One of the popular resorts that we frequently required to perform a temporary amputation or temporary
storage of oddities or internal RAM that we have right.
Or usually we refer to it as an extra right.
So be finding in most of the microcontroller.
We have a limited amount of the size for it.
In fact, on an average, which also we have a limited size of whereat.
But if you compare the size, you'll be finding a notable difference.
Usually if you see General-Purpose Microcontroller, we can have up to one M.B of RAM.
OK, but if you consider or compare it with an FPGA, we usually have an.
So for example, if you consider to block RAM, so depending on the varying size, we have a different
amount being present on a specific FPGA chip.
So we usually range from two M.B to 12 to 15 and we also block them.
Other than that, we can also utilize a logic resource to implement a memory.
So that also gives us a further extension in the memory capability.
OK, so those are the two resources that we have.
The other key advantage, other than the size, the extra size or the higher size that we get for IBM
is the flexibility.
So, for example, in most of the microcontroller, we are finding that the size of the size of element
that we are storing have a fixed rate.
So, for example, depending on the architecture, it may have a 16 bit element storage capability or
32 bit element storage capability.
But this is not at all a case with an FPGA.
So it'll be finding if you just go to a ram, OK, it'll be finding you can choose to read and write
from one to four six zero eight.
So we do not have any constraint on the vict.
Of the element that you want to store inside that is there, you can see the first difference if you
compare the RAM that you get out of an FPGA to the RAM that you have in a tender because microcontroller,
in fact, it'll be finding that depth is also configurable.
Okay, so that is also not fixed, which is in the case of most of the general purpose microcontroller.
OK, so we can vary the depth and this allows us to control the amount of resources that we are consuming.
We have an unused ram inside and microcontroller, so we cannot utilize it for another purpose.
But in an FPGA we can configure the DEP so that the resources, the remaining resources can be utilized
to implement certain other functionality.
OK, so you have a configurable read and write it within RAM that we have into an FPGA.
We also have a configurable depth size in hand.
And along with that you can also add the.
Popular communication interface to it.
So, for example, right now we'll be finding it, have a knack of interface.
OK, if you just add.
And so for now, now, it will automatically configure itself to operate with a device that can understand
NASA protocol.
Right.
This gives us an advantage of our flexibility of choosing the element size, choosing the depth as well
as the.
Communication interface, which can be used to send and receive the data from Obaida.