FPGA based image transmission system in VHF and digital processing of the received signal using Python

In Central America there is great interest in links through independent channels such as those offered by satellite systems, however, there are still not many alternatives to test transceivers that are dedicated to performing these functions both scientifically and academically. This work shows the methodology with which a FPGA (Field Programmable Gate Array) is used as a transmitter operating in the VHF (Very High Frequency) band intended for radio amateurs to be able to transmit 25000-pixel images at a modulating frequency of 100 Hz and a carrier frequency of 145.46131 MHz in the same way as current satellite systems, as well as the calculations and critical design considerations for obtain experimental results, including digital signal processing with Python.