Arbor Technology ITX-i45M2 Manual de usuario descargar pdf (Pagina 8)

AMD EMBEDDED SOLUTIONS GUIDE

08

JULY 2013

W

ith the introduction of

AMD Embedded G-

Series Accelerated Pro-

cessing Units (APUs)

in 2011, AMD set a

new bar for multimedia and parallel pro-

cessing performance, energy eﬃciency and

silicon integration optimized for a new gen-

eration of small form factor x86 embedded

systems. e combination of a low-power

CPU and a discrete-class GPU into a single

APU yielded an elegant two-chip platform –

comprised of the APU and a companion I/O

controller hub – that deﬁed the form factor

AMD Embedded

G-Series SOC

Platform: Excellent

Performance in

an Ultra Compact

Footprint with

Enterprise-class

ECC Support

and performance-per-watt constraints that

had previously limited design ﬂexibility for

embedded applications spanning digital sig-

nage, digital gaming, industrial control and

automation, and beyond.

With the introduction of the new

AMD Embedded G-Series System-on-

Chip (SOC) platform, AMD is building

on the strength of the G-Series processor

architecture to deliver multimedia- and

heterogeneous processing capabilities that

promise superior performance-per-watt in

the low-power x86-capable microprocessor

class of products when running multiple

industry standard benchmarks

1

. Designed

with breakthrough innovation from CPU

to GPU, hardware acceleration and ad-

vanced capabilities including enterprise-

class error-correction code (ECC) memory

support, AMD Embedded G-Series SOCs

again raise the bar for power-eﬃcient x86

processing agility. Additionally, with the

silicon-level integration of the I/O control-

ler hub, AMD G-Series SOCs reduce the

two-chip G-Series APU architecture to one

single die, yielding a staggering 33% foot-

print reduction

2

.

Superior Performance

Per Watt and Enhanced

Multimedia Capabilities

Featuring AMD’s next-generation

“Jaguar” CPU core and an enhanced in-

tegrated AMD Radeon™ GPU core with

frequency increase and instructions per

cycle (IPC) improvement, AMD G-Series

SOCs – available in dual and quad-core

variants – deliver up to a 113% CPU

performance improvement compared to

AMD G-Series APUs, and a 125% CPU

improvement versus Intel Atom when run-

ning multiple industry-standard compute-

intensive benchmarks

3

. New features in-

clude enhanced Universal Video Decode

(UVD) hardware acceleration (H.264,

VC-1, MPEG 2 and more

4

) and new video

encode capabilities, with enhanced clock

gating and C6 ‘deep power down’ capa-

bilities that lower overall power consump-

tion. AMD G-Series SOCs also support

remote wireless display capabilities with

minimal latency

5

.

e integrated GPU supports Di-

rectX® 11.1, OpenGL 4.2 and OpenCL™

1.2

6

, enabling high-speed parallel process-

ing and high-performance graphics pro-

cessing that provides up to 20% improve-

ment over AMD G-Series APUs and 5X

improvement versus Intel Atom

7

. Support

for these computing frameworks aﬀords a

host of software development options with

advanced graphics APIs, while extending

application lifetime thereby helping maxi-

mize software development costs and ROI.

OpenCL-enabled CPU/GPU parallel

processing can be especially beneﬁcial to

high-precision applications such as indus-

New AMD Embedded G-Series SOC platform enables superior

HD multimedia experiences and high performance parallel

processing for the next-generation of energy efcient x86

embedded applications

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