2012-01-07, 02:56
Hey, sorry about putting the subject after a long time, but as I read more and try to understand, so I became more confused.
I'd interested if any of you help me make some order in my head ...
1. There are a number of projects that enable the implementation of Ambilight with Arduino, eg Adalight, Amblone and Boblight.
Wich a project can get the best results, what is most recommended project?
2. Amblone and Boblight allow channel separation: All RGB Strip use 3 PWM outputs, ie for two-channel activation, required an Arduino card with at least six PWM outputs, and so on (in multiples of three). In contrast, Adalight displays no less impressive results by using three PWM outputs, ie only one channel. How exactly? What am I missing?
3. If I can connect, for example, a strand of 25 RGB LEDs (as long as the power source allows it) and control them separately by using only one channel (like Adalight), Why should I "run" and purchase Arduino card with amount greater PWM outputs (like Mega)?
Thanks, Liran.
I'd interested if any of you help me make some order in my head ...
1. There are a number of projects that enable the implementation of Ambilight with Arduino, eg Adalight, Amblone and Boblight.
Wich a project can get the best results, what is most recommended project?
2. Amblone and Boblight allow channel separation: All RGB Strip use 3 PWM outputs, ie for two-channel activation, required an Arduino card with at least six PWM outputs, and so on (in multiples of three). In contrast, Adalight displays no less impressive results by using three PWM outputs, ie only one channel. How exactly? What am I missing?
3. If I can connect, for example, a strand of 25 RGB LEDs (as long as the power source allows it) and control them separately by using only one channel (like Adalight), Why should I "run" and purchase Arduino card with amount greater PWM outputs (like Mega)?
Thanks, Liran.