Calliber

1.7K posts

Calliber banner
Calliber

Calliber

@QuantumCalliber

Katılım Ağustos 2017
654 Takip Edilen115 Takipçiler
Calliber retweetledi
Starkian Hypothesis
Starkian Hypothesis@Starkian7789·
Anti-cunnilingus is third worldism. White people eat pussy.
English
123
222
6.5K
693.6K
General BULLdozer
General BULLdozer@SlumdogOfWallSt·
@elnagamanu American exceptionalism? The only thing great about America is the Indians. Everything else is dumb and absolutely fucking useless. What a piss poor culture and flag 😂🇺🇸
English
1
0
0
54
Calliber
Calliber@QuantumCalliber·
Not sure if you can’t read either, white women as a whole are the least likely to date outside their race. Indian-white relationships are so fringe for both white genders that it’s minuscule. Congrats for understanding a fraction of white women dated Indian men, still doesn’t mean the majority want to go near you.
English
1
0
0
50
Random W’s L’s
Random W’s L’s@RandomWsLs·
Holy shit, Indian mudsharks rising. Pooja ditched Rajesh for Tyrone and a half-black kid.
English
957
235
3.5K
5.5M
Calliber
Calliber@QuantumCalliber·
The whole point of the quote tweet was to try and discredit people mocking Russia building vastly outdated nodes. The op said you can run most industrial applications on older nodes (he said 65nm which Russia isn’t even close to btw) and none of that negates what I’ve said. Russians have always been decades behind the west in computing which played a role in the collapse of the USSR. Running basic infrastructure on outdated domestically produced nodes isn’t noteworthy, it’s the bare minimum for a country that should supposedly be a superpower.
English
0
0
0
28
Calliber
Calliber@QuantumCalliber·
That’s just wrong lmao. In aviation, radar, satellites, etc. we’re beginning to use AMD’s Versal XQ chips which are built on a 7nm node. The F-35 ICP use TSMC built chips using modern nodes. NXP SAF85xx/SAF86xx radars use 28 nm RFCMOS chips. I can keep naming specific examples, but this notion that we rely on 90’s tech is becoming outdated and objectively wrong. The race for higher clocked chips that are both reliable and domestically produced is becoming more important.
English
0
0
0
30
🕷️
🕷️@r0b0t_sp1der·
@DweeBwae @QuantumCalliber @BurnerDontask It doesn’t. Modern fighter jets and cruise missiles and radar systems do not rely on advanced nodes. 65nm will suffice for that. 350nm already covers a bunch of needs, too.
English
1
0
1
33
Calliber
Calliber@QuantumCalliber·
This has to be bait or shill posting. Vast amounts of data centers, networking infrastructure, cybersecurity infrastructure, etc. all greatly benefit from the higher clock speeds and efficiency that come from modern nodes. Modern radar equipment also uses it (which is a reason why the US embarrassed Russian radars in Venezuela).
English
1
0
0
67
dogmented
dogmented@dogmented·
@QuantumCalliber @r0b0t_sp1der @BurnerDontask The point is that for nearly every purpose besides vibe coding, smartphone addiction, or AI slop generation, you’re fine with older and more accessible process sizes. This includes military applications. You don’t even need to go sub-micron for MEMS gyros, accelerometers…
English
2
0
5
82
Calliber
Calliber@QuantumCalliber·
Read my other replies. The gist of it is there is a fair amount of military equipment that does rely on modern process nodes like fighter jets and advanced radar systems. Cruise missiles and a bunch of other stuff don’t need it, but not having it sets them back compared to China and the US
English
0
0
0
20
Calliber
Calliber@QuantumCalliber·
@dogmented @r0b0t_sp1der @BurnerDontask Nothing you mentioned contradicts my statement. If you want to be on the cutting edge of modern military/consumer tech, you need at the very least 28nm. Otherwise you can enjoy basic electronic infrastructure like the examples you gave.
English
1
0
0
98
Calliber
Calliber@QuantumCalliber·
A guided missile doesn’t but modern jets (like the F-35) uses modern process nodes. More recent radar systems also use single digit nm nodes. Everything doesn’t need double or single digit nm chips but a decent amount of military applications still use them. Hence why I said if they want to compete with China and the west they realistically need at least 28nm. Otherwise it’s just a participation trophy which gets boosted by slop accounts like hinkle.
English
0
0
1
28
Calliber
Calliber@QuantumCalliber·
@r0b0t_sp1der @BurnerDontask 1) you’re a moron lmfao using proper punctuation isn’t ai 2) sure if you want to larp like you’re living in the late 2000’s. Enjoy being decades behind the west and china for your participation trophy
English
2
0
3
750
Calliber
Calliber@QuantumCalliber·
@r0b0t_sp1der @BurnerDontask 65nm is still decades behind. The jump from 65nm even to 28nm is drastic, let alone to modern semi-conductors which are leagues ahead in the single digits. The difference is as vast as the ocean.
English
3
0
3
1K
🕷️
🕷️@r0b0t_sp1der·
@BurnerDontask 350nm -> 90nm is relatively easy, a bit of a step to 65nm, but not much essentially every industrial IC can be made in 65nm
English
3
0
111
5.9K
Calliber retweetledi
doomer
doomer@uncledoomer·
we should repurpose USAID to be responsible solely for sending C-130's to japan loaded fully with grass fed angus beef
English
76
1.4K
20.7K
1.7M