From what I read the RISC-V cores don't have an FPU or the DSP instructions. Your code will stil run on them but floating point math will be a lot slower.
This is a very good point. The lack of an FPU and DSP instruction is a key consideration if your project heavily relies on floating-point calculations or digital signal processing.
No worries! The RP2040 is still a fantastic choice with a lot of potential for creative projects. The RP2040 has been a game-changer for many makers, so you’ll have plenty of fun exploring its capabilities. When the Pico 2 or RP2340 becomes more available, you'll be even more prepared to dive in with the experience you've gained.
Only The Qualcomm SOC consumes all the budget. -Do we need a video output?. -Nah drop it and increase the price. The buyers from a newsletter all will buyit anyways.
From what I read the RISC-V cores don't have an FPU or the DSP instructions. Your code will stil run on them but floating point math will be a lot slower.
This is a very good point. The lack of an FPU and DSP instruction is a key consideration if your project heavily relies on floating-point calculations or digital signal processing.
If I can run Linux on a smartphone...I'm sold.
For sure! This is without a doubt one of the key selling points
@@Electromakerio Ian Murdock was working on one. Strangely he passed away.
Ooops! I have just bought two Rpi Pico 2040s. Didn't know about the 2340, so will not be able to play with the Pico 2 for a while.
No worries! The RP2040 is still a fantastic choice with a lot of potential for creative projects. The RP2040 has been a game-changer for many makers, so you’ll have plenty of fun exploring its capabilities. When the Pico 2 or RP2340 becomes more available, you'll be even more prepared to dive in with the experience you've gained.
Only The Qualcomm SOC consumes all the budget.
-Do we need a video output?.
-Nah drop it and increase the price. The buyers from a newsletter all will buyit anyways.
Hiiii friends
Elloooo 😁