

PCMark 8 V2: Home Score

AMD Athlon™ 5350

Intel Pentium J2900

UP TO

2.5X

UP TO

2X AMD Athlon™ 5350

Intel Pentium J2900

See endnote for details


AMD APUs DELIVER QUAD CORE LEADERSHIP INCREASED PRODUCTIVITY PERFORMANCE WITH AMD

AMD Athlon™ 5350 APU

Pentium J2900

UP TO

4X

TRUECRYPT: AES Mean (MB/s) average

UP TO

15% AMD Athlon™ 5350 APU

Pentium J2900

Winrar 5.01 Benchmark

UP TO

10%

AMD Athlon™ 5350 APU

Pentium J2900

Peacekeeper: HTML5 / Web Benchmark



AMD APUs WITH AMD RADEON™ GRAPHICS BETTER PERFORMANCE THAN INTEL + NV G210 DISCRETE

HTPC, Video Playback, Casual Gaming

WHY SPEND EXTRA MONEY ON INTEL + NV DISCRETE?

+$25 or more graphics adder

Celeron G1610 + NV G210 AMD Athlon™ 5350 with Radeon™ R3 Graphics

1080P RELATIVE GAMING FRAME-RATES TO INTEL + DISCRETE

Graphics card pricing from pricewatch.com as of Feb 24, 2014

UP TO

2.8X FASTER

Intel Pentium J2900

BALANCED COMPUTING LEGO MARVEL

SUPERHEROES (HIGH)

BASTION (HIGH)

MINECRAFT (MAX)

GUACMELEE (MAX)



AMD APUs DELIVER MORE CORES FOR LESS INCREASE YOUR PRODUCTIVITY WITH AMD

AMD pricing determined by SBPP as of 2/22/14. Intel pricing as of ark.intel.com

QUAD CORE PERFORMANCE FOR UNDER $40 WITH AMD

AMD Athlon™ 5350 / 5150

AMD Sempron™ 3850

$39

Intel Pentium J2850 / J2900

$94 $59 / $49

Intel Celeron J1850 / J1900

$82

QUAD CORE PERFORMANCE FOR LESS

+$25~35/motherboard

+$25~35/motherboard


ROBUST MOTHERBOARD ECOSYSTEM


EVERYDAY COMPUTING JUST GOT AN UPGRADE

AMD ATHLON / AMD SEMPRON

Upgradable Platform Incredible Value Upgraded Performance

™ ™

AM1 ARCHITECTURAL REVIEW

JOE MACRI PRODUCT CHIEF TECHNOLOGY OFFICER

CORPORATE VICE PRESIDENT


MARKETING “WISH-LIST” ENTRY SEGMENT

CASUAL GAMING

LOW COST PROUCTIVITY PC

FULL WINDOWS EXPERIENCE

1080P VIDEO, GREAT MULTIMEDIA

AFFORDABLE SLEEK LIFESTYLE DEVICES


DOUBLING DOWN ON AMD IP

CPU CORES GRAPHICS POWER EFFICIENCY SOFTWARE


INTRODUCING THE AM1 PLATFORM

Award-winning “Kabini” APU

+

FS1b Upgradable Socket

=

FIRST ‘SYSTEM IN A SOCKET’ PC


THE RESULT OUR NEW AMD ATHLON™ AND AMD SEMPRON™ APUs IN A SOCKET

2MB Shared L2

"Jaguar" Core "Jaguar" Core

“Jaguar" Core "Jaguar" Core

FCH

Sea Island DX11.2 GPU

Media Acceleration

Display Control

DDR3

DDR3

2 DIMMs up to DDR3 800-1600

1.25, 1.35, 1.5 volt

(1 x 64)

DP (4)

DisplayPort / HDMI (4)

VGA

Discrete GPU 1x4 GPP

DP/TMDS

HDD,DVD 2 x SATA 2/3

x1 PCIe to PCIe mini card slot

x1 PCIe to PCIe mini card slot

Gb Ethernet Controller x1 PCIe

x1 PCIe

SDIO or SD Card:

External Port, Camera, Drives

External Ports, Fingerprint scanner, Bluetooth, mini card

PS/2, H/W Monitor, Fan Control

Thermal Sensor Input

SDXC - 2TB, UHS-I - 104MBps

2x USB 3.0

8x USB 2.0

EC/KBC

TPM LPC

PS/2

Keyboard scan

BIOS Flash SPI

“Jaguar” Roars To Life


CORES FOR DIFFERENT MARKETS

Fetch

Decode Decode

Integer Scheduler

Integer Scheduler

Shared L2 Cache

FP Scheduler

Pip

elin

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Pip

elin

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Pip

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Pip

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Pip

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Pip

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MM

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8-b

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12

8-b

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MA

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L1 DCache L1 DCache

“Steamroller” Similarities

• OOO design

• Support newest instruction sets (BMI, AVX, FC16, SSE4.2, AES)

• Execute 2 integer (ALU) per cycle

• 28nm

Differences

• “Jaguar” designed for lower power

• “Jaguar” uses 32kB vs 16kB L1 Dcache per core

• “Jaguar” uses dedicated FP units per core

• Shared L2 for ALL cores

4 “Jaguar” cores can fit into one “Steamroller” Dual Core Unit

Fetch

Decode

Integer Scheduler FP Scheduler

Pip

elin

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Pip

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Pip

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Pip

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12

8-b

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L1 DCache

“Jaguar”

Fetch

Decode


Pip

elin

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Pip

elin

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Pip

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Pip

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MM

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12

8-b

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12

8-b

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L1 DCache

“Jaguar”

Fetch

Decode


Pip

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Pip

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Pip

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“Jaguar”

Fetch

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Pip

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“Jaguar”

Shared L2 Cache


IMPROVING THE LOW POWER CORE

To/From Shared Cache Unit

Int PRF

ALU ALU LAGU SAGU

Div

Mul

BU

32KB DCache

Int Rename

Scheduler Scheduler

FP PRF

FP Decode Rename

VALU VALU

FPAdd FPMul

VIMul St Conv.

FP Scheduler

32KB ICACHE

Decode and Microcode ROMS

Branch Prediction

Ld/St Queues



4x32B IC loop buffer

for power

Improved IC prefetcher for IPC

Grew IB for improved fetch/decode decoupling

Added decode stage for frequency


Int PRF

ALU ALU LAGU SAGU

Div

Mul

BU

32KB DCache

Int Rename

Scheduler Scheduler

FP PRF

FP Decode Rename

VALU VALU

FPAdd FPMul

VIMul St Conv.

FP Scheduler

32KB ICACHE


Branch Prediction

Ld/St Queues




Int PRF

ALU ALU LAGU SAGU

Div

Mul

BU

32KB DCache

Int Rename

Scheduler Scheduler

FP PRF

FP Decode Rename

VALU VALU

FPAdd FPMul

VIMul St Conv.

FP Scheduler

32KB ICACHE


Branch Prediction

Ld/St Queues

Ld/St Queues redesign: — Improved OOO picker — Improved STLF — Less store data shuffling — More OOO resources

Enhanced Tablewalks 128 data path to FPU




Int PRF

ALU ALU LAGU SAGU

Div

Mul

BU

32KB DCache

Int Rename

Scheduler Scheduler

FP PRF

FP Decode Rename

VALU VALU

FPAdd FPMul

VIMul St Conv.

FP Scheduler

32KB ICACHE


Branch Prediction

Ld/St Queues

New hardware divider

New/improved cops:

More OOO resources Larger schedulers, ROB 128b native hardware ISA: many new COPs

— 256b AVX supported New Zero Optimizations

Second FPRF stage for frequency




Int PRF

ALU ALU LAGU SAGU

Div

Mul

BU

32KB DCache

Int Rename

Scheduler Scheduler

FP PRF

FP Decode Rename

VALU VALU

FPAdd FPMul

VIMul St Conv.

FP Scheduler

32KB ICACHE


Branch Prediction

Ld/St Queues

8 DC miss/prefetch

3 IC miss/prefetch

Improving Write Combining with 4 WCB data buffers



4x32B IC loop buffer

for power

Improved IC prefetcher for IPC

Grew IB for improved fetch/decode decoupling

Added decode stage for frequency


Int PRF

ALU ALU LAGU SAGU

Div

Mul

BU

32KB DCache

Int Rename

Scheduler Scheduler

FP PRF

FP Decode Rename

VALU VALU

FPAdd FPMul

VIMul St Conv.

FP Scheduler

32KB ICACHE


Branch Prediction

Ld/St Queues

New hardware divider

New/improved cops:

More OOO resources Larger schedulers, ROB 128b native hardware ISA: many new COPs

— 256b AVX supported New Zero Optimizations

Second FPRF stage for frequency

Result: More IPC, more frequency all in a lower power envelope

Ld/St Queues redesign: — Improved OOO picker — Improved STLF — Less store data shuffling — More OOO resources

Enhanced Tablewalks 128 data path to FPU

8 DC miss/prefetch

3 IC miss/prefetch

Improving Write Combining with 4 WCB data buffers


1000 1050 1100 1150 1200 1250 1300 1350

PCMark 7

CPU IMPROVEMENTS

+17% IPC AMD E1-1500

2 “Bobcat” Cores 1480MHz

AMD Sempron™ 2650

2 “Jaguar” Cores 1450MHz

Testing by AMD benchmark labs using an AMD Sempron™ 2650 with Radeon™ R3 Graphics with DDR3-1333, Windows® 7, Catalyst 14.20 and AMD E1-1500 with Radeon™ HD 7310 with DDR3-1066, Windows 7, Catalyst 12.10

Also available: +400MHz and +2 Cores over “Bobcat”


CPU IMPROVEMENTS

UP TO

2X UP TO

4X

MORE CORES, MORE FREQUENCY, MORE IPC IN A SIMILAR TDP

“Jaguar” Cores “Jaguar” Cores

“Bobcat” Cores “Bobcat” Cores

Testing by AMD Performance Labs using Cinebench R15. AMD Athlon™ 5350 APU with Radeon™ R3 Graphics, 4GB DDR3-1600, HDD, Windows 8.1, Catalyst 14.3 Beta. AMD E-350 with Radeon™ HD Graphics, 4GB DDR3-1066, HDD, Windows 7, Catalyst 14.3 Beta

SINGLE CORE GAINS MULTI-CORE CORE GAINS

Graphics Core Next (GCN)


AMD RADEON™ R3 GRAPHICS CORE NEXT (GCN) ARCHITECTURE

Global Data Share

System Fabric

K$

I$

L2 Cache

Rasterizer

ACE

ACE

ACE

ACE

Geometry Engine

Command Processor

API Support: ‒ Graphics DirectX 11.2, OpenGL 4.3, OpenGL ES 3.0

‒ Compute OpenCL1.2, DirectCompute, C++ AMP

Hardware Configuration: ‒ Geometry Engine (¼ prim/clock)

‒ Two GCN Compute Units(CU)

‒ 1 Render Back-end • 4 Pixel Color Raster Operation Pipelines (ROPs)

• 16 Depth Test (Z) / stencil Ops

• Color Cache (C$) / Depth Cache (Z$)

128KB read/write L2 cache

Advanced Power Management: ‒ Fine grain clock\clock tree gating

‒ Power Tune – Dynamic V/F Scaling with power containment

‒ Zero Core Power – Power Gating

Quad Asynchronous Compute Engines (ACE) ‒ Operate in parallel with graphics

‒ Independent scheduling and work group dispatch for efficient multi-threaded Operation


Each compute unit can execute instructions from multiple kernels simultaneously

Designed for programming simplicity, high utilization, high throughput, with multi-tasking

Consistent with AMD dGPU architecture so kernels developed for GCN run anywhere

GCN COMPUTE UNIT

Compute Unit

Branch & Message Unit Scalar Unit

Vector Units (4x SIMD-16)

Vector Registers (4x 64KB)

Texture Filter Units (4)

Local Data Share (64KB)

L1 Cache (16KB)

Scheduler Texture Fetch Load / Store

Units (16)

Scalar Registers (4KB)

Basic GPU building block of an unified shader system

New instruction set architecture

— Non-VLIW

— Vector unit + scalar co-processor

— Distributed programmable scheduler

— Flat Address support


GRAPHICS IMPROVEMENTS

3DMark Fire Strike Graphics Score

UP TO

2X

MORE CORES, MORE FREQUENCY, MORE IPC IN A SIMILAR TDP

“Jaguar” Cores

“Bobcat” Cores

3DMark testing by AMD Performance Labs using AMD Athlon™ 5350 APU with Radeon™ R3 Graphics, 4GB DDR3-1600, HDD, Windows 8.1, Catalyst 14.3 Beta. AMD E-350 with Radeon™ HD Graphics, 4GB DDR3-1066, HDD, Windows 7, Catalyst 14.3 Beta.

GRAPHICS


COMPUTING TO THE NEXT LEVEL LIBRE OFFICE 4.2

0.0x 1.0x 2.0x 3.0x 4.0x 5.0x 6.0x 7.0x 8.0x

CPU + GPU UP TO

7X

CPU only

Testing by AMD Performance Labs using Libre Office 4.2 and enabling or disabling OpenCL in Calc program. AMD Athlon™ 5350 APU with Radeon™ R3 Graphics, 4GB DDR3-1600, HDD, Windows 8.1, Catalyst 14.3 Beta. With CPU only, the benchmark took 4269ms to calculate vs 610 with OpenCL™ enabled


DISPLAY TECHNOLOGY LEADERSHIP

ULTRAHD

Drive 4K x 2K resolution displays* via HDMI and DisplayPort™

1920

1080

3840

2160

4096

2160

WIRELESS DISPLAY

Miracast™ Support

Low latency & low power

* Supported panel required

Dual Display Engines

— 4k x 2k – HDMI and Display Port support

— Wireless Display

Video Codec Engine (VCE) Fixed Function — Multi-Stream hardware H.264 HD Encoder

— Power efficient & faster than real-time* 1080p@60fps

— Two encode modes: full fixed & hybrid (with GPU compute)

— Scalable Video Coding (SVC)

Universal Video Decoder (UVD) Fixed Function – with codecs for:

— H.264

— VC-1

— MPEG-2

— MVC

— DivX

— WMV MFT / native


VIDEO BLOCKS TO OFFLOAD SYSTEM POWER

~30W

Windows Idle

~32W

1080P Playback

TOTAL SYSTEM POWER

SoC Power Management


PA

DS

UVD

Dis

pla

y P

HY

s &

DA

C

VCE

GPU

MC

CHIP LEVEL POWER DISTRIBUTIONS

Power consumption (and hence performance) is set by the cooling capabilities of the platform

Power varies a lot by workload

We measure and manage the power of each component on the chip to generate the best performance/Watt


CHIP LEVEL POWER DISTRIBUTIONS / GPU CENTRIC

GPU

Core 3

Core 2

Core 1

Core 0

Lower power cores serve as a heat sink for the active GPU Kabini Temperature


CHIP LEVEL POWER DISTRIBUTIONS / CPU CENTRIC

GPU

Core 3

Core 2

Core 1

Core 0

Lower power GPU serves as a heat sink for the active CPUs Kabini Temperature


EVERYDAY COMPUTING JUST GOT AN UPGRADE

AMD ATHLON / AMD SEMPRON

Upgradable Platform Incredible Value Upgraded Performance

™ ™

AM1 PLATFORM SOFTWARE OVERVIEW

RICK GAYLE SENIOR MANAGER, CLIENT SOFTWARE


PRO EVOLUTION SOCCER 2014 WIN WITH AMD ATHLON™ APUs

Intel Celeron G1610 with NV G210

AMD Athlon™ 5350 with Radeon™ R3

+$25 or more graphics adder

FPS

Intel Pentium J2900

Game Demo Pro Evolution Soccer

Web HTML5 Gaming Demo

Web JS Acceleration

Demo


Dynamic Contrast Edge Enhancement Noise Reduction

AMD PICTURE PERFECT TECHNOLOGY TO DIFFERENTIATE

BETTER VIDEO WITH AMD

More post-processing features to clean up bad video:

‒ Contour Removal: Removes compression artifacts without disturbing video details

‒ Steady Video1: Reduces jitter caused by shaky video

‒ Super Scaling: Make low res video look sharper at higher resolutions

Perfect Picture Videos

Color/Contour Steady Video QuickStream


SPEEDING UP EVERYDAY TASKS FASTER JPEG PICTURE LOADING

2x Up to the performance2

Built-in system decoder Intel Pentium J2900

Built-in 15.75s

AMD decoder AMD Athlon™ 5350 APU

Built-in 11.17s

AMD 5.58s

JPEG Demo


AMD'S DUAL OS SOLUTION AMD OPTIMIZED THE PERFORMANCE OF VIRTUALIZED ANDROID ON WINDOWS

Virtualized Android environment on top of Windows

Provides access to PC resources – photos, songs, videos, documents

Leverages Windows Security mechanisms (secure boot, etc.)

Leverages Windows drivers and peripherals – no separate Android driver stack necessary

Support for over 1M Android games and applications supported by a variety of regional app stores as well as Google Play Store

Cloud based synchronization with your PC and other Android based devices

Same, familiar native Android user interface with the same ability to customize preferences, wallpaper, etc. – full Android experience, not just an app player

Bluestacks Demo


THIS IS JUST A SAMPLE – PLEASE GO SEE MORE IN THE CEC!

AMD Steady


ENDNOTES

1. AMD App Acceleration is a set of technologies designed to improve video quality and enhance application performance. Full enablement of some features requires support for OpenCL™ or DirectCompute (including AMD’s Universal Video Decoder (UVD)). Not all products have all features and full enablement of some capabilities and may require complementary products.

2. AMD Perfect Picture HD is a an image, video processing and display technology that features advanced de-interlacing, dynamic contrast adjustment, color vibrancy, noise reduction and edge enhancement that provides brilliant colors and sharp images for smooth playback of Blu-ray and other HD content on your PC.

3. AMD Quick Stream is a technology designed to prioritize video streaming over other activities requiring Internet bandwidth for a smooth, uninterrupted video stream. AMD Quick Stream technology is available on select PCs and requires Windows®7. Not all features may be supported on all systems - check with your system manufacturer for specific model capabilities and supported technologies.

4. AMD Steady Video is a technology designed to eliminate shakes and jitters during the playback of home video. Users may turn on this technology via the AMD Catalyst Control Center™ or the VISION Engine Control Center application. AMD Steady Video will work with content that can run on Adobe® Flash® Player 10.2 (and later versions) or on any player which has been programmed to use AMD’s decode acceleration (DXVA) engine. AMD Steady Video is not designed to (a) isolate overlays, logos or captions, or (b) improve the playback of letter boxed, premium/commercial, or interlaced content. AMD Steady Video is only recommended for use with videos that contain unwanted shakes and jitters.

All testing by AMD Performance Labs and calculated as an average of 3 runs

‒ AMD Athlon™ 5350 APU with AMD R3 Graphics with 2x4GB DDR3-1600 memory, 256 GB Crucial M4-CT256M4SSD2 HDD, Windows 8.1, Catalyst 13.30 Beta 11

‒ AMD Athlon™ 5150 APU with AMD R3 Graphics with 2x4GB DDR3-1600 memory, 256 GB Crucial M4-CT256M4SSD2 HDD, Windows 8.1, Catalyst 13.30 Beta 11

‒ AMD Sempron™ 3850 APU with AMD R3 Graphics with 2x4GB DDR3-1600 memory, 256 GB Crucial M4-CT256M4SSD2 HDD, Windows 8.1, Catalyst 13.30 Beta 11

‒ AMD Sempron™ 2650 APU with AMD R3 Graphics with 2x4GB DDR3-1333 memory, 256 GB Crucial M4-CT256M4SSD2 HDD, Windows 8.1, Catalyst 13.30 Beta 11

‒ AMD A4-4020 with HD 7480D with 2x4GB DDR3-1333 memory, 256 GB Crucial M4-CT256M4SSD2 HDD, Windows 8.1, Catalyst 13.30 Beta 11

‒ AMD Athlon™ II 250 with AMD 760G with 2x4GB DDR3-1066, 256 GB Crucial M4-CT256M4SSD2 HDD, Windows 8.1, Catalyst 13.30 Beta 11

‒ Intel Pentium J2850 with Intel® HD Graphics, 2x4GB DDR3-1600 memory, 256 GB Crucial M4-CT256M4SSD2 HDD, Windows 8.1, Video Driver 10.18.10.3323

‒ Intel Celeron G1610 with NVIDIA G210 graphics, 2x4GB DDR3-1333 memory, 256 GB Crucial M4-CT256M4SSD2 HDD, Windows 8.1, Video Driver 335.23

Slide 12: Benchmark scores: Testing as of Feb 2014 by AMD Performance Labs. AMD Athlon™ 5350 APU scored 2668 vs 1368 for the Pentium J2850 in the PCMark 8 V2 Work test. AMD Athlon™ 5350 APU scored 19.6 vs 5.53 for the Pentium J2850 in the Basemark CL V1.1 test. AMD Athlon™ 5350 APU scored 373 vs 162 for the Pentium J2850 in the 3DMark Fire Strike test.

Slide 13: Productivity scores: Winarar 5.01 benchmark AMD Athlon™ 5350 APU system score 2134 MB. Intel Pentium J2900 system scored 1872 MB/s. Truecrypt 7.1 benchmarked a mean of AES encrypt and AES decrypt MB/s. AMD Athlon™ 5350 APU system scored 1229 MB/s. Pentium J2900 system scored 290 MB/s. Peacekeeper benchmark run on Mozilla Firefox v28. AMD Athlon™ 5350 APU system scored 1326. Pentium J2900 system scored 1218.

Slide 14: Gaming scores: Testing as of Feb 2014 by AMD Performance Labs. AMD Athlon™ 5350 APU scored 19.9, 44.4, 57, 82 fps vs 16.3,19.8, 31,37 fps for the Celeron G1610 with GT 630, vs 12, in Lego Marvel Superheroes (High @ 1080P), Bastion (Max @ 1080P), Minecraft (Max @ 1080P), and Guacamelee (Max @ 1080P) respectively, vs 12, 14.6, 25,29 for the Pentium J2900 system.


DISCLAIMERS

1. AMD Steady Video is a technology designed to eliminate shakes and jitters during the playback of home video. It is not designed to (a) isolate overlays, logos or captions, or (b) improve the playback of letter boxed, premium/commercial, or interlaced content. AMD Steady Video is recommended for use with videos that contain unwanted shakes and jitters. Users may turn on this technology via the AMD Catalyst Control Center™.

2. All testing by AMD Performance Labs and calculated as an average of 3 runs

‒ AMD Athlon™ 5350 APU with AMD R3 Graphics with 4GB DDR3-1600 memory, 1TB HDD, Windows 8.1, Catalyst 14.20 Beta 6

‒ Acer PC: Intel Pentium J2900 with Intel® HD Graphics, 4GB DDR3-1333 memory, 1TB HDD, Windows 8.1, Video Driver 10.18.10.3350

‒ Intel Celeron G1610 with NV G210 Graphics, 4GB DDR3-1333 memory, 1TB HDD, Windows 8.1, Video Driver 335.23


DISCLAIMER & ATTRIBUTION

The information presented in this document is for informational purposes only and may contain technical inaccuracies, omissions and typographical errors.

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AMD AM1 Platform Presentation

Devices & Hardware

Transcript of AMD AM1 Platform Presentation