I used to think that `low-power design` is all about fancy hardware , but honestly Software plays a
I used to think that
How is that ??
1. Put unused stuff to sleep
: Clock gating dims the lights on idle modules, while power gating cuts the power completely.
2. Smart task scheduling
: Try not to overwork your processor. Schedule your tasks efficiently and let it nap in low-power modes.
3. Tell peripherals to chill
:
Our Sensors and displays are energy hogs. Turn them off when you are not using them and configure them for power-saving modes also.
4. Code like a pro
: Choose efficient algorithms, use power-saving instructions, and eliminate unnecessary operations.
What are your software power-saving tips? Share let's learn
low-power design is all about fancy hardware , but honestly Software plays a big role.How is that ??
1. Put unused stuff to sleep
: Clock gating dims the lights on idle modules, while power gating cuts the power completely.2. Smart task scheduling
: Try not to overwork your processor. Schedule your tasks efficiently and let it nap in low-power modes. 3. Tell peripherals to chill
: Our Sensors and displays are energy hogs. Turn them off when you are not using them and configure them for power-saving modes also.
4. Code like a pro
: Choose efficient algorithms, use power-saving instructions, and eliminate unnecessary operations. What are your software power-saving tips? Share let's learn
