So in this specific section, we'll be predominantly dealing with the time, so when we consider doing
processing system, we do have a multiple timer that counters which are present right, so we will be
covering each of them in detail so that you could apply the same concept to another time, right?
So we have a private timer for a CPU.
OK, so we have a 32 bit timer, OK?
And then 32 bit washed off timer.
So these are the two private CPU timer available with us.
The next one is the 64 bit global time.
And now when we consider here a private CPU timer.
OK, so that enabled by default.
So we do not need to check or uncheck anything in any configuration window as we do with the battery,
right?
So those are enabled with by default and we will be covering both of them in a day.
So we'll be covering how we utilize 32 bit timer and how we utilize that to bit washed off timer.
So predominantly since we have not worked at with an interrupts yet, so we will be focusing more on
it.
So all of them could be utilizing two more.
Either we could go ahead with the full mode, OK, or we could use an interpreter even more so we will
be covering an interest related concept.
Once we cover fundamental of interest rates will be going fundamental of both of them into details.
Then we have a 64 bit of movable timer.
OK, then something which we could enable.
So these are privy to a CPU and does that an independent block that we have so we could enable them
by checking in a configuration window, right?
So we have in one system watchdog timer and then to triple timer count, right?
So each with the three independent.
So we will not be covering system work or paper, but we will be covering ditsy in this category.
Then along with this, we also have an provision to add Peel APIs, right?
So APIs that you have it and FPGA.
So this include two popular APIs that is inside timer.
Any time is washed up time.
All right.
So we'll be covering out of this.
You will be covering this.
OK.
So these are series off.
The things that we'll be covering in this section now here, we will be considering this to be an intermediate
Typekit.
This will be complicated as compared to what?
Yes, right.
But this will build up our foundation as we move ahead.
Right.
So we have various Tyne-Wear and counter option into the pricing system, which include the private
CPU timer or counters a 64 bit global timer's something which could be configured as an independent
block.
We have a system watchdog timer to triple type of counter and then the old timer, which I say timer
and watchdog time.
This time this washtub time, right?
We'll be covering 32 bit timer, 32 bit washed up time.
Did I give it to you then?
How we enable independent log with the zinc processing system and how we utilize them?
That is how we go out of it.
That tuple Typekit content.
This will also be very and how we use APL.
Eyepiece that is the exciting, right?
It's the same concept could be utilized for as WD 60 for the global gamer and excite time based watchdog.
Right?
So let's get started.