i have answered it above to aslan khalilov

primus loy but we want to see linus say because he is awesome

he has an "as fast as possible" video on it called "different kinds of memory as fast as possible"

It's kind of like RAM, but closer to the CPU and faster, meaning it has to call from RAM and the HDD/Storage less.

Scrap pad for the CPU calculations. As speeds increase the size of cache increases

duviday I still read most of the comments on my videos. It's not always feasible to do every topic that gets suggested for a variety of reasons, but we do consider them.

@@techquickie cool

​@@techquickieI wonder if this still holds up these days

Did you pass your test ?

Did you graduate yet?

TDPEquinox you just watched it

Techquickie haahahahhaahah

Techquickie you went over what they are briefly. I want to know what task each one takes care of, and how it works together, in a bit more depth than what was said here.

TDPEquinox if i wanted someone to explain me what and how the northbridge and southbridge works, i would not want them to explain it to me "as fast as possible" but as slow as possible

these are now obsolete. didn't you pay attention?

Crisps

Actually, they're chips. Crisps has no meaning to anyone but 3rd world peasants.

"3rd world peasants" are the ones making you those crisps, Andres Jaramillo.

***** That's awesome. Get the peasants to do our dirty work.

Living in a "first-world" country doesn't make you any better than any other person on earth, don't forget that. You probably don't even live in one anyway but you like to pretend you do because it makes you feel better about yourself. Do better.

Yeah, more like my string cheese theory.

I'm going to be a sophomore in college in the coming fall. I'm a physics major. I have ardently tried to read up materials about these subjects. Quantum states, duality of light, string theory; you name it. Even with my longtime dedication to everything physics, I still struggle grasping the true meanings of these topics. Sure, he can give you analogies and such, but that'll only leave you frustrate because analogies are not the actual reality. The issue is that normal people (non-high-science-people) understand the world in a certain way. Gravity pulls things. Magnets push and pull. Electricity shocks things and charges phones. String theory will throw your understanding out of the window. So much stuff is thrown at you that without some background in quantum mechanics (again, normal people don't know this), you will learn nothing. In conclusion, I'd like to say that if it really bothers you that you don't understand this stuff, learn the basics first. You can't build a Ferrari before knowing how a go-cart works.

+Bhagswag First: Physics major (I switched to math but anyway) brofist. Second: I know it's not possible to explain string theory in one of these videos, that's the joke.

Steve Dice Whoops. Sorry, lol.

The theory of why cats play with strings.

trioxis13 done!!

@@techquickie ooga booga give my cpu

Ddr

@@techquickie As a man who invented chipset Dado Banatao 🤘😔🤘

hahaha

You would be the one to notice

lmao

And what's wrong with that?

Ooooh he is scratching his balls! Like every human Woooow

Yo wtf. I have exactly the same image as my Instagram and whatsapp profile pic

cpu cache are tiny but ultra fast memory modules that store important instruction codes releated to the process you are running like your game or web browser. it acts as a handy tool belt to the cpu reducing the possible lag when compared to fetching instructions from the hard disk. caches are WAY fast and make modern SSD look like a turtle. .

primus loy I wouldn't of compared CPU cache to HDDs or SSDs. It's like RAM, but the CPU cache is a smaller, faster memory which stores copies of the data from frequently used RAM locations.

yeah...scrap the SSD.. it makes the LATEST RAMs look like turtles

I'm a CS major, I hope I get this right. Cache in terms of hardware is made from the fastest memory technology we have and is very close to the CPU, making access very quick. Cache is very expensive, so you usually only have a few MB. Cache stores commonly used entries from main memory (your ddr sticks) to increase the speed at which a program executes by shortening memory access times. Accessing from cache is several orders of magnitude faster than accessing from main memory. Since Main memory is magnitudes larger than cache, we obviously can't fit all of MM into cache. There are many methods of caching, but I wont get into them here. There are based on the facts that repeated memory access is spatial (within certain close lines in a program) and temporal (acessed again within close amounts of time). When you try to access memory, the CPU will first look in the cache. If the entry is in cache, we have a cache hit, if not, we have a cache miss and must go access main memory. This means we are wasting time accessing cache AND MM in the case of a miss. In some cases, cache becomes a hinderance because of this, but mostly, the hit rate in our situations makes cache worth the possible misses. There are different levels of cache for certain reasons. The lowest levels are usually for one core only (L1) and are the smallest. Higher levels of cache (L2, L3) are usually larger and are shared among processor cores. Unfortunately, we can have problems with entries among caches within one or more processors being different. This issue is called cache consistency and that's all I'm going to say because it's a huge topic in itself. Okay, I think I covered a lot. Feel free to reply to my post if you have more to say. :-P

primus loy hell yea it does! CPU cache operates at about the same speed as the CPU, which is 4-5 times faster than RAM!

Even though the comment is way too old I hope you learned that CPU stands for central processing unit (the processor ) while the gpu stands for graphical processing unit (the graphic card ) they do 2 completely different things -- it's like comparing your ram with your hard drive even though they have a few commons here & there they do completely different things overall. As an undergraduate 4th year cs student hope my reply helped 😊

​@@alexandrospanag Thanks for clarifying! I did know the difference but I just suggested it as a suggestion for a video topic (like the comment says). Then they did make a video about it :D kzfaq.info/get/bejne/Z9Gpo8Rzz7CRoJs.html They also made one for the routers, switches, hubs, etc suggestion: kzfaq.info/get/bejne/jMlhaaZ0pqfeZ4U.html

@@kanadoots Linus is the best when he doesn't make the ugly thumbnail faces 😂😂

@@alexandrospanag that is so true lol

Thanks! Lol.

Is that what Linus has been doing? I was wondering about that too

KZfaq doesn't support 4k @60 yet

Standards I think the OP meant 60fps on 1080p and 720p

DavisSgt Either way, Linus has said in the WAN show he has no desire to record 60fps. It benefits his footage in no way and adds too much to the filesizes to justify it. In his reasoning, 4k@30>1080p@60, and I agree.

***** There's no need for 4K with this content either, it's just a guy talking.

***** Why not 21:9 resolutions?Why consumer 4K,why not the real 4K?

Including OLED!

You can't, it is soldered on your motherboard, therefor upgrading it means replacing your motherboard.

ok thank you so much.

DNS is a domain name server. All it does is translate from www.google.com to an IP on the internet that is associated with google.com. Changing it should have no major effect on your internet speeds.

SrElectric101 Changing it can affect latency of course (when visiting websites), but your speed will remain the same.

***** Not really, an other example could be a drag race. Image 2 cars with the same "speed" (acceleration and top speed), but one has a slower reaction time (latency), the speed is still the same, but the driver with the lowest time to react will finish first.

It's the telepromters' remote.

Linus uses the remote to scratch his balls. (more hygienic)

Yeah, I noticed it. Maybe i'ts the only image at good resolution thath he could find of it, y por supuesto para nosotros los latinos no es ningún problema.

Yearlaren you sir just won my cookie :)

I came here having no clue what a chipset was and now i know exactly what it is, what it has been, what has changed and why its changed. From my perspective it's spot on. *shrugs*

sjoepele i'm just thinking of how this channel used to give information that even a grandma can understand but its getting less and less than that now by giving information you don't really need, imo the extra info is good but they really should first do a basic "this is what it is" and then do the extra stuff but not all at the same time.

***** that was back then. Kids nowadays just play with their phones and play games. (Yes today they build PC's, but I don't believe they know command line functions though).

+turtle3117 Ah the KIDS.

Learning computers is like going through school, there's 3rd grade you kinda get some stuff but your not gonna be going in depth about the quadratic formula, there's advanced computer stuff and basic just because he covers both just means he's covering all the bases, from basics to advanced. You won't understand all the advanced unless you learn the basics first.

fifthgear93 thanks.

shhh... he's on the blue meth..

Techquickie You're overworking yourself man.

fifthgear93 he just overclocked himself. :) Techquickie go add in some water cooling and rest bro.

when an analog signal is prepared it is prone to interference termed as "noise" . SNR is the nerd way to measure the loss of signal against the noise. in most cases the higher the SNR, the better

***** dude! EMI =ElectroMagnetic Interference..just as i termed... interference..

signal = good shit (music) noise = bad shit (hiss and hum) SNR = good shit / bad shit

i am gonna explain to you in terms of ADSL broadband signals SNR means signal against noise.... a higher signal against the occurring noise like 35db is good in ADSL..but a clear 6db signal works the same as well... but when you seek SNR in terms of analog AUDIO more is always better. SNR applies to a lot of analog stuff, each used for different purposes hence having different norms ..there is no one for all norm hence saying high SNR is always good isnt wise

It will still give you a higher bitrate putting it on 4k

desktop - pc server - system to host web servers, clouds etc. mobile - mobile phones. Now you should know a little bit more.

^ desktop - pc server - system to host web servers, clouds etc. mobile - mobile phones.

It's essentially how fast your mouse communicates with your computer. The higher the polling rate, the more often it communicates with your computer. It's a little like response time with monitors. 1000hz is essentially 1ms delay. The highest you can go should always be your choice.

Ok thanks for the help :D

what class are you in? I want to go to it.

what used to be northbridge and southbridge chipsets is now one chip which now performs all the duties the southbridge had while being much closer to the processor which equals less latency.

My ballz