F28p65x Industrial Control Firmware Development

@cesur135

As an accomplished industrial automation expert, my broad and deep knowledge in C programming within embedded systems makes me an outstanding match for your project. Over the years, I have successfully worked on complex industrial control projects like yours. I was instrumental in designing and developing firmware for wastewater treatment plants and water treatment plants, leveraging SIEMENS TIA Portal, Simatic Manager, WinCC SCADA, PH & INFORMATION SERVER programs to ensure robust system performance. My proficiency extends to process automation too, where I utilized DELTA PLC, ABB PLC programs to efficiently control and monitor equipment across different industries. Notably, in energy automation projects, I had a significant role in setting up the generator's PLC and SCADA systems. Working with various technologies including ABB AC500 PLC program and ABB & SIEMENS drivers in ventilation system installations has broadened my skillset even further.

@nichitav7

Hello, I can build a clean and deterministic firmware foundation for your F28P65x platform with production-oriented architecture from day one. • Relevant Experience - Extensive embedded firmware development for industrial automation, motor control, real-time MCU systems, and communication-heavy embedded platforms - Strong experience with TI C2000 architecture, ADC/ePWM synchronization, ISR scheduling, CAN/SPI/I2C integration, and low-latency control loops • Proposed Approach - Create complete project structure from empty workspace - Configure deterministic ADC acquisition triggered by ePWM - Implement timer-driven scheduler and interrupt-based task execution - Develop IPC, SPI, I2C, and CAN communication layers - Integrate peripheral abstraction/configuration modules for scalability - Deliver MISRA-conscious source with pedantic warning-free compilation - Add Doxygen headers and maintain clean repository organization - Support bench validation using XDS110 on your target hardware • Deliverables - Full Git repository with CCS project, source, headers, linker scripts - Peripheral configuration and timing-analysis PDF - Bench-test support and debugging assistance - Clean modular firmware ready for future certification workflow Once you share the schematic, timing constraints, and block diagram, I can quickly map the peripheral topology and define milestone breakdowns for implementation and validation. Regards, Nichita.

@ThynkLoop

Hi, I can help you develop the complete real-time industrial control firmware for the TI F28P65x MCU with ADC acquisition, ePWM-triggered sampling, timer-driven tasks, and communication over IPC, I²C, SPI, and CAN. I have experience with TI C2000 embedded systems, interrupt-driven real-time firmware, industrial communication protocols, ADC/PWM synchronization, and deterministic control-loop design. I can deliver a clean and modular CCS project with MISRA-conscious coding practices, linker configuration, peripheral setup, and complete documentation suitable for future certification-oriented development. > Proposed Approach: Real-Time Control Firmware * ePWM-triggered ADC acquisition * Timer-based periodic task scheduling * Interrupt-driven deterministic execution Peripheral Integration * IPC communication setup * I²C, SPI, and CAN interface implementation * eQEP peripheral configuration and testing Firmware Architecture * Modular CCS project structure * Linker scripts and configuration headers * MISRA-conscious coding style * Doxygen-ready module documentation Validation & Documentation * Bench validation with XDS110 * Timing and loop-execution analysis * Peripheral configuration PDF documentation > Deliverables: * CCS project source code * Linker scripts and configuration files * Peripheral driver implementation * Git repository structure * Timing/configuration PDF * Documentation and testing support

@sjohn117

Hi, I’m Sean, an AI & Full-Stack Developer with over 10 years of experience in embedded systems and firmware development, particularly with microcontrollers like the Texas Instruments C2000 series. I understand that you need comprehensive firmware for your F28p65x MCU to handle ADC acquisition, actuator drive, and ensure deterministic performance. With my background in developing real-time applications for industrial automation, I have successfully managed similar projects. For instance, I implemented an efficient firmware solution that integrated ADC sampling and PWM control while ensuring compliance with MISRA standards for certification. I plan to structure your firmware to facilitate ADC sampling through ePWM, periodic tasks driven by a timer, and communication over IPC, I²C, SPI, and CAN. I prioritize clean code, thorough documentation, and reliable testing methodologies to ensure high-quality delivery. The initial working milestone can be delivered within one week, ensuring we meet your acceptance criteria. Let’s schedule a time to discuss your schematics and requirements further. Could you please specify any additional requirements or constraints for the firmware beyond what you've outlined?

@suranjand2

I had experience in developing firmware for TMS320F28335 processor, and had experience in eCAP, ePWM, eCAN

@nrb0

About 1 am a dedicated VLSI enthusiast with solid knowledge of digital electronics, Verilog, system verilog and UVm , constraints, assertions, l have worked on SPI protocol design and other RTL modules, focusing on clean coding, timing awareness, and logical problem-solving. 1 am eager to contribute to innovative projects in digital design and Verification

@zrzbanh

Hi, I can develop the firmware package for your TI F28P65x industrial control board with a clean CCS/C2000Ware project structure. I have practical project experience in embedded systems, firmware communication, hardware/software integration, FPGA-based SoC design, custom I2C IP development, and secure OTA firmware update for STM32 via ESP32. GitHub: Hajjy22. I will start by studying your schematic, timing requirements, and block diagram, then map them to the required F28P65x peripherals and pins. After that, I will create the full CCS project from an empty workspace, including source files, headers, linker script, and configuration files. I will implement ADC sampling triggered by ePWM, timer-based periodic tasks, IPC data exchange, and working examples for I2C, SPI, and CAN. The firmware will be modular, interrupt-driven, documented with Doxygen headers, and written in a clean MISRA-conscious style. I will also provide a short PDF explaining the peripheral configuration, interrupt flow, timing analysis, and bench-test procedure using XDS110. My goal is to deliver a clean, testable, and maintainable firmware base for your industrial control board.