Embedded

μSys provides innovative customized development of embedded μC, FPGA based systems-on-chip and platform level client-server software systems architectures to exacting customer specifications. We encourage close business partner collaboration in the development of our novel μC and FPGA based embedded product offerings.

As our target technology for FPGA SOC designs, we specialize in the Xilinx Virtex, Spartan and Actel architectures, and can accommodate Altera and Cypress designs. Clients leverage our expertise in developing uniquely customized embedded Linux hardware, software, kernel platform device drivers and proprietary embedded controller OS solutions on the following devices:


 Xilinx Spartan-6 Microblaze soft core Virtex-5FXT PowerPC-440 hard core Virtex-4FXT PowerPC-405 hard core Virtex-6 Microblaze soft core

Actel SmartFusion ARM Cortex-M3 hard core ● Altera Cyclone, Stratix and Arria Freescale ARM Cortex-M3 Cypress PSoC 1,3,5

Freescal Kinetis ARM Cortex-M4 Microchip dsPIC33 TI TMS320F28xxx  Xilinx Zynq-7000 ARM Cortex-A9 MPCore  

We also support soft core OpenRISK and OpenSPARC implementations and are clear experts with the Xilinx ISE, EDK and XPS tool chains, CoreConnect and the generalized Xilinx IP design methodology.

Contemporary embedded control systems derive unequivocal performance, flexibility and dynamic upgrade ability through the implementation of a sophisticated operating system on programmable logic. Our engineering team provides skilled support for compact, customized Linux 2.6 kernel builds.

We offer a single source vendor solution of systems level hardware and software product design engineering expertise. From concept to functional design partitioning, through schematic capture, PCB layout of both digital and analog subsystems and application development coding, we architecture systems for maximum reliability at  minimal power budget, complexity, bill of materials and total system cost.

Our custom solutions are typically used in application area such as, hybrid control systems, digital video terrain guidance and navigation, instrumentation, data acquisition and telemetry, scalable multiprocessor and distributed energy conversion systems, to name a few. Be it providing either a customized architecture geared towards your specific design requirements or the re-engineering of your legacy product to meet specification, we rise to the challenge of meeting your design goals.