Business Partnership - System Design - Consulting Services
We offer cost-effective hardware, software and system design services to local and international customers. Whether you are interested in Custom Electronic Design or developing firmware for special applications or researching a new product idea, we can help. Our services can be offsite or onsite depending on our customer's needs and we are committed to performing the task in a prompt and timely fashion. Please contact us to discuss your needs.
We specialize in the following fields:
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Hardware Design
- Analog systems :
- Bus protocol :
- Digital systems :
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Embedded Design
- Low-end Bare Metal Embedded without OS using Interrupt to handle real-time event
- Medium-end with RTOS
- Highend with Embedded Linux
Firmware Design
- FPGA
- CPLD
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System Design
- GPS
- Time Server NTP/PTP
- Secure FPGA-based
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Embedded Linux-based Bring-up board prototype and Production test
- Low-end with micro-controller
- High-end with PowerPC, High End ARM9 CPU 64 bit
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HW/SW architect Development
SW Development takes the most resource[time money manpower] in New Product Development HW Development cost both monley and time in new prototype [aka board turn]as fix of the previous one My HW architect is flexible for analog unvertainties in analog circuit with extra parts to cover for minimum board turnnumber of board turn These extraparts will be removedin final ptototype for product release For uncertainties in digital circuit[logic gate] with extra Verilog code in FPGA SW is flexible to slow response due to latency in interrupt 1 millisecond at best
Plain Digital HW[discrete logic gates but not FPGA ] is hast response under millisecond
but not flexible
So I analyze product feature requirements to identify which to be built in FPGA/SW/HW
My HW/FPGA was architect with SW oririented for convenience of SW Dev for quick completion
with upgradeable features and fast response built in FPGA like fast response My product architect was partition into HW/FPGA and SW partition for better debug in development phase and upgrade or maintainance in product phase FPGA is a dedicated processor So I provided its memory map and bare-metal/Linux driver to my SW peer along with HW document with block diagram as a user guide for my HW - HW prototype Schematic
[Select Component] [PCB Consult PCB guy on Part Placement based
on Design Flow for Clock Qualy: Minimize vias to match with serìes
Resistor put on clock trace per Trasmission Line Theory
- commandLine-web user interface CLI-WUI
- production test
Project Management to manage the whole process HW-FW-SW of
Designing for Production (one of our expertises) Contact us today for your needs.
Work Experiences
MY RESUME/EXPERTISES are HERE HERE HERE HERE HERE HERE HERE
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MY PROJECTS are HERE HERE HERE HERE HERE HERE HERE
