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AMD EMBEDDED SOLUTIONS GUIDE

JULY 2013

can contribute to greater design and cost

eﬃciencies. e reduction of the two-chip

APU platform architecture to a single chip

streamlines design cycles and can help

lower BOM costs with a potential to reduce

board layers and simplify power supply de-

sign. e low power attributes of the AMD

G-Series SOC can also enable fan-less de-

signs, further driving down system costs,

helping reduce system noise, and boosting

system reliability by eliminating the failure

points inherent to moving parts.

Oﬀering an array of dual and quad-core

performance options and SKUs spanning

from 9W to 25W with uniform pin compat-

ibility across the product family, the AMD

G-Series SOC platform allows OEMs to

utilize a single board design to enable solu-

tion scalability from entry level to high end

product oﬀerings. is ‘common platform’

design approach may simplify OEMs’ prod-

uct development business on both the sup-

ply and the production sides, which could

result in signiﬁcant cost savings.

e AMD G-Series SOCs’ platform

design makes possible new levels of perfor-

mance in small SBC and COMs form fac-

tors, enabled in part by the reduction in

board layers via the single-chip SOC archi-

tecture. is helps designers to more easily

and cost-eﬀectively implement the AMD

G-Series SOC platform into innovative,

small form factor designs such as Pico-ITX,

Qseven, PCIe/104, ETX and COM Express.

Additionally, the I/O controller integrated

within AMD G-Series SOCs oﬀers expan-

sion capabilities to address a wide range of

market needs, supporting PCIe®, SATA and

other mainstream I/O interfaces.

x86 Agility and Enterprise-

Class Error-Correction Code

Traditionally, ECC support has been

limited to power-hungry processor plat-

forms, however, the evolution of a new class

of ultra energy-eﬃcient, compute-intensive

x86 IT infrastructure and precision control

systems makes ECC an increasingly impor-

tant requirement. e ability of the AMD

G-Series SOC platform to support enter-

prise-class ECC memory distinguishes it

as an excellent ﬁt for applications requiring

high levels of data integrity without com-

promising energy eﬃciency.

e rich ecosystem of industry-stan-

dard, x86-optimized software, applica-

tions, operating systems and development

environments readily available to embed-

ded designers contributes to a low total cost

of ownership, multi-generation product

longevity and greater investment protec-

tion for systems based on AMD G-Series

SOCs. Providing x86 computing agility

with enterprise-class features like ECC,

AMD G-Series SOCs help provide tight

integration with enterprise IT networks,

Internet backbone infrastructure and x86-

based distributed control systems, which

introduces additional beneﬁts for the myr-

iad applications hosted on these networks.

Designed for High

Performance at Low Power

AMD Embedded G-Series SOCs

build on the strength of the AMD G-Series

APU architecture to provide an array of

performance and power options and en-

hanced multimedia capabilities via a single

scalable architecture – in 33% less space as

compared to the AMD G-Series two chip

platform

. is improvement is made pos-

sible by the seamless single chip integration

of CPU, GPU and I/O controller. Deliv-

ering up to a 113% performance improve-

ment compared to AMD G-Series APUs

when running multiple industry-standard

compute-intensive benchmark

, with ECC

support and available dual and quad-core

conﬁgurations, AMD Embedded G-Se-

ries SOCs liberate embedded designers to

achieve new levels of system performance

and HD multimedia versatility in ultra

compact form factors.

For more information about AMD

Embedded G-Series SOCs visit www.amd.

com/g-series

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