So when we're configuring an IP, so this is an IP that we have.
So when we configure it, we see something called as an email configuration, right?
So we already did ask this about the reliable ISP configuration block configuration.
OK.
But something which we do not focus is on it, my configuration.
So we'll just go through an email configuration.
OK, so what email means?
And then if you just go ahead to one of the things that you could see, the other option that you have
is an EMI, right?
So we'll understand some of the fundamental reality to my e-mail and an actual example of how we use
an e-mail could be covered in the next section when we discuss topics, right?
So let's consider this simple blocked item, right?
So you have a zinc processing system?
OK, and then to easily interface and hide it.
OK.
So it may be a simple l'église or switches or you have and it are you UI or A.P. I interface, OK,
you have a set of both APIs, which are provided with zinc processing system, right?
So there's that by default, prison with an architecture.
So you have a processing systems.
OK.
And then you have a set up of things that are library, which basically control the interfacing with
the entire right now.
You could see then we have a multiple number of and peripheral IP that basically allow us to use a multiple
hard which vexing processing system and that we think processing system could be communicating within
hard, right?
But we could not afford to add.
A dedicated pin for each and every resource and then connected to dedicated marathon, right, because
each hardware will have a different configuration, different amount of hardware been pressing and connected
to the crossing system.
So what we do is instead of connecting each and every signal off of peripheral IP to an dedicated heart
of it, we provide a multiplex input and output block in between the hardware and the zinc processing
IP state.
So you have an hardware, which is an output, but they we want to connect the signal granting processing
system and then communication and communication has been handled by this Beidou satellite, which are
dedicated to specific resources.
So we do not provide each and every book that are present on an IP to an Heidemarie so sporadic bombing.
We will be configuring which group to be connected to which.
So we have a limited set of an email which are configurable, right?
So you could decide which specific IP to be connected to and hydrographic.
And this is what we refer to as an multiplexed IO site.
So we have total fifty four signal, which could be rounded from zinc processing system two and heart
rate two that basically constitute the toolbox that is Bank zero and Banquet OK, which could be used
to connect object processing system to an army, but something if you build a complex application,
this amount of pain may not be enough, right?
So you are required to connect few of the peripheral eyepiece two and hardware, but the pin count is
greater than 50, so we provided with two more banks that is Bank two and Bank three, which could be
used to connect to our signals from a peripheral IP to an hardware utilizing the programmable logic,
right?
And when we do that, that is connecting the signals from our zinc to the hardware with the help of
a programmable logic, then that is referred to as an extended.
Am I right or EMI that we have basically two is one of the ways you.
Take the signal, OK, from the Beirut very light and then be connected to any hardware utilizing mile.
OK, so we need to specifically choose the pins that could be connected to the hardware.
So when you have a multiple different that you want to utilize, you need to intelligently choose better.
So when we transmit the signal from sync crossing system to anhydride, we have to possible be one of
them is email, which consists of fifty four pence.
OK, our 50 foot signal that could be lifted from the crossing system to half of it.
The other way around that we have is if our application required a few more signal, we could route
them utilizing the programmable logic fabric that we have so we could utilize the next big fabric route,
the signal to any right.
So these are the two possibilities that we have.
The first method is referred to as an email and the second when we refer to as an EMI, right?
So will be our understanding of how we utilize an email.
OK.
When we discuss or when we start discussing on an empty state are dubious in the next section, right?
So the summary will be you have a pricing system then to.
Ease the process of communicating with an outside hardware.
Who can we provide with that benefit in life?
So numerous peripheral APIs will be present along with the zinc processing system, and each IP will
have a dedicated signal which we want to connect to expect to happen.
For example, if you consider a nice square, see so you have.
ACL amnesty, these are the true signal.
OK, if we're going to today, spy, we have food signal similarly for you.
What we have on multiple signal.
So each IP will have its dedicated signal, which are required for communication, right?
So instead of providing a direct connection between an.
Same pricing system, too, and of it.
We keep this American victory, okay, so depending on an application and IP or the industry or the
paper that you want to connect to a processing system, you could configure an email.
OK.
And then this allows us to sing the zinc crossing system signal to the way.
OK, but this £54.
Will not be sufficient if you consider the complex application value required to interface multiple
professions, so in that case, you could utilize programmable logic.
OK, that is an FPGA fabric that is available with this and then draw out the signal from zinc processing
system to an high rate.
So this method?
Is referred to as an e-mail.
OK.
Before we get an email, OK, so the easiest way?
When you walk around with multiple peripherals to utilize that, you buy that you get.
With a zinc processing system, for example, if you just go to a peripheral, you OK, so you get this
July, right?
So this will give you an idea about the benefits which have a support to any e-mail and Medicare which
have support too.
And am I right?
So you could see the paper with support e-mail.
You have this option been available, right?
So there is a do you want to configure this one?
That is, it connects you with my e-mail, so you just need to click on this one to click on this.
This will turn green, and this interface now will be rounded from programmable logic to a high rate.
So this is how you configure.
Or you could just be selecting this one.
So what this will do is this will disable e-mail and then now will be utilizing an email, OK to connect
to the signals that we have with this benefit, it's to the right.
So when you are planning on working with that multiple interfaces, the good idea will be to work with
this interface, right?
This help us easily choose the most efficient connection of utilizing Emeline.
For example, you can see you are zero, could have a multiple email you have here, right?
So if you go from zero to 15, OK, this represent your email because we have 54 signatures.
So in an email.
And then some of the benefits which support e-mail are this do the work here, right?
So you could even utilize this interface to efficiently design which type of the routing to be utilized
for debt, for sending the signal phone zinc processing system to any hardware?
So this really helps in designing multiple interfaces, right?
So you could efficiently choose so you like Xero?
Have this two amigos or this to all this to say if you let you have nsp, I want.
OK, so if you want to utilize this, so instead of configuring this, you are.
Because if you can configure Zoom SBI, what if you first configure as you are zero?
I know you want to utilize nsp, right?
SBI but in that case, if you just configured it now, since we are already utilizing that, you have
C2, OK, pin number 10 and 11 off an email.
So this will give us a conflict because no multiple signals are utilizing the same memory, right?
But now, once you know that you are have a more number of email which has been supported, OK, we
could just keep this the I.
OK?
And then we could choose any different.
Am I hoping that you want?
Right?
So this is help.
For example, now here, since we have a Ethernet also enabled.
OK, so we could choose different.
Am I right?
So this interface really helps when we are working with a multiple interviews.
So this gives us the most easiest way to design or working with 10 different people.
OK?
Which type of interface to be utilized, whether email to utilize our e-mail to be utilized to, as
we progress further, will be understanding more on this when we cover the GPI in the next section.
Right.
The takeaway should be that the default option that we get to send the signal from a processing system
to the hardware.
OK.
So you have 54.
Signals that could be saying promising grassing system went hard, but if you further want to extend
the capability, you could consider sending the signal to appeal.
OK, and then sending to an OK, and that method is rapid transit EMI.
So there also we have a capability to sing 60 chord signals, right?
So 50 for a with a smile and 60 for that the EMI.