So let us try to understand clearly architecture.
OK, so this is basically diagram of a C nine five zero zero created from Xilinx itself.
Will the understanding just fundamental of conditions, we just need to understand the difference that
we have in an architectural design and speech.
OK.
And later on, we'll just try to simplify this block design.
OK, so we already know that we have a microscope.
So the combination of a microscope, that is one to Microtel, if we merge into one block, so that
is still function.
To this are the multiple function blocks that are present inside.
And we already have an experience.
Microcircuits means when we are discussing about percipient and then we have an interconnect, Max and
then Niebla, which basically handles all the operations related to a.
So you have an iReport.
OK, again, we also have a global FALKINER Global Research signals.
OK, then we have a Knoblock which are used to handle an entire input operation, then interconnect
metals, which is used to implement the complicated logic.
And then we have a function block which consists of.
It's in my closet again and other dumb, such as we have a program of Landgate and fixed all the time,
everything to be inside a function.
So the fundamental block that we have that is used to implement the logic in the is a function voxel
up to 18 microsatellites the inside and nine five zero zero three locked into what is inside a function.
So this is a typical Pegram function.
So we have an interconnect matrix connection that is coming over here.
We have a programmable and re all here and it's about boto more or less complicated complementary output
from our interconnect.
Then we have McQuiston so each micro cell can support a single output so we can either choose to have
a combination of logic or we can add or do not have it as a pseudo right.
So for that reason, you've been noticing that creating things that are that can actually be free to
an IO block.
OK, and then that can apply to an output of open or they can also be fed to fostering development so
that we build up a complex equation like.
So this is what we need to be understood, right, and if you go to a microphone.
OK, so this is the third thing that is important for us is a microphone.
Let us try to understand what is inside a microphone.
OK, so here we have a 36 Io's there.
Dessaix I was coming from a switch metric, the signal coming from us fostering to connect.
OK, then that can actually be connected to this five and so OK.
And then we will be getting a product.
Right.
And then that product are basically free to an.
So this is very, very similar.
Then we have an exchange which can be used to pass a normal output as well as a completely complementary.
So if you want to implement a combination of Selcuk, then we will be just following this and then we
can either go to foster interconnect to implement the complex logic, or we can directly feed our signal
to an operator if you want to read, register or to implement a sequencer.
So could we have this provision offered flipflop also?
Finally, these are also connected to certain Rousset.
We have a global research and the global floc that president insipient.
OK, so three things are important for us.
So inside us we have a multiple function block.
So each function block consists of a programmable line that is an 18 month process.
So each function will support an eighty eighty IO connection or connection to the fast interconnect.
So these are the multiple function blocks which are present.
Finally, the communication between this will happening through the faster, faster interconnect metrics
or switch metrics that we have with you.
We haven't dedicated Duboc, which handle all the operations related to a Niu's, and the programming
of this can be done with an experience system programming through Logitech inside a function block.
We know that we have a programmable our nuti and the multiple micro sets and each micro cells have connection
from a global sector or global clock.
Finally, since we have any Microsoft, so we have a simultaneous output connection that can apply to
and I block and further to an output, or they can also be free to fast connect and entitle Microsoft.
If you analyze, we can go into detail how the things are working and we have a five Ankit whose product
demob in fact to an object, and then we have an get to have a provision to get a normalized, less
complementary output.
Then output can either be a combination or it can either be registered for a combination of output hardware.
We do not require Treadstone or we can just follow this path for us of the cases.
In the case of the sequential need, we can just have a few slot added inside us and then giving our
output back to either.
First, organic search metrics are to an output.
OK, so this is a typical architecture of a.