AVR32 has no future. AVR mega series doesn't seem to have one too. AVR xmega series is no longer moving forward, Microchip focused on tinyAVR with xmega enhancements (better ADC, DAC, event system, new registers for GPIO config etc.) Basically tinyAVR 1-series are xmega with cut-down features. And it's position is between PIC16 and PIC24 probably. Core is way faster per MHz and has really decent peripherals so clearly can hit a niche in market. Other than that... I see only SAM (ARM) chips which usually are more expensive than counterparts (STM32 as main competition) but are nice to ppl experienced with AVR and Atmel Studio.
Fascinating having been a Microchip and Atmel FAE in my past, to see so many more products under one roof now, awesome...
I miss embedded world, thank you very much for these videos
Thanks for making and sharing ... stay blessed!
"Watch as *our test* shows that you cannot inject code into the kernel." 😂 Every lock has a key. You built a lock? No, you also built a key.
some years ago i went stm32 and never looked back, hope microchip innovates more in the arm arena.
Where can I get such a nice shirt with Microchip logo? 🤔
AVR32 has no future. AVR mega series doesn't seem to have one too. AVR xmega series is no longer moving forward, Microchip focused on tinyAVR with xmega enhancements (better ADC, DAC, event system, new registers for GPIO config etc.) Basically tinyAVR 1-series are xmega with cut-down features. And it's position is between PIC16 and PIC24 probably. Core is way faster per MHz and has really decent peripherals so clearly can hit a niche in market. Other than that... I see only SAM (ARM) chips which usually are more expensive than counterparts (STM32 as main competition) but are nice to ppl experienced with AVR and Atmel Studio.