It always does that no matter what

It always has

Then the rgb goes bad on your cpu 💀 Cpu life instead of like +- 20 years to 50000 hours

@@INFINITEShoobes The beginning of the "dark" ages

LOL

Yup

So we just need to live 50 more years for that to happen

Nah less than that.

@@AffectionateLocomotivetf is your username

There are 2 likely outcomes: 1] this family of tech will become standardized and enter the home 2] this family of tech doesn't have time to get that far before something better comes around and pushes its way into the home But in either case, we get faster computers :)

☝️🤓

Analogue calculations like this used to be really common, they require no computing power to solve. There's similar methods for solving all sorts of equations. I've always predicted that analogue calculations will one day be integrated into our compute process for common problems. Anywhere you can fit an analogue calculation is going to be faster by several orders of magnitude. Especially as the modern age of computing keeps focusing more and more on optimization of the tech we currently have as it is becoming harder and harder to make it physically faster. Only reason we haven't started doing things like that already is changing computation pipelines leads to bad legacy support.

no idea what that means but sounds cool

Until its more than the sum of its matrices... WHOOOHOOOO SPOOKY!

shit to of matrices? We have a word for that Tensors.

yes, BUUUT CDs that make a ton of calculations

Very small CDs, aka Mini CDs

What they said, and also lasers that SEND the data rather than read it.

No not really!

CDs are still around.

Same here. :) That would work perfectly well for a sci-fi plot where a group of extraterrestrials invent silicon photonics and use RGB CPUs to make sentient driverless cars and sassy home automation systems. Then thieves on their homeworld decide to take the RGB CPUs and use the tech for evil... :) But all things said, hopefully us humans can use silicon photonics for good. Maybe help doctors develop new medicines or engineers make more efficient solar panels and batteries. Or, make sassy home automation systems.

I think they'd benefit more from a higher wavelength than the visible light, aka ultraviolet, so it wouldn't be RGB nor you would see it at all.

This is deployed in fiber optic communication so is likely they will use several wavelengths.

It's because of the gallium mention isn't it

@@paulelderson934 No. I was thinking about what the breakthrough would bring to the world.

@@CoolJosh3kMight be less of a breakthrough and more a matter of replacing 70 years of progress in electrical circuit to respond to our current needs. That, and compability so that we may slowly integrate then phase out electronics

Fiber optic Christmas trees. 😂

​@@asahearts1 Lotta money in this shit​

Could not help hearing the Star Wars spaceships lasers while reading the comment 😂

I don't know why anyone is exited about my comment. It was just something in the moment, that came to mind.

@@ChristopherMahn It's fun and unexpected. Bonus for being so in a video for a rather dry and clinical topic.

Holy crap a single step??? Sign me up! I still have flashbacks of setting up matrix calculations in cpp for school and they can be super inefficient on a cpu Would be super useful in game dev too

​@@yuichan3815The modern way of doing matrix calculations at large scales (like for AI) is to use a lot of GPUs, since they're highly parallel and very well optimized for basically this exact kind of work.

@@yuichan3815 still depends on the size of the matrices though. Matrices in machine learning tend to be BIG!

As neat as it is, whether it is done in one step for the most part doesn't matter, it's largely semantics; but the total timing does matter. It's like RISC vs CISC. CISC can do certain things in one instruction whereas RISC takes multiple, but it doesn't necessarily mean that the RISC processor does more or less of those per second. It's just a different way to schedule and pipeline the work. Now if you can chain a DAC to an emitter to the optical matrix multiply to a collector to an ADC and get that all done within the timing of a single processor micro instruction, then that's a very awesome matrix multiply. But would that take up more footprint on the processor, and can numerical error be reasonably handled? The great thing about digital electronics is when designed and operating correctly, a bit is a bit and you can very easily do deterministic math with that bit and know exactly what the outcome will be. But when you're analog, how can you do important scientific math without an unknown or infeasibly quantifiable risk of your analog values changing from what you expect them to be? You would have to have some kind of constraint that ensures you cannot have unknowns caused by unpredictable interference or defects on your analog circuit, such as always converting back to digital before the error adds up to an amount that would make that resulting digital value non-deterministic, thus resetting the error.

@@yuichan3815 u ever tried the GPU?

oh yeah 3d is perfect in vr. i have like 30 3d blu rays that i got for vr. i recommend the new godzilla movies especially kong skull island and godzilla vs kong. the adam sandler movie pixels also has some of the best 3d ive seen lol. stay away from harold and kumar 3, one of the worst 3d movie imo but i love the series :)

@@masterninjahh thanks for the recommendations! So far i think my favorites are shrek 1 and prometheus. I really liked the 3D and how immersive they are.

i cant even imagine@@Dindonmasker

Anything James Cameron has done translates so well into VR, alita battle angel is insane

@@nightfr09 I really like the new Jumanji movies and mad Max in 3d too. But yeah I agree battle angel looks great aside from a few scenes, almost looks like a cheap conversion

More like 20, for the civilian sector 🎉😂

​@@Alej0731 shit 20 months for terminators

And that will be a rolling ten years.

Nah. Within 3 - 5 years for data centers. This is because the first wave of products are not going to be fully photonic but rather a hybrid of electronic and photonic.

ten years in the joint

Gelsinger's Law is like Gelsinger's Love-highly technical and incredibly fast

Do you use Arch btw? I really want to be informed on this matter

pfp checks out

This deserves to be in the news!

@@harunbektas8253 i do use it btw... Plus i released three widgets so far for Plasma 6, including window title applet

@@harunbektas8253Everyone *needs* to be informed.

We could see optical interconnects between the CPU, RAM, PCIe slots and the IO chip as photons are far less prone to interference from photons travelling parallel to them.

Would allow for unified system memory to be actually useful, GPU and CPU could call on the same RAM locations without the constraint of shortest possible trace path to ensure stability at speed.

It could probably also allow for also for much more flexibility when making even a single chip such as a CPU. Mainly is that it can be a lot bigger at much higher speeds, and it'd also probably allow for more on board cache and more flexible ways to put different dyes together (this could make it cheaper to manufacture chips because cheaper dyes can be more easily incorporated where the improved and usually more expensive chip making technologies aren't required)

Apples solution? Lol.

@@handlesarefeckinstupid True 🤣, rather should have said what they've been using lately

There naturally has to be lag, due to the speed of light and the bus clock

Very much is a thing, just looking for a market and to get cost competitive...

Just think, instead of on/off, we could have ir/red/orange/yellow/green/blue/indigo/violet/uv.... just to start with. Could possibly even go all 256 cubed with full RGB.

wouldnt you like to know

FYI it was Lex Luther ‘s starlink company

0 errors

Tom Scott did a video on this There’s only so many colours you can have, especially in a more limited spectrum Tom used dark as an example, but the same applies to purple

It's mainly just a compression artefact

optic fiber has been used for around two decades in the sound industry to deliver high-speed high-quality digital audio

and also larger bandwidth

Not really, think of the energy required to make all those laser beams. Energy cannot be created or destroyed so when it is consumed by those laser making silicon semiconductor thingies the energy will have to escape somewhere so it'll turn to heat when it hits the receiver bits and create heat.

i would assume its the opposite. the extreme high frequency electronics generate so much heat from electric resistance. using light could make the tech run much cooler

@@kitsunekaze93 Wait, imagine if all you needed to keep you're top of the line pc from overheating is a fan-less heatsink. Wouldn't that be cool!

Radio is light, just at a different frequency

Much much much less. To cram more data on a copper trace you up the power to maintain signal integrity. With SiPh you can just add another wavelength.

@@andresgomez2649 yeah but lasers are far from being cold , it us a lot of power to heat the stone in it , and if we have 1 laser source for each parts...there will be more heat But if theres only 1 source , or if this source is cost a lot , then yeah it will be quite cold , thats where the question come from

I thought VLC could play blurays?

Use makemkv! It rips the disc to an MKV file, just convert that to an mp4 and you’re golden

@perkulant4629 so I've seen people say it can, and it can play a ripped mkv from the disc, but I barely built my computer and i cant get vlc to work for a physical disc. I love using it but I'm not good at it. And no shade to vlc, love it for all my totally legal movies and shows I didn't pirate 😉

Oh yeah, i was building a media-pc for my parents living room a few years back and stumbled upon the same issue. Blu-ray drives ain't that expensive/exclusive anymore, but i figured Windows Media player would not play along so i did some research before i bought the disc drive. There are different packages that play it that costs at least 50$. VLC can't decipher the disc without any plugins. VLC should be able to now with the right plugins, but it's a pain to install and use (don't take my word for it).

@RePeLSTeeLTJe-- that's more or less what I've found in my looking but I can't find the plug ins I need, like I said before I love using my pc but I am not good at using it

I want holodecks already

That's why traditional transceivers are replaceable. These chiplets have come far enough in terms of quality that only a small amount of redundancy could address any potential failures.

welcome to the future my friend

oo fosho

what???

Yee crunchy as ever.

Nope, they’re actually called crisps now Sorry

What ?