Syncroness

electrical engineering

Electrical Design

As an electronic product design company with 12 years of experience, we’ve seen a lot applications. Analog and hardware design expertise coupled with extensive micro controller and embedded firmware experience have allowed us to tackle a broad range of designs including:

Skills

  • Analog and digital controls
  • Data acquisition systems
  • Test and measurement instruments
  • Internet appliances
  • Consumer products
  • Digital signal processing
  • Image processing and machine vision
Software Tools

  • Altium Designer
  • PCAD
  • ORCAD
  • Compilers
  • Altera
  • Octave
  • Visual Studio
  • GDB
  • GCC


Processors
With hundreds of years of combined electrical engineering experience under our pocket protectors, you can bet we’ve tamed a lot of embedded processors and controllers. From 4-bit to 32 and every power of 2 between, we’ve programmed from A-to-Z (AMD to Zilog). With Motorola and Intel we’ve covered the 68′s and 80′s. (Even buried Pentium’s in high performance instruments.) And we really like DSPs and PICs. Whether you’re optimizing for performance, price or other parameters, we can help you with the design decision, then squeeze the last byte into firmware. We’ve used commercially available real-time OS’s and even designed tiny, tuned performance RTOS’s for highly specialized devices.

Multi-lingual
When working in the embedded world with as many types of controllers as we have, you have to speak a lot of languages. C, C++ and many dialects of assembler come natural to us. Visual Basic, Fortran and Pascal have been used to represent complex algorithms and device controls. At Syncroness, OOPs is no mistake. But when it comes to documentation, we use your language and your customers’. We pride ourselves not only in the functionality of our designs, but in their maintainability as well.

Complex DevicesAtmel logo
The digital design world has seen many breakthroughs in component complexity, miniaturization and design tools. One of our important jobs is keeping up with these advances and making sure our customers’ solutions are competitive. For example, we have made extensive use of PLDs and FPGAs (Field Programmable Gate Arrays) to simplify otherwise complex hardware designs. We have built devices with FPGA’s which allow us to easily update the hardware design as requirements evolve.