Develop PIC Chip Based Web Server with 100Mbit UDP to SPI Bridge on a Custom PCB
Budget: $3,000 – $5,000 USD
IMPORTANT: You must have a strong background with KiCad PCB design, and PIC based web server development in order to be successful in this project.
- This project is to develop a PCB (with KiCad) & write firmware in C.
- The primary chip with be a PIC chip.
- The PCB will be a generic reuseable module with header pins to mount to future PCBs
- The PIC chip will need to be able to serve a web page, and store configuration values locally in non-volatile memory.
- The web server will need to be able to read uploaded JSON files to set configuration values in bulk.
- The PIC chip will need to read up to 100Mbit/second from UDP packets.
- Depending on configuration data, the data read from UDP may need to run through filters to that will change their value.
- After the data has been run through appropriate filters, the data then needs to stream out 4 SPIs @ 25Mbit each.
- This project is to develop a PCB (with KiCad) & write firmware in C.
- The primary chip with be a PIC chip.
- The PCB will be a generic reuseable module with header pins to mount to future PCBs
- The PIC chip will need to be able to serve a web page, and store configuration values locally in non-volatile memory.
- The web server will need to be able to read uploaded JSON files to set configuration values in bulk.
- The PIC chip will need to read up to 100Mbit/second from UDP packets.
- Depending on configuration data, the data read from UDP may need to run through filters to that will change their value.
- After the data has been run through appropriate filters, the data then needs to stream out 4 SPIs @ 25Mbit each.