Specifications
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knotty problems. Our sister Web site, ExtremeTech.com, has a
very active discussion forum that welcomes questions; you’ll
find knowledgeable answers there.
While using discussion boards for tech support often means
waiting a day or more for the answer you need, it’s inherently
less frustrating than being on endless hold or getting caught in
menu hell on vendor support lines. Walk-in service for com-
mercial machines has always been pretty good, yet the inherent
reliability of today’s devices reduces most service calls to a sim-
ple component swap. So why not do it yourself?
WARRANTY
Of course, you should expect at least a 12-month warranty on
any commercial machine, and for the most part, that’s exactly
what you’ll find. Even high-end, quasi-custom systems, such as
those from Alienware, have 12-month warranties and free ship-
ping for service. Alienware will also upgrade your machine at
vendor’s cost for the new components—an enlightened policy
guaranteed to keep customers smiling.
You might be surprised to learn, however, that most of the
components in a
DIY system also have 12-month warranties, and
some, such as the case and power supply, may
have 3-year warranties. But if you zap your
CPU
with an errant static charge while handling it,
that’s your problem.
What’s more, there’s no such thing as an ex-
tended warranty on a
DIY system. And extended
warranties make sense, especially for machines
that will be going into the hands of less knowledgeable users who
can’t supply their own support and service.
SOFTWARE
Don’t overlook the not-so-hidden cost of software for DIY ma-
chines. Commercial vendors pay far less for bulk copies of Micro-
soft Windows
XP than you pay, and commercial PCs often come
with bundles of office, entertainment, and productivity software.
Unless you have a shelf full of exactly the software you need,
you’re going to have to pay. And bargains on software are hard to
find unless you go for older versions.
On the other hand, your
DIY machine won’t come with giga-
bytes of garbage on it. You get what you install—no more, no less.
Too many commercial machines have their startup folders loaded
with useless junk, adware, and utilities of dubious worth. You may
find yourself spending several sessions with a utility such as
PC
Magazine’s Startup Cop to delete or deactivate the garbage.
INTANGIBLES
DIYers who build high-performance systems are not shy when
it comes to self-expression. Vivid paint jobs on the case, clear
windows, and a variety of internal lighting
schemes have become the norm. You can even get
a motherboard with components that glow dif-
ferent colors under ultraviolet light. You can
choose some truly wild pointing devices and key-
boards. These not-so-subtle signals say, “I built
this
PC and I’m proud of it!”
MORE ON THE
WEB:
For more about building
PCs, log on to
www .extremetech.com.
HOW TO STUFF A WILD PC BY LOYD CASE AND BILL MACHRONE
High-End
he key to building a high-performance PC is
selecting components at or near the state of the art
and integrating them properly. We picked the best
components we could find at the time we built our system, but
components change all the time. Although you won’t go wrong
with the components we’ve selected, you’ll find significant dif-
ferences in the feature sets of motherboards, cases, graphics
adapters, and audio cards. Hard-core do-it-yourselfers carefully
read the reviews at a Web site such as ExtremeTech.
Prepare yourself for an onslaught of acronyms in the follow-
ing paragraphs. These are the components that make or break
your system’s performance, and you’ll have to master the lingo
to order the right pieces.
For our high-end machine we chose a 3-
GHz Intel Pentium 4
in an Abit
IC7-G motherboard, a combination that has proved
fast and stable. Although the 3.2-
GHz P4 had not been released
when we configured our system, it’s available now. But that
CPU
would add several hundred dollars to the price while contribut-
ing relatively little additional performance.
A high-performance
CPU cooler is essential. The Pentium 4
ships with one that we consider adequate, but we prefer to up-
grade to one that can really handle the heat. We selected the
Vantec AeroFlow
VP4-7040, a beautifully engineered hunk of
aluminum and copper, to keep the
P4 from self-destructing. The
T