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The average weight depends on whether it is a laptop or desktop. For laptop it is 2kg including hard drive, cd drive, battery.

Just because size of transistor is 180nm doesn't mean it has low clock rate. It has higher power consumption for the same clock rate than 22nm one. Since power available is not a constraint for turbofan run UAV or AMCA, consuming a 100 watt more is not a problem.:crying::crying::frusty: I said...

Which IIT did you study in? Can't you even read what I said? I said that we need 22nm chip manufacturing but that must not be used for UAV. Pentium 4 is 180nm, but the architecture is also outdated. If the same Broadwell Architecture is used then the only difference between P4 and I3 will be few...

Useless depends on context. I am speaking in context of UAV/AMCA. In this topic, 22nm is useless. Nothing is absolutely useless in every single circumstance. 22nm is extremely important for saving forex and providing jobs to people, improving manufacturing capabilities in global scale etc. How...

Yes, you are right. Indian technology does lag behind USA technology. But that is not due the transistor technology. India, in general doesn't have IC technology manufacturing (except laboratory) or even the circuit board manufacturing. By the way, your article states that Chinese engines use...

What? I am saying that even if the technology is uplifted, it is not to be used in UAV or AMCA. Are you high on substance? The 22nm technology is for Mobile phones and computers. India is increasingly using smartphone and it is necessary to manufacture wafers on a commercial scale for that in...

It is not as simple as you say. Just by reducing the processor size, you won't be reducing the weight drastically. How much of a difference do you think a pentium 4 (180nm) was from intel i3(22nm)? The few kgs of added weight means nothing. We can't just make the weight 0. It would be better to...

See, jijad has to End one way or another. It will end one day. Think logically. As I said, I can't speak more. But, large and young population, indigenous technology and massive build up is mandatory to survive WW3. As I told, believe or not is upto you. Just think logically.

No, RDEL was a due to Modi's assurance. We will see a massive build up of defence soon. May be by 2025-30,the build up will begin. Just wait and watch

Thank you for working for the nation. I can't tell much more ( I learnt myself without any aid, but still I will keep it classified) except that by 2030 AMCA will be ready. Modi, Doval are working overtime to ensure that most of defence technology is with India. We will have WW3 little later...

Can you kindly stop writing big words without substance? Thank you. Tell Me what have you done? Or do you want to give excuses by citing problems everywhere? Do you ever bother giving solutions or just rant that nothing is ever possible in India but always possible everywhere else?

7nm is only in laboratory condition. It is said to be the Moore limit. There was even 5nm technology. But that was different type of manufacturing. 10nm is the practical limit and that too is a technological challenge. 10nm jump from 14nm is bound to take some time. 7 nm will be much more...

Russian military uses older technology and not the recent ones. The advantage of older technology is that the 180nm and 90nm wafer is thick and can withstand higher temperature, is vigorously tested for reliability. The temperature of the processor is not just because of processor operations but...

Really? Big words? Defense expenditure is something one counts, especially the critical technology without which nothing will work? Don't speak of money when it comes to critical technology costs unless it is too expensive. I am not seeking a grand fabrication unit producing millions of chips a...

Shut up you money minded prick. I have been telling you for long that budget can and will be increased soon, either from FY19 or FY20. This is a guarantee. Modi will leave no stone unturned in making indigenous technology. As I have been telling technology is everything - it is more important...

Military and other critical sectors use older electronics, especially 2000 ones for chips. The reason is that for higher reliability, the older generation is better suited and tested. The newer generation is made of thin technology to reduce power consumption. But when it comes to error free...

Agreed. That is what I was saying - we are behind others in terms of miniaturisation and electronics. It is not a matter of 10-15 years. Only about 7-8 years

With heavy funding, we can hire large number of scientists and engineers for developing. We also have somewhat of an UAV. Rustom 1 even flew with NAG missile. I am sure it test fired that. You are thinking that everything is so hard that it is impossible to be done quickly. UAV is not complex...

10-15 years? Are you serious? We just need HTFE engine and some avionics. UAV is not a tough technology. At most 10 years maximum needed. We need UAV mainly to replace ASW, AWACS etc and not armed combat. UAVs can't go in high speed and hence will be an utterly easy target for SAM, AAA, MANPAD...

We need USA drones to study and understand more details. We need Reaper drone to get the P8I interface and subsystem understanding etc. Experience in handling drones can become handy in understanding the needs and thus in better reverse engineering and drone manufacturing capacity. I don't think...