F28P65X Communication Firmware Development

@cesur135

As an experienced industrial automation specialist with a strong focus on robust communication systems, I believe I am the right fit for your project. I have a comprehensive understanding of C2000 devices similar to the F28P series, in particular in working with Texas Instruments' driverlib. Throughout my career, I have successfully executed multiple projects demanding precise communication between diverse devices in stringent time frames. One fascinating project that aligns well with your needs is my work on the Wastewater Treatment Plant Automation Project. In this endeavor, I wrote the system software that supported seamless communication between various instruments and also developed a detailed reporting system similar to what you are looking for. This experience has equipped me with not just skills but deep knowledge about IPC testing, reliable data communication, and documentation. In addition to my hands-on familiarity with C2000 devices, I extensively used Siemens TIA Portal program and Simatic Manager program for control logic which will be beneficial while creating the simple API you require. Overall, choosing me ensures not only specialized skills but also transferable knowledge from multiple domains.

@shadabkhan92

As someone who has been working extensively with embedded systems and microcontrollers for several years, I believe I have the expertise that your project demands. Having developed a number of firmware for different microcontrollers like Texas Instruments’ F28P series before, I’m not only well-versed on TI’s driverlib but also skilled in direct register access—precisely what your project needs. By choosing me, you can ensure that every aspect of your CCS workspace—from the source files to linker script to configuration headers—will be taken care of meticulously. Notably, I understand the necessity of having a concise README and compile-time options for a more tailored firmware. To that end, I’ll make sure to provide you not only with a fully integrated workspace that builds without warnings but also with clear documentation explaining jumper settings, pin assignments, and any requisite external components—further enabling rapid communication testing. In addition to my technical proficiency, my unparalleled commitment to delivering high-quality work within tight schedules makes me an ideal candidate for your project. Pacing is an important aspect of any project and being conscious about our client's urgencies and promptly delivering what they need is one of our strength. So let's get talking about how we can turn things around for you, ASAP!

@ThynkLoop

Hi, I can help you develop the complete real-time communication firmware for the TI F28P65X MCU with ADC acquisition, ePWM-triggered sampling, timer-driven tasks, and interrupt-based communication over IPC, I²C, SPI, and CAN. I have experience with TI C2000 embedded systems, CCS development, interrupt-driven firmware architecture, industrial communication protocols, ADC/PWM synchronization, and deterministic real-time embedded applications. I can deliver a clean and modular CCS workspace with reusable APIs, linker scripts, peripheral configuration, and documentation suitable for future expansion. > Proposed Approach: Real-Time Peripheral Integration * ePWM-triggered ADC sampling * Timer-based periodic task scheduling * Interrupt-driven non-blocking communication Communication Interfaces * CAN streaming of ADC data * SPI and I²C payload mirroring * IPC data integrity verification every 1 ms Firmware Architecture * Modular CCS project structure * Compile-time interface enable/disable options * DriverLib or register-level peripheral configuration * Warning-free build environment Validation & Documentation * Oscilloscope-verifiable ADC timing * CCS flash-ready build setup * README with pin mappings and jumper settings > Deliverables: * Complete CCS workspace/project * Source code and linker scripts * Peripheral APIs and configuration headers * README and setup documentation * Flash-ready firmware build

@aryakartikeyt

Which C2000Ware version do you have installed (e.g. 5.02.00.00), and is your CCS Theia or the Eclipse 12.x build? driverlib or bare-metal register access — you said "or," but the two produce completely different source. Which do you actually want? For IPC on a dual-core F28P65x: is the second core (CPU2) in play, or do you want the IPC integrity check to be a loopback/self-check pattern on CPU1 only for now? Answer these in detail and it can be done