Using FPGA in radios

Compared with analog signal processing technology, DSP has the advantages of accurate signal processing, the capability of strong anti-interference, high speed in long-distance transmission, and low distortion.
In this video I'm enumerating some of the advantages of using FPGAs (DSP techniques) as I see them from my angle. Feel free to drop comments.
Some related videos about FIR filters and Creating the carrier frequency with DDS below, including a stereo FM radio implementation in FPGA.
FPGA DSP FIR filters coefficients • FPGA DSP FIR filters c...
FPGA Carrier with DDS • FPGA Carrier with DDS
FPGA Stereo FM Transmitter • FPGA Stereo FM Transmi...
FPGA PDM Microphone Remove DC offset • FPGA PDM Microphone Re...
Enjoy!

[@samjef8131]

perfect. thanks

[@adaptivedesign8795]

You're welcome!

[@mustafaberkaysuer2964]

thank you

[@adaptivedesign8795]

you're welcome, I'm glad you liked it!

[@alexdesoze]

Very good video helped a lot;)

[@adaptivedesign8795]

I'm glad you like it!

[@bob_mosavo]

Thanks 👍

[@adaptivedesign8795]

I'm glad you liked it!

[@andrewandrosow4797]

Hello! I thought about full digital radios - there must be an excellent ADC: to avoid intermodulation distortion and noise.Maybe down-sampling helps to avoid extremely expensive 16bit ADC 60MSPS. My history about program logic was sad. I know the C language, microcontrollers , analog RF electronics. Several years ago I tried to write some software for FPGA. It was a simple serial interface for external ADC and DAC and a simple bass filter. It takes several days (I had done it) - but I was there so exhausted that I had a sleepless night... As a result I sold my FPGA Altera developer board.

[@adaptivedesign8795]

Andrew, I think you are made from the right material, I had many of those ups/downs. For audio applications FPGAs are overkill but for high sample rates and more complicated stuff are working like a charm. I hope you get back to it someday.
Take it Easy!