
AMD EMBEDDED SOLUTIONS GUIDE
04
JULY 2013
T
here was a time not so long
ago when the term “embedded
system” meant some micro-
processor or microcontroller-
based device buried in equip-
ment like a factory machine, a gas pump
or a vehicle. It was usually dedicated to a
single function and if it had a user inter-
face at all, it would be limited to a couple
of lights or buttons and perhaps a small
LCD display. But then we started con-
necting them and the world hasn’t been
the same since.
Today we stand on the threshold of a
new era of almost universally connected
intelligence from small, distributed de-
vices to fleets of vehicles and aircraft,
with lines running from manufacturing
facilities all the way to retail outlets and
the consumers themselves. e list goes
on. Behind it lie several basic phenom-
ena—the incredible scales of integration
in silicon and the worldwide explosion
of connectivity—increasingly wireless—
and mostly united by the Internet Pro-
tocol. Scales of silicon integration have
been accompanied by major reductions
in the power consumption of such de-
vices, which has enabled the integration
of machine intelligence into very small,
mobile and distributed devices many of
which can be left unattended for long pe-
riods of time.
e available compute power and
connectivity are taking us to a time when
the smallest devices can communicate
with networked levels above them and
The Silicon Path
to the Internet of
Things
the Cloud. Also part of the cloud will
be corporate IT systems and proprietary
applications and databases residing on
leased Cloud space. So there will be
clouds within the Cloud but these will
all potentially be able to share data as al-
liances, agreements and business inter-
ests determine. There will also be a large
amount of Cloud-based data and options
that are publically available.
While the upper level of the Cloud is
essential, the foundation of this growing
new realm is the Internet of ings, the
devices that interact with the real world
and with real users. And the foundation of
the Internet of ings is the vast number
of powerful, mobile and connected de-
vices that has grown out of the advances
in silicon and their connectivity because
intelligence plus connectivity results in
greater intelligence.
ultimately over the Internet to what we
now call the Cloud, the realm of the In-
ternet where vast amounts of data and
applications that can analyzed and use
that data reside. While the traditional
Internet is still very alive and well, it has
been joined by an even larger “Internet
of ings.”
e Internet of ings grew out of
what we used to call machine to machine
systems. ese were intelligent nodes that
communicated with each other autono-
mously or semi-autonomously and were
dedicated to a particular application such
as a fleet management system. Now such
systems share data and communicate with
all manner of different devices as well as
on up to the IT world. us what has
come to be called “Big Data” is mostly
generated by billions of embedded con-
nected devices.
Not only are these devices con-
nected to each other and the Internet,
they are increasingly available to mil-
lions of users through smartphones and
tablets and this is, again, made possible
by the availability of powerful, low-
power processors with rich graphics ca-
pabilities. Thus we have witnessed the
blurring of the former distinctions be-
tween the world of IT, embedded sys-
tems and those between industrial and
consumer devices.
The Big Data generated by huge
numbers of small devices will be ab-
sorbed by larger systems—server farms
scattered around the world making up
By Tom Williams, Editor-in-Chief, RTC magazine
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