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Yes, it is possible to run Linux on the PIC64GX microprocessor. The PIC64GX, a quad-core processor based on the RISC-V architecture, is designed to support asymmetric multiprocessing, which allows it to run Linux alongside other operating systems like real-time OS or bare-metal systems.

Hi, we would be happy to connect you to the unit that is responsible for this product for more information on dealers/partners that may rent this product out. Please contact Microchip.com/CSS. Thank you, our team will be looking forward to your response.

Hi, the inverter is only part of the reference design. The official BOM list includes these products below: dsPIC33EP64MC202 - 16-bit DSC for Precision Motor Control (70 MIPS, 64KB Flash, 8KB RAM, 28 pins, Motor Control, OpAmps) - www.microchip.com/en-us/product/dsPIC33EP64MC202 MCP16331 - 50V/1A, Non-Synchronous Buck Regulator (50V input, Non-synchronous Buck Switching Regulator) - www.microchip.com/en-us/product/MCP16331 MIC5239 - Low Quiescent Current 500mA uCap LDO (High Vin, Low Iq Regulator) - www.microchip.com/en-us/product/MIC5239 If you would like design files - Please request them here: www.microchip.com/en-us/tools-resources/reference-designs/dspic33_refrigerator_board

There is a real-time Linux kernel, no?

Hi there, thanks for your question! PIC64GX has on-chip crypto accelerators to authenticate the Linux image before boot. PIC64GX also has the ability to configure cache line as tightly coupled memory which gives the user the ability to run real-time workload or RTOS on one or more cores. System designer can partition the system to run RTOS on one core and SMP Linux on the other three cores, completely separated from each other with physical memory protection so that the Linux workload does not interfere with Realtime partition and achieve the real time performance. This how we enable users to run Asymmetric multi-processing (AMP). Hope this helps!

What's the volume of your production? Sometimes MCU cost is not really a factor if parts are in stock or if it reduces development time, stating the obvious here...

Link just worked for me so probably got fixed.

The USB Blaster FPGA programmer is designed for Intel (formerly Altera) FPGAs and is not directly compatible with Actel (now Microchip) chips. Unfortunately, we don't have information on the AN105 QNG69 chip. For Actel/Microchip FPGA programming, you may need a FlashPro programmer. Hope this helps!

Hi there, thanks for your input. If you would like to report what specific issues you are having with the PIC MCUs to us - Please feel free to do so at Microchip.com/CSS. We do not have any plans to discontinue the ATmega series. Thank you!

Hi there, thanks for your comment. We're always working to improve MPLAB. If you have specific issues, please let us know through our Support Portal at Microchip.com/CSS. Your input helps us make our tools better. Thank you!

Hi there - For more information on this product please visit: www.microchip.com/en-us/product/SAM9X75

The Zero Crossing Detector (ZCD) in the AVR DA family is mainly for AC signals, like those from power lines. It might not be the best choice for small signals, such as an echo from a transducer, because it detects signals around 0.8 volts. For small signals, other methods might work better.

The AVR-IoT Cellular Mini requires cellular signals to transmit GPS data, so it won't work without telecom signals. As for miniaturizing the device, the AVR-IoT Cellular Mini board and GPS FeatherWing are already compact, but further reducing the size would involve custom hardware development.

May be your car has no engine? 🤔

@@Zhuk72 it does. I actually have 2 vehicles without one. An 89 Aerostar and a 46 CJ-2A

Hi there, thanks for reaching out. To distinguish between 8-bit and 16-bit EEPROM chips before reading and writing, you should check the datasheet of the specific EEPROM chip you're working with. The datasheet will provide detailed information about the chip's architecture, including its bit organization. Additionally, the part number of the EEPROM often indicates whether it is an 8-bit or 16-bit device.