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Belarus and Russia are deepening cooperation in microelectronics. The transcript highlights how Belarusian Integral supports Russia’s chip sector, while Russia is moving forward with domestic lithography machines.
The most notable example is the 350 nm stepper (STP-350), a joint development where the lithography system itself comes from Planar (Belarus) and Russia’s Zelenograd Nanotechnology Center (ZNTC). Russia’s leading chip producer, Mikron, is expected to make use of this equipment as part of its production chain.
What’s in this video:
Belarus’ Integral and its role in supplying chips
The STP-350 stepper for 350 nm chip production
How Planar and ZNTC provide the lithography technology
The role of Mikron in Russian semiconductor production
The roadmap toward 130 nm and below
Why these steps matter for technological sovereignty
#Integral #Planar #ZNTC #Mikron #RussiaTech #Belarus #Microelectronics #STP350 #Lithography #Semiconductors #Chipmaking
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0:12
There are many things in Bellarus that
0:14
Russia desperately needs. I remember our
0:17
conversation. I don't remember how many
0:20
years ago we were very worried about all
0:22
kinds of micro electronics. Ah, chips
0:24
like this won't happen. That won't
0:26
happen. But what are we going to do
0:28
there? some seven nanometers. They
0:30
calculated all this. I wasn't very
0:33
immersed in this. When I returned to
0:34
Bellarus, we had this very high level
0:37
direction developed. I met with our
0:39
gay-haired designers in this industry
0:41
and also on we discussed it with the
0:44
president. We don't have this. How can
0:47
we be quiet so that no one hears?
0:49
Science tells me, tell Putin that if it
0:51
is necessary for something to fly, we
0:54
guarantee if it is necessary for
0:57
something to shoot, it will shoot. I He
0:59
says, we will stuff our chip into any
1:01
plane in any wing. Don't worry. Then the
1:04
club began to study it. He he tells me,
1:06
listen, well, if someone needs seven
1:08
meters it
1:10
well, he'll buy an iPhone at a higher
1:12
price. Today, everything flies and
1:14
hazelnuts and so on. At that time
1:16
together with the Russians we mobilized
1:19
everything that remained in Russia
1:20
especially everything that remained of
1:22
these integrated circuits of these
1:24
enterprises were combined into one.
1:27
Today the system works. We know how to
1:29
get children if you need these
1:31
nanometers. We know the price of the
1:33
issue,
1:35
but we are still living and developing
1:37
and micro electronics in Barus is
1:39
demonstrating seven mile steps. Thanks
1:42
to you, thanks to the Russian Federation
1:44
because first of all we can do
1:46
everything. The main thing is price and
1:48
time. I often talk about this in Barus
1:50
and today we are doing what is necessary
1:52
for Russia. Just recently I released a
1:55
video dedicated to a domestic
1:57
lithographer. I said a lot of
1:59
interesting things there and naturally
2:01
the Zelenograd nanotechnology center
2:03
company saw my video and invited me to
2:05
the testing ground where there is a real
2:08
domestic lithograph over 350 nanometers.
2:12
Now you and I will go through it
2:13
together. Look at all this. What
2:15
contribution of NTC and what does
2:17
planner have to do with it at all in
2:19
this issue
2:20
within the program development of
2:21
electronic mechanical engineering at the
2:23
moment for MTC doing some work. This is
2:26
one which you just mentioned in the
2:28
video. This is the development,
2:29
manufacturer and production of the
2:31
technological process of a stepper for 3
2:33
to 50 monometers to the work that is
2:35
currently underway will be completed in
2:37
26 years. This is a stepper for us 30 m
2:40
also in the year 26 work on the
2:42
installation of control of introduced
2:44
defects of plates without topology ends.
2:46
We are also doing installation
2:49
transfer of signs alignment to the
2:51
reverse side of the plate and work on
2:53
the development of an electron beam
2:55
lithograph. We have such a large pool of
2:57
work in these works. Basically our task
3:00
is to set up the technology of some kind
3:02
of consultation. Yes, there are comments
3:04
and suggestions from the point of view
3:06
of those who it deals with technology
3:09
the way we do there. We have our own
3:11
crystal production and experience in
3:12
this. A large technical part is mainly
3:14
carried out by our performers there.
3:16
That is within the framework of stepper
3:18
350130 and image transfer and defect
3:21
control. This is planner as a company
3:23
with well probably one of the companies
3:25
with high competencies in the field of
3:27
mechanical engineering. I just wanted to
3:29
say that as part of all these works and
3:31
directly we will now talk about a three
3:33
star 50 kilome stepper. Here we are as
3:35
it were already we are directly behind.
3:38
Here we have a small engineering
3:40
research complex developed, created,
3:42
manufactured within which it is
3:44
necessary to install the technology,
3:46
assemble it, test all processes and so
3:48
on. So accordingly, let's go inside and
3:51
see what it's like. Can you imagine what
3:54
it looks like? But we are now directly
3:56
near the step while the guys are
3:58
exhibiting and working because now as
4:01
she said, we are working to adjust it to
4:03
the wishes of our future consumers and
4:05
their requirements. the connector itself
4:07
which was designed and manufactured.
4:10
Yes, he's standing right here. Well, as
4:12
you can see, the optical column is
4:14
probably one of the most complex
4:15
components that at the moment exist in
4:18
the stepper, the localization of which
4:20
we are now working very closely both in
4:22
terms of obtaining materials and in
4:24
terms of ensuring the possibility of
4:27
glass processing technology. There you
4:29
go.
4:31
Directly column of 27 lenses, sparkle
4:34
glass lens. Everything is done directly
4:36
by the loader through which the plates
4:38
enter the installation. There you can
4:40
see the download block photo template
4:42
library photo template.
4:46
Here's 12 pieces. Well, accordingly here
4:49
is the entire installation of work here
4:51
at the moment. If you look Maxim is
4:53
exposed and you see the plate there, the
4:55
plate there. Now it will be on the table
4:57
and the robot will overpay and put it on
5:00
the table. Now the beef is going to
5:02
happen. Then it clicked. She got up and
5:04
the table went. Now for exposition.
5:06
Well, as if within the framework of this
5:08
entire complex, we needed to organize
5:12
opportunity. As if practicing the
5:15
production of technology. The stepper
5:17
itself is good. It needs to be exposed
5:18
to something. It needs plates on plates.
5:20
To do this, you need to apply a resist,
5:22
then develop it directly. The
5:24
application of the resist occurs on this
5:26
machine. I just want to know why I'm
5:27
highlighting it too. This is also a
5:29
domestic machine and it is developed by
5:31
Vorones, not IPMM. You can go around.
5:33
Look just right. But here
5:34
it's already written here.
5:36
Well, it's just the front side there.
5:38
It'll probably be more interesting.
5:39
There we got one here. Let's say small.
5:43
The cluster section is completely the
5:44
opposite. That is we apply plates. I
5:47
hope on the contrary they are exposed to
5:49
it. Show the complex domestic equipment
5:50
of the place. But here you see the
5:52
record. Now it's robot.
5:55
You don't have a mine.
5:58
Here's the complete record provided.
6:02
And now we will flood with developer
6:12
after that
6:17
we saw it has a stopper. What's
6:19
happening here is specifically with you
6:20
as you told me before this is the
6:22
development of technology that in
6:24
principle it is possible how to
6:26
configure further configure so that all
6:27
this works on domestic chemistry
6:29
probably still chemistry is partly
6:31
domestic that is something is domestic
6:33
alas we still have to use foreign ones
6:35
but work on obtaining domestic reagents
6:37
is now underway accordingly as soon as
6:40
something appears this is also just the
6:42
same one of the parts of developing
6:44
technology that is we will be able to
6:46
try work with different visit tors
6:49
including domestic ones and what else is
6:51
the essence of all this work how good is
6:53
this area yes the consumer comes to us
6:55
he orders installation and we are
6:57
already let's say he says I'm used to
6:59
working well as it were on the tacometo
7:01
resist I have design standards while the
7:03
installation is being manufactured but
7:05
we can already put technology under it
7:07
so that when the installation the book
7:08
comes to him shorten the cycle of this
7:11
in the production process yes so that
7:12
production does not become dependent on
7:14
us but for the rest it is clear the
7:15
setup will happen in any case but we
7:17
already have as it an understanding of
7:19
how it works in understandable ways
7:20
familiar to him. Well, I don't know how
7:22
relevant the means are.
7:23
As a manufacturer, you might also offer
7:26
detailed recommendations about certain
7:28
chemistries under specific conditions
7:31
leading to particular results.
7:33
This is about what it should be. So, how
7:34
should application technologies be
7:36
optimally adjusted for certain doses and
7:38
specific modes? The goals fit perfectly.
7:40
That lithograph that we have as you came
7:42
in saw it at 350 nanome. Yes, it's 350
7:46
nanometers. As you said in your video
7:47
that the Bellarusians had something that
7:49
wasn't entirely true. The Bellarusians
7:51
have a machine similar to this, but it
7:53
has a field of 3 and2 by 32 mm. We have
7:56
a field of 22x 22 mm respectively. These
7:59
are completely different lenses. These
8:01
are different requirements. Well, as it
8:03
were in the future, that is from their
8:05
installation there too. The accuracy of
8:07
the combination and so on. That is, it
8:09
seems that a lot has been processed
8:11
here. It is clear that in order to do
8:13
something you need some kind of
8:14
foundation. Why are we working with
8:16
Bellarians? Yes, because they have
8:18
planners because they have some kind of
8:20
school and based on this on this basis
8:23
we jointly started designing a new
8:25
installation
8:26
and in the Soviet Union those that we
8:28
had lithography factories they just had
8:30
equipment
8:32
of the planners. Yes. Yes. Only the
8:33
planner and he then stopped at
8:34
technology 08.
8:36
Everything is 0800
8:37
nanometers. Yes. 800 did not understand
8:39
08 micron. 800 nanometers. Yes, if we
8:41
talk about it further, there was this
8:42
attempt installations at 350. As far as
8:45
I know, it exists, but this is already
8:47
different. That is, it has been
8:48
finalized and accordingly, this
8:50
installation in the future will be the
8:52
basis for the transition to 30 m. You
8:54
also said that at 130 nanometers, you
8:57
are also already thinking and are
8:59
already conducting some developments. Of
9:01
course, 350 mortars are now in the
9:03
process, but about 130 nanometers, you
9:05
also have not what you think, but are
9:06
already specifically looking at what
9:08
Yes. when
9:09
just a little
9:11
I'll clarify 350K has already been fully
9:14
handed over and accepted by the
9:16
commission it works fully we don't know
9:17
anymore can we say that ready to accept
9:20
orders for it and what we are doing now
9:22
this is just putting the technology in
9:24
the interests of the future consumer
9:26
that is we have a certain deadline
9:28
certain questions that they asked us in
9:30
order to make sure that the installation
9:31
can do what they want we will meet now
9:34
show them that she can do this and
9:35
accordingly we will transfer the
9:37
contract there 30 at the moment the
9:40
production of the main parts is already
9:42
underway the lens can already earn money
9:43
in 26 years this installation should
9:45
well in the same way how to be handed
9:47
over to the commission then this is to
9:48
the question that if someone knows
9:50
doesn't know yes the installation was
9:51
not just done we wrote to the ministry
9:53
of industry and trade what do you see we
9:55
did the commission is coming this
9:56
installation was adopted by about eight
9:58
enterprises there two specialists each
10:00
from someone there was three
10:01
respectively so that everything was
10:03
unbiased well conditionally these are
10:05
like independent experts us to the
10:08
question you mentioned about checking
10:09
what funds are being spent on. In
10:11
general, all work is always carried out
10:14
under the control of not only the
10:15
Ministry of Industry and Trade, but the
10:17
Ministry of Industry and Trade has a
10:18
separate expert organization that
10:20
expects us in the same way. Design
10:22
documentation, technological
10:24
documentation of all our costs. Why this
10:26
question? Why? Why questions? Why? Why?
10:28
No matter how well they ask, we answer
10:30
them. Here we have no problems of fear
10:32
before inspections. So as well so that
10:34
everyone understands that everything
10:36
here is clean and good.
10:38
Let's start probably from the base of
10:40
lithography. In order to produce any
10:42
crystal we need such a device but not
10:45
only that we also need other related
10:48
equipment. Yes. Yes. Yes. Well this
10:51
entire complex of equipment installation
10:53
of application manifestation
10:55
installation which is earned is defect
10:57
control because this is also an
10:58
important aspect within the process.
11:00
Yes. for installation certification for
11:02
example
11:03
gases and so on this is all necessary
11:06
still conditionally there is engineering
11:08
support then let's call it gas supply
11:10
and so on yes there is something else
11:12
there scooper well let's call it
11:14
technical
11:15
his given device now you have a name by
11:17
the way
11:18
well for now we call it STP 350 that is
11:21
TP 350 and then let's let's let it have
11:23
its serial number there so far 001
11:26
prototype series will go to 002
11:28
and if we are talking about the series
11:30
and suddenly We are talking about the
11:31
fact that I came today. How much did I
11:33
pay you? Time maybe him
11:35
for now. According to estimates, it
11:37
turns out to be a year and a half and a
11:38
year and a half for the installation to
11:40
come to you with already installed
11:41
technologies and it's probably fine.
11:43
Maybe there will be 6 months to adjust
11:45
it. Why 6 months? Because it is
11:47
generally practiced. Well, that is this
11:49
is the total figure that foreign
11:51
suppliers also take. The fact that they
11:52
take 6 months does not mean that we will
11:54
set it up with you for 6 months. Maybe
11:56
we will do it in a month in two well as
11:58
it were. These are such big numbers
12:00
within which everything needs to be
12:02
done.
12:02
But I also wanted to add that this is
12:04
not your year and a half and plus 6
12:06
months is a world practice.
12:08
Yeah. Yeah.
12:08
If we are talking about this
12:10
installation, are there those who are
12:11
interested in installing it already? The
12:13
name is not necessarily given here.
12:17
Just for those who are interested at the
12:18
moment there are two companies. We are
12:20
conducting a number of surveys to
12:22
understand whether ours will meet
12:24
because these are not the requirements
12:26
that were laid down in the technical
12:27
specifications. Yes, one of the
12:29
companies has conditional modifications.
12:31
Accordingly, we want to understand what
12:33
we can offer them, how quickly we can
12:35
adapt to them and do what they want on
12:37
the basis of this installation. And this
12:39
stepper is universal or we can only do
12:42
certain things with it.
12:43
Universal in general. Well, when it
12:45
comes to the issue of norms from 350
12:48
higher there, please try to squeeze
12:50
more. We got 320 zeros there, but those
12:53
are questions there to the walls here.
12:55
Again, this is a staging of technology
12:58
because there is experience that it is
13:00
possible to squeeze out a smaller size.
13:02
Here we just need time since we have the
13:04
task of doing in four years what they
13:06
did for 25 years. We have because of
13:08
this there are a number of some
13:10
solutions that well these are dictated
13:13
that is let's say I don't know if your
13:15
shoulders are there or not. Well maybe
13:16
someone noticed that the stepper is
13:18
located in a small microclimatic room.
13:20
Yes, foreign installations will as it
13:22
were have a housing well that is
13:24
conditionally let's say something like
13:26
this housing but this imposes a number
13:28
of new ones as it were that is it is
13:30
necessary to think about the protection
13:32
there from vibration of structures think
13:34
about how air and laminar flows will be
13:36
inside the structure and since the task
13:38
is to do something then after 4 years we
13:40
decided to go and do it and as it were
13:43
yes as long as this is such a decision
13:45
in the future we may modernize it this
13:47
decision actually takes place there are
13:48
such installations and foreign ones too
13:50
to some extent it can be even has more
13:52
advantages in terms of servicing all
13:54
nodes you went in and did what you
13:55
needed to do well yes but on clava this
13:58
is a restriction on those who purchase
13:59
it in terms of preparation
14:01
incidence yes square
14:03
but in any case it's better than nothing
14:05
then I'll ask well I mean that we
14:07
already have something and that there
14:09
are already deadlines I only meant that
14:11
the deadlines are tight they are
14:13
discussing something to give up but to
14:15
carry out experimental design
14:17
work yes
14:18
yes yes before that we talked quite
14:20
quite a lot behind the camera about the
14:21
fact that you have your own competence
14:23
in terms of setting up in terms of how
14:25
the process should happen how to set up
14:26
this or that setting. Do you have
14:28
experience working directly with
14:29
manufacturers? Yes, accordingly there is
14:32
an understanding of how to survive the
14:34
available equipment to the maximum
14:35
extent possible. Again, you told me
14:37
before that thank you very much for the
14:39
fact that you have these competencies
14:40
and added iron. This is one thing and
14:43
get it. A sufficient number of suitable
14:45
outputs is critical. It's an entirely
14:47
different challenge and your role in
14:49
crafting the SP 350 lies in ensuring it
14:51
operates on 350 nanometer technology
14:54
with exceptional output quality and
14:55
volume meeting every need effectively
14:57
and efficiently. Yes. Yes. In general,
14:59
yes, in general everything is correct.
15:01
That is yes. As users, yes, with
15:02
extensive experience, we can give
15:04
feedback to our colleagues from planner.
15:05
There are some questions there. For
15:06
example, they predict before admiring
15:08
something else. And plus, we need to say
15:10
a big thank you to the commission. This
15:12
is again something they also had a
15:13
number of questions about. issues of
15:15
proposals that let's say we may not have
15:17
seen there anywhere else and all this is
15:19
being integrated and further refined
15:21
here it is here I have a window next to
15:24
the monitor to open here as I understand
15:25
it the software is also written most
15:27
likely there is probably no survival
15:29
software is no fantasy it plays both
15:31
planner roles and non-planner roles
15:32
accepting tasks with remarkable
15:34
efficiency
15:36
again this is a big job you said the
15:38
design work is finished yes this stepper
15:40
has been delivered that is it is
15:41
theoretically correct but not
15:42
theoretically but in practice this we
15:44
can already expect that we will have
15:46
factories that will be able in addition
15:48
to those who have or those who already
15:49
have can purchase a domestic stepper
15:52
that's right at least the one we're
15:53
under now we conduct research if we are
15:57
talking about expediency that's because
15:58
I understand that I want people to
16:00
understand this issue you did it
16:02
conditionally here you have an
16:03
experimental installation number one you
16:05
make two more price tags will be large
16:08
because there are not enough of them
16:09
three pieces are conditionally made and
16:11
then one of the experimental ones in
16:13
order to reduce the price tag. You need
16:14
to have more orders just because of
16:16
this. Isn't the role of the order also
16:18
played here?
16:19
Price is not just about orders, right?
16:22
Because well, we all understand that the
16:24
wholesale purchase of raw materials will
16:26
conditionally be cheaper there than
16:27
retail. But here we still have an
16:29
important issue that we are solving.
16:31
This is again one of the tasks that we
16:33
are busy with in order to live this
16:34
localization. Not only assembly
16:37
technology is something else, yes, but
16:39
also the localization there in terms of
16:41
all the components used. And now we are
16:43
also solving this problem together. That
16:44
is again as I said the deadlines are
16:46
tight and it is necessary to do it
16:48
correctly. If I know that this turret
16:50
from this manufacturer works well, I
16:53
take it and install it to get the
16:54
specified parameters and then I continue
16:57
to work because to find someone who does
16:59
something similar to try it, it's like
17:01
putting it here and seeing what it
17:02
results in here. Well there. Thanks to
17:05
Minister Toga for the fact that they
17:07
leave the installation to us for
17:08
experienced use so that we can carry out
17:10
all this work. Try it. Change some
17:12
notes. See what this affects. Yes,
17:14
communicate with the consumer who will
17:16
come and ask to put something under it.
17:18
Ask questions. Try it. That is this is
17:20
very important. It turns out to be such
17:22
a small landfill. That's all that allows
17:25
the consumer, producer, manufacturer to
17:27
solve some issues that he simply did not
17:29
see during the solution of the problem
17:31
set there, ramps, etc.
17:32
Why not do it right away? meters. It is
17:35
clear that you can't do how much per two
17:37
nanometers well all adequate people
17:39
understand that you need to pass 350 130
17:41
90 yes you can't jump over it right
17:44
try right away I don't know if it's
17:45
possible to say this or not I say again
17:47
we had a break in production there for
17:48
about 25 years for us I mean this as it
17:51
were not RF but in general what remained
17:53
after SSSR that is colleagues have a
17:55
plan only some competencies were
17:57
retained in this part and accordingly
17:59
immediately jump there from 800
18:02
nanometers and even 350 my colleagues
18:04
had something similar. But we have
18:06
already discussed with you that this is
18:07
not such a setup. Immediately jumping to
18:09
130 won't even work. Therefore, let's
18:12
say from 350 you won't even be able to
18:14
jump to 90 because 350 130 are steppers
18:17
for 90 monometers. These will already be
18:19
scanners. Moving on. By the following
18:21
standards, these are completely
18:22
different lenses and their two per
18:24
meter. This is already most likely there
18:25
I don't know 45. This is exactly and
18:27
Mercia is a huge colossal work
18:29
but under the domain of a 200 mm plate.
18:32
Correct. Here the installation works
18:34
from 150 and 200 mm plates. That is we
18:36
did both this and that. Then the
18:38
customer well just 300 350. It is 100 to
18:41
250 for this but there was a task to
18:43
make it 200 to look at all the ranges of
18:45
care tables and so on. Thus the consumer
18:48
can be sour. I want 150. The
18:50
installation comes with 150. Then he
18:53
says I want 200. We just make a set of
18:55
zippers come to him change the table.
18:57
We're doing a readjustment. And here
18:59
please work for 200 km exactly the same
19:01
as their 150 are usually cassettes. Have
19:04
we also added the ability to work with
19:06
media and containers? No. Because if we
19:07
are talking about 200 so that many can
19:09
provide for those other needs.
19:10
From this the template is in the country
19:12
make us 350.
19:13
This is what templates do and we
19:15
directly make templates in our own
19:16
building. Zelenograd innovation and
19:19
technology center zits. They make
19:21
templates for us directly and the l of
19:23
the template will not be made from
19:24
sedakov in nijnog. That is these are two
19:27
sites closer to us. As if we were
19:28
running away, they just gave an order
19:30
one floor below. Everything seemed to be
19:32
made for us. A template. Yes. Make an
19:34
earthbelieving technological center. And
19:36
another question so that many people
19:38
understand. Can I take it?
19:40
Such an installation.
19:41
Start producing 10,000 products on it.
19:43
Then turn it off and 6 months later turn
19:44
it on again and make another 10,000. I
19:46
sat down. I'll decipher the questions
19:47
because this is installed. So far our
19:49
operation is continuous. So it cannot be
19:51
turned off for a long time.
19:52
It's not quite the case with the
19:54
stepper. It's rather with the settings
19:55
for applying the manifestation.
19:57
Something else is bad. When hya takes
19:58
place there in the lines, something else
20:00
with the stepper in this regard will be
20:01
a little simpler. It will need to be
20:03
turned on to see what happened to her.
20:05
Maybe they adjusted it and there to see
20:07
what happened in general and as it were
20:09
turned off, stood and knocked. That is
20:11
it is possible. It works right.
20:13
Naturally, preparing for a vacation can
20:14
be an extended process. Take for
20:16
instance scenarios in which new
20:17
production plates are launched and the
20:18
debt configurations require adjustments.
20:20
Such tasks demand time and the precision
20:22
of tools like Photoshop. We can say if
20:25
we are talking about the initial launch
20:26
when the installation just came to set
20:28
everything up. Look here I voiced
20:31
six months into world practice but then
20:33
we'll see how it turns out if you just
20:35
change something. I don't know. Well, it
20:37
could be. Well, I have.
20:39
Are we considering the next order in
20:40
line?
20:41
In essence, I lack one, but if you could
20:43
modify the template, it would be greatly
20:44
appreciated. Our efforts persist and
20:47
unwaveringly continue.
20:48
What I see with my own eyes, I want to
20:50
state. I see an installation that works
20:52
which is not what works but it has
20:53
already passed state tests which is also
20:56
important. I was at state tests for once
20:58
the guys there get their salary for a
21:00
reason. They dig into everything and you
21:02
can't get carried away there. Well, what
21:04
I have seen I assume is happening
21:06
everywhere in our country that the
21:08
ministry of industry and trade finances
21:10
such developments suggest that we as a
21:12
country need digital sovereignty which
21:14
is not only declared but also in
21:16
practice. As you will now see behind
21:18
Dimmitri here, he is incarnating.
21:20
Please, you have the competence to set
21:22
it all up. Yes, set it up and do
21:23
something new. Not only to make a new
21:25
one, but also to put a series certainly
21:27
produce. And let's ask the question of
21:29
making a series. In my opinion, this is
21:31
a completely different question. Not
21:32
only that, there are already two
21:34
customers relatively soon. We will find
21:36
out who they are. Perhaps we will be
21:38
able to tell them that we are making
21:39
chips on our domestic equipment. Belarus
21:42
as part of a union state utilizes this
21:44
foundation for its installations and
21:46
applies the industrial expertise they
21:48
have mastered. Nevertheless, as I
21:50
perceive it, without leveraging your
21:52
specific skill set, the outcome is
21:54
limited to the installation's existing
21:55
traits and features.
21:57
For the final ones,
21:58
customers were not interested in getting
22:00
something ordinary they needed
22:01
specifically, and you were able to
22:03
customize this electronic product
22:05
according to the requirements of our
22:07
industry and consumers. That's right. I
22:09
want to say once again these guys are
22:11
very open to thank you very much for
22:13
showing me everything telling me all the
22:15
main questions I asked.
22:17
Thank you. Everything is fine. Thank
22:18
you.
22:19
This is only a small part which
22:21
respected for NTC showed me. Huge thanks
22:23
to them for the fact that they went
22:25
towards it and they also have packaged
22:26
chips here. They have functional
22:28
testing. They have their own development
22:30
of chips. There is and production. You
22:32
can show anything interesting here. If
22:35
you are also interested in it like me,
22:37
please write your reaction in the
22:39
comments. According to these videos, I
22:41
will illuminate and maybe the NTC will
22:44
once again invite us to sanctify other
22:47
aspects as well as all those who are
22:49
going and planning to build
22:50
microprocessor production in Russia.
22:53
Then it is high time to apply for the
22:55
NTC because they have the opportunity.
22:58
Before that there will be 350 nanome but
23:01
there will be completely domestic 350
23:03
nanome on domestic chemistry and your
23:06
company will become real
23:09
independent from other suppliers and a
23:11
real domestic manufacturer. So I hope to
23:14
see you soon.