CompAmerica INDUSTRIAL COMPUTER SYSTEMS is both a
Turnkey (white and branded) Box hardware
providing system integrator and a
Software Development and integration company.
We develop our customers' applications in
C++/VC++, VB, and Assembler, on Windows and
Linux platforms, using the IA-32 and it's
brethren CPU chips, including new 64 Bit
extended processors, in single, dual, and quad
or higher configuration designs. We directly
develop the underlying platforms, from PCs and
Servers to ICS's, rugged platforms and tiny
systems, to the peripherals needed to control,
observe, monitor, communicate and/or switch.
The first step (in brief) is to analyze the
customers requirements and obtain an approved
Statement of Work, that usually starts with the
formal system analysis and design and QA design
plan. From there we move on to creating
the working prototype environment.
Our industrial computer systems use an
Industrial Strength Backplane with Single Board
CPU in PICMG or EURO form factor, or an
active mainboard design as in traditional IBM PC
Architecture computers, products based on the
Intel® Architecture, Intel® Internet Exchange
Architecture (Intel® IXA), and the modular
communications platform. These are, without
doubt, the finest Industrial Single Board
Computers and Backplanes offered anywhere. We
integrate them for applications requiring a
large number of controllers, numerical control
engines, storage farms or communications
processors.
System Integrated from parts manufactured in and
outside of the USA, these industrial computers
provide long run and reduced maintenance
requirements. They are domestically designed,
integrated and
supported. They are state-of-the-art. They achieve
the highest performance, systems which will give you
years of trouble free operation.
The PICMG and
CompactPCI Series CPU's are manufactured by ISO9001
and/or Intel Communications Alliance Single Board
Computer and Backplane manufacturing facilities
for unsurpassed quality, and equal or exceed the
PICMG and CPCI published standards of quality and
design. Our future Eurocards will be offered
shortly, and meet or exceed VME standards. The
accompanying backplanes are designed FOR USE WITH
these CPUs to create an entirely stable foundation
computer to which adapters may be added as needed.
For
example, the SBC above, the R8, offers Dual Xeon processors up to
3.06GHz, 8GB of on-board RAM and dual Gigabit Ethernet
ports, all in one incredibly well designed CPU. The R8+
offers a blinding 3.4GHz operation using Intel Pentium 4
Extreme with up to 2MB L2 Cache. We also use a wide
variety of Backplanes, ranging from 3 to 17 PCI ports,
and ISA and PCIx ports with a variety of controller
logic designs suitable for the application in question. Industrial Computer
Systems' backplanes offer state of the art
American Manufactured or European/Asian Manufactured
technology. We use boards with multi-layer,
buffered, impedance matched layouts for glitch free, low
noise operation.
We use a menu driven selection process from among the
many products depicted on this site, included for
discussion purposes with our customers. We also
include in our product provisioning, both ruggedized and
non-rugged mobile systems, hazardous duty personal
computers and tiny computers, which along with the racks
and ICS's, panel PCs, and various traditional desktop
PCs and Servers, make it possible for us not only to
create integrated volume run Branded/White box
solutions, but to produce one or many of a kind custom
site and campus or theater installations for business
and government customers that not only cross the gamut
of the above types of Industrial Computer Systems, but
includes projects that include Software Engineering of
applications and related procedures, so a "drop in and
go" solution spanning multiple ICS, PCs, Mobiles, Nets
and Rugged/Hazardous platforms can be harmonized into a
single cohesive solution "bound together" by a project
wide Software Development Effort.
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Stage
1b: Definition of additional
platforms and components needed for
project |
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Hazardous Duty Stations |
Panel
and Kiosk Stations |
Tough
and Mobil Stations |
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Blade
Server Front Ends |
SuperServer DBMS Back Ends |
Routers
and Networking |
Industrial Computer Systems' Integration Department uses
rapid deployment technology to integrate high
quality SBC's and backplanes with one of our world class
Rackmount or Pedestal Enclosures.
These "barebones" ICs allow a galaxy of tape and
disk drives and I/O cards to be integrated into our
Turnkey products. Areas we've built turnkeys include
Voice Processing, Video Distribution, Missile and Fire
Control and Guidance, Plant Control, AI and Robotics and
a variety of other solutions. provide you with a rugged
industrial multi-slot system with unmatched performance.
View our OPERATING SYSTEM page
for a glimpse of just some of the software you can run
or which we can develop your Turnkey application (or
transport it) for you.


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Stage 2:
Rapid Prototype Software Development
and Proto Deployment |
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Tools:
VC/C++, VB, J2EE, J++, Assembler,
.NET, SQL Server, Oracle, Mysql,
etc. |
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Platforms: Windows, Linux, AIX, VSE,
IRMX, Tenasys, Lynx/os and other
Distributions |
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Our Software Engineers are "unequalled".
Former IBM and AT&T Software Engineers with
expert knowledge in Telecom, Datacom, Microcom,
Microcode, Database, System Engineering, and
unparalleled operating system internals
knowledge, "the Software Guys" produce code that
is bulletproof, employing extensive regression
analysis, top down design, rapid prototyping and
exhaustive debug testing. They are simply
the best in the world at software. We
approach each application from a "Holistic"
perspective, so that hardware and software and
operating system mesh properly, with future
enhancement simplified, backwards compatibility
insured and designed in functional seamlessness
and modularity without competition.
Exhaustive experience at interoperability
testing in the ISO and X.nn standards, insures a
finished product that is sensible and performs
exceptionally.
We have worked with
and studied dozens of architecting projects, and
distilled what we believe to be the best
practices and pitfalls that would help
architects successfully create and deploy their
architectures. Based on this experience, we have
created our Visual Architecting Process™
(VAP).
Though our architecting process lays out the
activities and guidelines that we have derived
from real-world experience, no project that we
studied followed exactly this process. Also,
every project that we have consulted with or
coached, has adapted the process. This has been
true of other software development methods, such
as SA/SD, OMT and Fusion (Malan, Coleman and
Letsinger, 1995). It would appear that a method
is not fully embraced by a project team until
they have adapted it to their particular project
needs. In this regard, methods are somewhat like
architectures!
The architecting
process incorporates a technical process and an
organizational process. The technical process
includes steps and heuristics for creating a
good architecture. However, a technically good
architecture is not sufficient to ensure the
successful use of the architecture, and the
organizational process is oriented toward
ensuring support for, and adoption of, the
architecture.
We embrace
software development with an alacrity surpassed
only by our desire to solve your business needs
in a timely and effective manner. With a proven
history of strategic relationships, our
developers endeavor to live by one simple
rule - "deliver
quality software and hardware industrial
computer projects on-time".
Miscellaneous
support, technical information and drivers for
our ICS's, SBC's, Video, Sound, Comm and
Backp[lanes are
available online at
http://www.compamerica.com/drivers or by calling 888-ASK-CSS-1. Remember: the
above
are just a smattering of possible options, we also use
Euro Cards, CompactPCI, AdvancedTCA, TX and ITX and
innovative all in one embeddable single board computers.