µSysʃntegral architects and develops FPGA based embedded computer systems. Specializing
in both the Xilinx Virtex-4 and Virtex-5 architectures, customers leverage our master expertise in
developing uniquely customized Linux on Xilinx Virtex PowerPC board support packages,
hardware, software and kernel platform device driver solutions. We are experts with the Xilinx ISE
and XPS tool chains, CoreConnect and the generalized Xilinx IP design methodology.
Contemporary embedded control systems derive unequivocal performance, flexibility and field
programmable upgradeability through the implementation of a sophisticated operating system.
Our engineering team can provide Linux OS support including the latest custom 2.6 kernel builds.
We specialize in providing root file systems and loadable kernel module support for the most current
Linux 2.6 kernel on the Virtex embedded hard core PowerPC, or soft core Microblaze platforms.
We provide expertise for designs incorporating RocketIO Multi-Gigabit Transceivers in applications
such as SFPDP, and inter chip connect. Custom IP peripheral design in VHDL and or Verilog, for
networking, telecommunications and digital signal processing applications lay at the foundation of
our core competency.
Experience in dynamic conceptual design, permits us the flexibility of choice of either a top-down
or bottom-up methodology. We offer our customers, a single source vendor solution of systems
level engineering design expertise, ranging from concept and design partitioning through schematic
capture and PCB layout of both digital and analog subsystems into the microwave region.
Our custom solutions are typically used in, hybrid control systems, digital video terrain guidance
and navigation, instrumentation, data telemetry, dynamic scaleable multiprocessor systems and
terra-byte rate data acquisition systems. Be it providing either a customized architecture geared
towards your specific design requirements or the re-engineering of your preexisting non compliant
product to meet specification, we rise to the challenge of meeting your design goals.
The proposal process begins with research into your specific design requirements, followed by a
conceptual block diagram and data flow chart for both hardware and software system components.
Contact us today and allow us to propose a total architectural SOC solution to your embedded
hardware and software design requirements.
" The path to AMS"
µSysʃntegral is a proud contributor to the open source community.
Download XspiceHDL today at the SOURCEFORGE.NET