Dude the new format is great! Informative as always. I can tell the amount of time and attention of visual detail that was put into your video and it's on point! I like how you differentiate a Decodr episode from a real world test review. Very nice... Ok ok, I'll get off your D now 🤣🤣 have a good day!
Really well explained in a short time! Being an electronics engineer I know topics like these have so much depth but you did a great job in explaining the fundamentals very clearly! Loved the production too!
Arm stands for Acorn Risc Machine originally as it was their own in house design and manufacture. Know this as grew up in the UK as all schools had them in abundance. It was the education computer of choice here.
I'm not from the UK, but to me it was sad to watch the UK let Softbank or ANY other tech company BUY the SERIOUS crown jewel of Tech from the UK! ARM, long ago was a KNOWN power in the future of computing! I know the owners had a right to sell, but ARM should have come under the same importance of national security in the UK! We are ALL seeing the IMPACT of ARM NOW and WILL see it --- far into the future! The UK should have found a way to buy ARM and keep it, the economic impact is so big, it really could have helped the UK! Some things are TOO important to sell, just for money and ARM NOW has FAR reaching implications on the whole world of computing, and the UK will not make a penny! I live in Silicon valley, all of us who work in tech were shocked to watch SOFTBANK even get a chance to buy ARM, we in the VALLEY, know what importance ARM was and will be! I hope the UK as a govt. will not let another important part of their tech be just sold, someone NEEDS to educate the politician( just like here in the U.S) Have a good day!
@@Jake_5693 Have you been watching over time, the complete sadness of what SOFTBANK did with ARM since the bought it? They did NOTHING, absolutely nothing; Softbank is nothing but a massive pile of money, a finance company that has ZERO knowledge of how to use and grow ARM as a technology! So, they buy ARM, they know ONE THING; the tech of ARM is so important into the future; Then-- Softbank LOSES BILLIONS on a huge scam named "WE WORK". But Softbank KNOWS they have a chance to make up this loss--- they put ARM on the market to sell! NVDA tried to buy ARM, too many problem with the EU blocking the buy-didn't happen! Softbank recently put ARM BACK ON THE STOCK market( USA) and made sure to have SO MANY SHARES - that are ONLY OWNED By SOFTBANK INSIDERS AND the market makers its disgusting--- what is called a "lock up period" is about to end and those insiders WILL CASH OUT and make back their WE WORK LOSSES and make multi millions more! ALL of this could have been avoided and ARM could have done so much for the UK ECONOMY -- if the govt. would have not let this sale happen! The USA has stopped other countries big finance from BUYING important USA TECH companies--so I KNOW the UK could have done the same! I am waiting to purchase ARM stock-- the timing of hopefully the insiders selling and the price come down would make it a real bargain! Its a GREAT technology and in the RIGHT hands it will lead ----AI -development as AI takes more power and that needs to be handled correctly-- thus---ARM!
ARM chips have typically been optimised for unix, maybe sparc and linux...super computering glabally would favour linux or unix on arm or risc 5 chips.
I think that the main reason is that the battery technology is still very limiting and we want smaller devices with longer battery life, that makes the arm based chipset the technology to go to
have to dissagree depends on the usecase i would not want a x86 chipset for my phone cause itl def run out of juice fast but my pc at home is a amd 5900 cpu one of the insane powerhungry cpus for power paired with a amd 6800 gpu also power hungry but there isnt arm product that comes close plus i can emulate arm with ease but arm cannot emulate x86 easy maybe in a far far future arm could emulate x86. maybe in a FAR FAR FAR FAR future arm could emulate x86 while being as powerfull but if this doesnt happen its a no shot. there is no way all the older games and programs that arent being updated for arm will get lost people just wont switch over if it cant do that. so you want a powerhouse go x86 you want something light and it runs on a small battery go arm. imo the guy who payed 5k for a arm macbook is out of his mind. ill never get apple users im a heavy specs guy i build pc myself. even if you cant i would higly advice getting to know a bit of cpu and gpus a 1 day dive and youll have a good grasp over apple is screwing ya over.
I suppose coming from the UK and being a tech guy, I have a good understanding of who ARM are and what they do....been aware of and used their tech since the 80s in the BBC Micro Computer. However its goo to see someone explain exactly who ARM are, and deliver that information to a wider audience.
Awesome explanation man, I also have the benefit of not having to search what x86 is now too (two birds one stone lol) 😅 great video format too, as someone with adhd, even I managed to stay engaged all the way through lol 😁 keep up the great work dude 😎
Very informative Dave, I've never understood the relationship with ARM but you made it very easy to keep up with 👍. Also the format was very nice, how was it different to the usual stuff?
Thank you! And usually for the Decodr series it's more stationary with less music and b-roll. Kinda mixed my real-world test series feel into a Decodr episode I guess. Wanted to see how that felt for people?
Not really sure why all the change of scenary...but at the end, I realized that I really liked it. Just makes for a much more enjoyable video than a talking head in front of a green screen :D
x64 is just an alias for x86-64. This is an extension of x86 that is sometimes referred to as x86-64 which is just the 64 bit version of the x86 which was originally 32 bit. However when you see files on a Windows system under an x86 folder, that IS because it is specifying that they are the 32 bit application files. But other than that when you hear anything today regarding processor architectures like x86 vs ARM, it is most definitely referring to the 64 bit versions of those architectures
@@Braeden.F thanks for the explanation. I haven't found this anywhere on the internet. However they all could include this info in these videos. As x86 is basically obsolete, except for those few apps.
I think it’s going to interesting to see what intel responds with and how Microsoft will respond to the fact that their software runs better in a Mac than it does on their own licensed products.
I kind of knew about it, I wonder if there is a third option to rise soon maybe some kind of hybrid like a CPU or SoC which have both set (maybe not probably because of coding in both ways) but looks like that.might be an option
What an absolutely brilliantly informative video! Thank you! Certainly filled in all the blanks for me and I didn't realise that Arm actually originated from Acorn which incidentally built my first computer the Acorn Electron 37 years ago when I was 10!
This was EXCELLENT, a very NICE, CLEAN explanation for people not DEEP tech, but want to know what ARM IS and some of the hints of what is to come! As a point of clarity and for the future importance of ARM, here are a few points that IS and ALWAYS will be at the HEART of computing. The #1 most worked on AND most PREVALENT concern of chips and their interaction with ALL computers is ---------------- HEAT! You touched on it nicely, and ARM figured it out(long ago), was and IS FAR, FAR ahead in controlling --- heat, which CAN'T be overstated! The "pedoflops" moment in the video--- FANTASTIC, but probably flew by many people------- The ABILITY for FUGAKU to do this AND NOT have a FAILURE DUE TO --- HEAT, being able to process ALL those instructions --- in SECONDS--- without FAILURE -- is SO TELLING about --- where the REAL FUTURE of chip design and RISC is going!! HEAT WILL ALWAYS be the PRIMARY ENEMY, it is masterful to WATCH ARM able to handle "PEDOFLOPS' OF INFO, and a FAILIRE on APPLE or INTEL --- NOT to BUY ARM! JUST watch what NVDA does NEXT--- they WILL create a software team that WILL support any and ALL companies that want to use ARM, plus their OWN chips! The DATA Center NEEDS are going to continue to EXPLODE--- welcome NVDA with ARM IN HAND!! JUST The DATA center market alone is MASSIVE! The amount of POWER that now will be reduced ( in terms of heat) and how this will let VERY BIG DATA centers function with MORE CAPACITY--- on A RELIABLE BASIS will be a game changer( already is actually!)! As 5G grows, more autonomous everything, the need for EFFICIENCY, is crucial, efficient use of the electrical grid and saving power EVEN as more processing is USED, that is just ONE facet where ARM sits at the center of the future! The programming (software side)of ARM chips, this flexibility WILL put NVDA in a very powerful position! GREAT video, I hope everyone gets the serious importance of it! They get a REAL glimpse of the future!
Really enjoyed this but it missed one of the most important things about ARM. It was discovered to work with low power by accident. When the first ARM chip was tested it worked but it was later found that it was running on a power leak… it shouldn’t have even run!
I've heard that RISC isn't really defined by having fewer instructions, even though that was the biggest distinction early on. By removing memory accesses from most of the instructions and having a fixed width, they become reduced in complexity. Nothing rules out having a lot of them. RISC is more of a Set of Codes for Reduced Instructions. x86 translates to RISC micro ops, but because the instructions have a highly variable width and many memory accessing modes, they require a complex decoder. ARM can get more done with less silicon, since there's less complexity between what the software wants to do and how the CPU decides to do it.
It's nice to see some exposure of Mediatek. I have an i5 Chromebook and an Lenovo Duet, and the Duet is better for a lot of tasks. I also have the Mediatek version of the LG Velvet, and it outperforms the Qualcomm version, especially on the GPU side. But Mediatek hardly gets even a nod on most UA-cam channels.
True story: the very first prototype ARM1, when the team at Acorn booted it up it's power draw while executing read Zero Watts. _Zero_ And i don't mean a rounding error. They had forgotten to connect power to the CPU. But it was running. Turns out ARM was so efficient that it was able to power itself by scavenging current leaking from the cpu pin static protection diodes.
ARM is going to be the future for sure, Apple pulled it off better than Microsoft because they have the power to encourage (force) developers to make the move to the new architecture, also with the rise of mobile computing (phones) it was also a matter of time to try to make a unified architecture that brings closer phones and laptop/desktops for ease of use, users also want longer battery life, and we haven't had any advance in battery technology for a while so the most sensible approach is power efficiency, intel got very lazy since 2011 with 5% or somewhat of improvement yearly, finally they got some competition.
This is an EXCELLENT presentation on ARM chipset technology. It gives a layman's explanation on why ARM chipset technology is most likely the CPU processing wave of the future!! Thanks for the video!!
Sorry I found this video very hard to follow and the subject matter seemed to be jumping from topic to topic without a layman's explanation of ARM the company versus ARM the technology based application.. Several edits later I found the subject matter off topic or above my own head
I think arm fails due to failing to meet the needs of certain groups. For one, can you find Rom Images for Windows Mobile 6.1 so you can flash it onto a raspberry pi? No. Most Arm systems are closed source. This issue is prevalent with iOS. Say you want to downgrade to iOS 6.1.3 on your iPhone 4s? Gotta have iTunes, shsh blobs, all that nonsense. And sometimes with these downgrades you can’t even do them on random devices, like the iPad 4 and iPhone 5. Sure, while Linux distrust are available, it’s just all too confusing for a mainstream PC builder. Driver issues, all that hubbub. It’s all too annoying and frustrating. I’d rather just build a PC. Unlike Arm, x86 is plug and play. No hassle.
In my country's government they do not want us civilians to use their scan-copy-transfer (SCT IC Chip) IC chip which can scan incoming computer input, make multiple copies of it, and transfer one of each of these multiple copies to 2, 4, 8, 16, 32 individual CPUs that will process the WHOLE information and then they use an another component that receives the processed information and compare all of the results and once all are cross-referenced and are the same they are then combined as one information output which is then displayed on one or more computer monitor display. Does your American hard drive cloners can do the same? And what is the key component in your hard drive cloners that can make multiple duplicate copies of the 1st primary hard drives and then transfers those multiple duplicate copies to several tens of dozens of hard drives? Can you and somebody or anybody help me please? Maybe, just maybe that key critical component of your American hard drive cloners can do the same function as my country's government's (SCT IC Chip) Scan - Copy - Transfer IC Chip. what is that old 1990s device that can allow you connect all of your VCRs, DVDs, Radio Cassettes, Phonographs, TVs, Computers together in that old 1990s device that can allow me to instantly switch from one device to another by just pressing a switch?
3:48 More like ARM: Short, simple Instructions of the same length, understood easily e.g. - Tomato - Apples - Cheese x86: Often longer instructions of various length, requires additional logic to decode e.g. - Tomato if Cucumber is out - 2 Apples - Cheese times two I get that you tried to make this as easy as possible, but your video is not really in depth and merely contains the information from the first google page about ARM. It seems like you haven't really looked into it, which I understand, bc it's hard. Nice visuals and storytelling though.
What is the use of multi thread test when M chips are faster than everyone? The M is an ARM architecture!! The power of the current Apple M1 is not fully revealed because most of apps & AAA games don't support it! Just wait for it to be supported to be amazed!! I wish the success only to Apple ARM chips because they deserve it. They will help us pulling us from he Nvidia & intel greed swamp! Nvidia, intel & windows producing slow advancement tech with compatibility issues products for insane price. Nvidia & intel are the reason I hated my MacBook Pro & switch back to windows! I'm grateful to God to live & see this chip exist! This Apple M chips moments is actually as the moment as first iPhone released! I'm pretty sure not only me going to change to MacBook Pro later this year when MBP reveals the beast inside, most of the people are If the PC industry not going to catch the ARM PC version race! About storage: I would suggest to buy the smallest internal SSD & use it only for OS & apps & buy a thunderbolt flash drive for production, same to gaming buy a thunderbolt flash drive for gaming, & so on! 2.5" external storage is physically big & it will take a lot of space for many projects & uses & think using as an external storage is a tech going to die soon. Flash drives are the future, so small & available with big capacities! About ports: The charging port need to get back to benefit from the usb c thunderbolt ports. From now & on should be usb c thunderbolt & it should have been before. The usb c thunderbolt port should be at least 4 ports. This usb c thunderbolt is so amazing that when you plugin external monitor that supports usb c thunderbolt you can plug to that monitor the mouse, K/B & the headset!!
I'm not sure what you mean about format. To me it's straight to the point and explains what I need tp know right now for the task I need to do. RISC is about pwer effiency, CISC is about speed. Multimedia, security, servers, science etc. will need speed, the rest of us need battery life.
Love it - Thanks David - great explainr & started properly, with coffee - CHECK! More please - even local travel is good , for those of us who don't know Brooklyn & Williamsburg as well as you do 😉
Dude its so wrong to let talk about a product in a video en let a company sponsor it that makes the products in your video. I really wonder how big that bag of money is your are getting from. Them. I mean you look like a fair and smart guy i am sure there was a little voice in your head sayinng to you that it isn fair to let mediatek sponsor a video about arm. But then you see your mail and the amount of money you wil get. And then your fairness just disappears like a fart in the air
Its going to be challenging for AMD and Intel as ARM and RISC-V are vigorously pushing their ISA moving forward beyond the boundaries of what CISC can do. They are more efficient and more powerful depending on the design for their respective use cases. Its going to be an exciting time for the future of computing P/S: Please do a Decodr episode about RISC-V. Interested to see in your point of view
Gosh David this makes me feel old. I studied computer science in 1976-8, and it was all about CISC VS RISC. There were at least 10 instruction sets we studied, and they lay on a spectrum from very high CISC (average of 50 to 100 clock cycles per instruction) to very low like 2. I believe ARM is not very low, something like 4. The IBM 360 mainframe I used as a student had microcode loaded on an 8 inch floppy disk. It had custom instructions like “calculate tax on pay”. When the tax rates changed you just modified the CPU microcode, put in a new floppy and off you go!
ARM doesn't have less instructions, it just concentrates on the most used ones. I..e ARM implements C's *s++ = *q++ with a single instruction, and also allows loading C structures or passing arguments to a function with a single instruction. It has opcode for branchless if (...) {...}. The Thumb-2 version is in fact closer to x86, with variable instruction sizes.
I love how smartphone today we're compact and small but powerful to handle application and gaming which old PC from 2000 era were struggling to handle without damn big heatsink to cool down the CPU.
I never understood till now what is ARM , X86, Rosetta etc etc etc. People have made it so complex. But you have made it so simple and clear in your explanations 👌. Blown away my mind how beautifully you have explanined ❤🙏 Subscribed your channel. I am new to your channel 😊
Nvidia trying to buy out ARM Limited was funny, "all in good faith" they said as they failed to buy them out and throw away all their hard work. GG NVidia :)
first lol finally someone explains what arm is
Ha hope it helps 🙏
Coldfusion does it well too
@@benoseitutu9157 Will love to check'em out next.
@@TheUnlockr Tons
They messed it up though
Dude the new format is great! Informative as always. I can tell the amount of time and attention of visual detail that was put into your video and it's on point! I like how you differentiate a Decodr episode from a real world test review. Very nice... Ok ok, I'll get off your D now 🤣🤣 have a good day!
what about qualcomm snapdragon that powers mobile
specially high end gaming phones?
Less energy consumption = less overheating
Recently discovered this channel off a MrMobile link
Love the content man
Thank you!
Oh boy..get ready for a fun day of catching up on all his vids..Your gonna love it..
he is very inform and I like the way deliver the content
Hey, from one David to another, I really enjoyed this! Thanks! - David P.
Thanks so much fellow David!
Really well explained in a short time! Being an electronics engineer I know topics like these have so much depth but you did a great job in explaining the fundamentals very clearly! Loved the production too!
job coding ki hi krni h XD
Arm stands for Acorn Risc Machine originally as it was their own in house design and manufacture. Know this as grew up in the UK as all schools had them in abundance. It was the education computer of choice here.
Shout out if you're from Cambridge UK! 👍ARM is just down the road... And I remember those Acorn computers... and Tandy computers back in the 80s.
I'm not from the UK, but to me it was sad to watch the UK let Softbank or ANY other tech company BUY the SERIOUS crown jewel of Tech from the UK!
ARM, long ago was a KNOWN power in the future of computing!
I know the owners had a right to sell, but ARM should have come under the same importance of national security in the UK!
We are ALL seeing the IMPACT of ARM NOW and WILL see it --- far into the future!
The UK should have found a way to buy ARM and keep it, the economic impact is so big, it really could have helped the UK!
Some things are TOO important to sell, just for money and ARM NOW has FAR reaching implications on the whole world of computing,
and the UK will not make a penny!
I live in Silicon valley, all of us who work in tech were shocked to watch SOFTBANK even get a chance to buy ARM, we in the VALLEY, know what importance
ARM was and will be!
I hope the UK as a govt. will not let another important part of their tech be just sold, someone NEEDS to educate the politician( just like here in the U.S)
Have a good day!
@@yakkyuu12Welcome to the UK. Where great things are invented, great companies are founded only for them to be sold to foreign companies/states.
@@Jake_5693 Have you been watching over time, the complete sadness of what SOFTBANK did with ARM since the bought it?
They did NOTHING, absolutely nothing; Softbank is nothing but a massive pile of money, a finance company that has ZERO knowledge of how to use and grow ARM as a technology!
So, they buy ARM, they know ONE THING; the tech of ARM is so important into the future; Then-- Softbank LOSES BILLIONS on a huge scam named "WE WORK". But Softbank KNOWS they have a chance to make up this loss--- they put ARM on the market to sell! NVDA tried to buy ARM, too many problem with the EU blocking the buy-didn't happen!
Softbank recently put ARM BACK ON THE STOCK market( USA) and made sure to have SO MANY SHARES - that are ONLY OWNED By SOFTBANK INSIDERS AND the market makers its disgusting--- what is called a "lock up period" is about to end and those insiders WILL CASH OUT and make back their WE WORK LOSSES and make multi millions more!
ALL of this could have been avoided and ARM could have done so much for the UK ECONOMY -- if the govt. would have not let this sale happen! The USA has stopped other countries big finance from BUYING important USA TECH companies--so I KNOW the UK could have done the same!
I am waiting to purchase ARM stock-- the timing of hopefully the insiders selling and the price come down would make it a real bargain!
Its a GREAT technology and in the RIGHT hands it will lead ----AI -development as AI takes more power and that needs to be handled correctly-- thus---ARM!
ARM chips have typically been optimised for unix, maybe sparc and linux...super computering glabally would favour linux or unix on arm or risc 5 chips.
I think that the main reason is that the battery technology is still very limiting and we want smaller devices with longer battery life, that makes the arm based chipset the technology to go to
have to dissagree depends on the usecase i would not want a x86 chipset for my phone cause itl def run out of juice fast but my pc at home is a amd 5900 cpu one of the insane powerhungry cpus for power paired with a amd 6800 gpu also power hungry but there isnt arm product that comes close plus i can emulate arm with ease but arm cannot emulate x86 easy maybe in a far far future arm could emulate x86. maybe in a FAR FAR FAR FAR future arm could emulate x86 while being as powerfull but if this doesnt happen its a no shot. there is no way all the older games and programs that arent being updated for arm will get lost people just wont switch over if it cant do that. so you want a powerhouse go x86 you want something light and it runs on a small battery go arm. imo the guy who payed 5k for a arm macbook is out of his mind. ill never get apple users im a heavy specs guy i build pc myself. even if you cant i would higly advice getting to know a bit of cpu and gpus a 1 day dive and youll have a good grasp over apple is screwing ya over.
seems like you got it all figured out @@xrpmoonwolf
One of the best youtube creator in tech explained series ❤️
Aw thank you so much!
I suppose coming from the UK and being a tech guy, I have a good understanding of who ARM are and what they do....been aware of and used their tech since the 80s in the BBC Micro Computer. However its goo to see someone explain exactly who ARM are, and deliver that information to a wider audience.
Awesome explanation man, I also have the benefit of not having to search what x86 is now too (two birds one stone lol) 😅 great video format too, as someone with adhd, even I managed to stay engaged all the way through lol 😁 keep up the great work dude 😎
Really informative, still loving the vlog style, so much so I've watched it twice. Stay safe man!
Very informative Dave, I've never understood the relationship with ARM but you made it very easy to keep up with 👍. Also the format was very nice, how was it different to the usual stuff?
Thank you!
And usually for the Decodr series it's more stationary with less music and b-roll. Kinda mixed my real-world test series feel into a Decodr episode I guess. Wanted to see how that felt for people?
@@TheUnlockr it was all good
I could listen to this guy describe paint drying. He, Michael Fisher, MKBHD and Jaime are the best tech youtubers. But Unlocker is the most relatable.
Not really sure why all the change of scenary...but at the end, I realized that I really liked it. Just makes for a much more enjoyable video than a talking head in front of a green screen :D
Thank you!
All of these videos fail to explain the actuall difference. And what about x64? Am I wrong or why no one mentions that
Yes for that you need to surf website
x64 is just an alias for x86-64. This is an extension of x86 that is sometimes referred to as x86-64 which is just the 64 bit version of the x86 which was originally 32 bit. However when you see files on a Windows system under an x86 folder, that IS because it is specifying that they are the 32 bit application files.
But other than that when you hear anything today regarding processor architectures like x86 vs ARM, it is most definitely referring to the 64 bit versions of those architectures
@@Braeden.F thanks for the explanation. I haven't found this anywhere on the internet. However they all could include this info in these videos. As x86 is basically obsolete, except for those few apps.
I think it’s going to interesting to see what intel responds with and how Microsoft will respond to the fact that their software runs better in a Mac than it does on their own licensed products.
thanks man for this very informative video, really thanks a lot.
Thanks for watching it!
I kind of knew about it, I wonder if there is a third option to rise soon maybe some kind of hybrid like a CPU or SoC which have both set (maybe not probably because of coding in both ways) but looks like that.might be an option
....'We need to talk" ..... so I listened and learned !!! Thanks for the informative and concise explanation to include some subtle humor!
9:04 yeah really… on 14nm for 7 years, definitely more efficient. I think you meant to say AMD
X86 for lyfe!
I'm a dino. Guess I'll wait X years to build my next machine.
What an absolutely brilliantly informative video! Thank you! Certainly filled in all the blanks for me and I didn't realise that Arm actually originated from Acorn which incidentally built my first computer the Acorn Electron 37 years ago when I was 10!
Great video, I'm gonna be working at Arm this summer so its cool to learn more about them
Congrats on the new job!
This was EXCELLENT, a very NICE, CLEAN explanation for people not DEEP tech, but want to know what ARM IS and some of the hints of what is to come!
As a point of clarity and for the future importance of ARM, here are a few points that IS and ALWAYS will be at the HEART of computing.
The #1 most worked on AND most PREVALENT concern of chips and their interaction with ALL computers is ---------------- HEAT!
You touched on it nicely, and ARM figured it out(long ago), was and IS FAR, FAR ahead in controlling --- heat, which CAN'T be overstated!
The "pedoflops" moment in the video--- FANTASTIC, but probably flew by many people------- The ABILITY for FUGAKU to do this AND NOT have a FAILURE
DUE TO --- HEAT, being able to process ALL those instructions --- in SECONDS--- without FAILURE -- is SO TELLING about --- where the REAL FUTURE of chip design and
RISC is going!!
HEAT WILL ALWAYS be the PRIMARY ENEMY, it is masterful to WATCH ARM able to handle "PEDOFLOPS' OF INFO, and a FAILIRE on APPLE or INTEL --- NOT to BUY ARM!
JUST watch what NVDA does NEXT--- they WILL create a software team that WILL support any and ALL companies that want to use ARM, plus their OWN chips!
The DATA Center NEEDS are going to continue to EXPLODE--- welcome NVDA with ARM IN HAND!! JUST The DATA center market alone is MASSIVE!
The amount of POWER that now will be reduced ( in terms of heat) and how this will let VERY BIG DATA centers function with MORE CAPACITY--- on A RELIABLE BASIS will be
a game changer( already is actually!)!
As 5G grows, more autonomous everything, the need for EFFICIENCY, is crucial, efficient use of the electrical grid and saving power EVEN as more processing is USED, that is just ONE facet where ARM sits at the center of the future!
The programming (software side)of ARM chips, this flexibility WILL put NVDA in a very powerful position!
GREAT video, I hope everyone gets the serious importance of it! They get a REAL glimpse of the future!
Really enjoyed this but it missed one of the most important things about ARM. It was discovered to work with low power by accident. When the first ARM chip was tested it worked but it was later found that it was running on a power leak… it shouldn’t have even run!
I've heard that RISC isn't really defined by having fewer instructions, even though that was the biggest distinction early on. By removing memory accesses from most of the instructions and having a fixed width, they become reduced in complexity. Nothing rules out having a lot of them. RISC is more of a Set of Codes for Reduced Instructions.
x86 translates to RISC micro ops, but because the instructions have a highly variable width and many memory accessing modes, they require a complex decoder. ARM can get more done with less silicon, since there's less complexity between what the software wants to do and how the CPU decides to do it.
The content on this channel is just amazing. The quality, the clarity in his explanations and no gimmicks. Much love from the UK
InstaBlaster...
Right. No gimmicks
Can arm based Window install exe. Softwares like normal computer?
Most of them nowadays yes
Could you explain more about ARM Cortex processor?
Thanks, interesting - wondering what that fireplace/ fuel you used was. Would be great for my terrace!
It's nice to see some exposure of Mediatek. I have an i5 Chromebook and an Lenovo Duet, and the Duet is better for a lot of tasks. I also have the Mediatek version of the LG Velvet, and it outperforms the Qualcomm version, especially on the GPU side. But Mediatek hardly gets even a nod on most UA-cam channels.
True story: the very first prototype ARM1, when the team at Acorn booted it up it's power draw while executing read Zero Watts.
_Zero_
And i don't mean a rounding error.
They had forgotten to connect power to the CPU.
But it was running.
Turns out ARM was so efficient that it was able to power itself by scavenging current leaking from the cpu pin static protection diodes.
I’m learning about ARM Processors this semester too. Really awesome stuff.
rosetta is soo good now
God this is a good video. I mean seriously. Well done and kudos on a really excellent product.
Thank you!
4:40 "with intel creating more efficient chips lately !!" ?
What Is Intel Xe (& Is It Their Answer to the Apple M1?)
ua-cam.com/video/bRsONN-YHS0/v-deo.html
ARM is going to be the future for sure, Apple pulled it off better than Microsoft because they have the power to encourage (force) developers to make the move to the new architecture, also with the rise of mobile computing (phones) it was also a matter of time to try to make a unified architecture that brings closer phones and laptop/desktops for ease of use, users also want longer battery life, and we haven't had any advance in battery technology for a while so the most sensible approach is power efficiency, intel got very lazy since 2011 with 5% or somewhat of improvement yearly, finally they got some competition.
This is an EXCELLENT presentation on ARM chipset technology. It gives a layman's explanation on why ARM chipset technology is most likely the CPU processing wave of the future!! Thanks for the video!!
Thank you!
Sorry I found this video very hard to follow and the subject matter seemed to be jumping from topic to topic without a layman's explanation of ARM the company versus ARM the technology based application.. Several edits later I found the subject matter off topic or above my own head
Buy a damn coffee maker.
I think arm fails due to failing to meet the needs of certain groups. For one, can you find Rom Images for Windows Mobile 6.1 so you can flash it onto a raspberry pi? No. Most Arm systems are closed source. This issue is prevalent with iOS. Say you want to downgrade to iOS 6.1.3 on your iPhone 4s? Gotta have iTunes, shsh blobs, all that nonsense. And sometimes with these downgrades you can’t even do them on random devices, like the iPad 4 and iPhone 5. Sure, while Linux distrust are available, it’s just all too confusing for a mainstream PC builder. Driver issues, all that hubbub. It’s all too annoying and frustrating. I’d rather just build a PC. Unlike Arm, x86 is plug and play. No hassle.
In my country's government they do not want us civilians to use their scan-copy-transfer (SCT IC Chip) IC chip which can scan incoming computer input, make multiple copies of it, and transfer one of each of these multiple copies to 2, 4, 8, 16, 32 individual CPUs that will process the WHOLE information and then they use an another component that receives the processed information and compare all of the results and once all are cross-referenced and are the same they are then combined as one information output which is then displayed on one or more computer monitor display.
Does your American hard drive cloners can do the same? And what is the key component in your hard drive cloners that can make multiple duplicate copies of the 1st primary hard drives and then transfers those multiple duplicate copies to several tens of dozens of hard drives? Can you and somebody or anybody help me please?
Maybe, just maybe that key critical component of your American hard drive cloners can do the same function as my country's government's (SCT IC Chip) Scan - Copy - Transfer IC Chip.
what is that old 1990s device that can allow you connect all of your VCRs, DVDs, Radio Cassettes, Phonographs, TVs, Computers together in that old 1990s device that can allow me to instantly switch from one device to another by just pressing a switch?
3:48 More like
ARM: Short, simple Instructions of the same length, understood easily e.g.
- Tomato
- Apples
- Cheese
x86: Often longer instructions of various length, requires additional logic to decode e.g.
- Tomato if Cucumber is out
- 2 Apples
- Cheese times two
I get that you tried to make this as easy as possible, but your video is not really in depth and merely contains the information from the first google page about ARM. It seems like you haven't really looked into it, which I understand, bc it's hard. Nice visuals and storytelling though.
What is the use of multi thread test when M chips are faster than everyone? The M is an ARM architecture!!
The power of the current Apple M1 is not fully revealed because most of apps & AAA games don't support it! Just wait for it to be supported to be amazed!! I wish the success only to Apple ARM chips because they deserve it. They will help us pulling us from he Nvidia & intel greed swamp! Nvidia, intel & windows producing slow advancement tech with compatibility issues products for insane price. Nvidia & intel are the reason I hated my MacBook Pro & switch back to windows!
I'm grateful to God to live & see this chip exist! This Apple M chips moments is actually as the moment as first iPhone released!
I'm pretty sure not only me going to change to MacBook Pro later this year when MBP reveals the beast inside, most of the people are If the PC industry not going to catch the ARM PC version race!
About storage:
I would suggest to buy the smallest internal SSD & use it only for OS & apps & buy a thunderbolt flash drive for production, same to gaming buy a thunderbolt flash drive for gaming, & so on! 2.5" external storage is physically big & it will take a lot of space for many projects & uses & think using as an external storage is a tech going to die soon. Flash drives are the future, so small & available with big capacities!
About ports:
The charging port need to get back to benefit from the usb c thunderbolt ports. From now & on should be usb c thunderbolt & it should have been before. The usb c thunderbolt port should be at least 4 ports.
This usb c thunderbolt is so amazing that when you plugin external monitor that supports usb c thunderbolt you can plug to that monitor the mouse, K/B & the headset!!
I'm not sure what you mean about format. To me it's straight to the point and explains what I need tp know right now for the task I need to do. RISC is about pwer effiency, CISC is about speed. Multimedia, security, servers, science etc. will need speed, the rest of us need battery life.
...well I can see what the fuss is about....it's really getting some legs and gaining momentum
Love it - Thanks David - great explainr & started properly, with coffee - CHECK! More please - even local travel is good , for those of us who don't know Brooklyn & Williamsburg as well as you do 😉
Apple doesn’t want you to know the same tech powers your over priced MacBook as an android phone. Apple silicon haha.
Dude its so wrong to let talk about a product in a video en let a company sponsor it that makes the products in your video. I really wonder how big that bag of money is your are getting from. Them. I mean you look like a fair and smart guy i am sure there was a little voice in your head sayinng to you that it isn fair to let mediatek sponsor a video about arm. But then you see your mail and the amount of money you wil get. And then your fairness just disappears like a fart in the air
can a arm processor can run heavy duty games like gta v ....or they dont have such processing speed to run???
plz answer😟
Its going to be challenging for AMD and Intel as ARM and RISC-V are vigorously pushing their ISA moving forward beyond the boundaries of what CISC can do. They are more efficient and more powerful depending on the design for their respective use cases. Its going to be an exciting time for the future of computing
P/S: Please do a Decodr episode about RISC-V. Interested to see in your point of view
efficiency is the best part. programmers will soon shift towards it and best part even casual gaming can be done on them
Only AMD had ARM intell never haf ARM i don't know aboit apple thought
Was soldering the SSD really necessary? I am sure they could have made it replaceable or repairable but no, not apple
🤔...Sounds perfect for the fast approaching digital currency banking agenda
This video was 3 years early... Snapdragon is now in the game...
BRO!! THE CHEIF EXPLAINER INDEED!! THANKS FOR MAKING ME SMARTER!!!
Intro Music: Vvano - ends
ah dang. that $200 chromebook is basically an M1 tablet isn’t it?
AMD actually invented x64 architecture as well.
My favorite Chromebook was an arm powered Chromebook
I literally thought the title said "why ASMR is in everything."
Thanks for the explanation - great video. And the apartment looks really nice! Esp. with terrace access 😄
thanks man i was born in December 19 of 1983
So
X86 = BTC, use lot of energy
ARM = Ethereum
Good to see you back online 👍🏼 Hope you had a great Christmas
Thank you hope you had a good holiday and New year's as well!
Nice content with easy understandind good job man
Awesome video, very informative and simply to understand for everyone out there! hahaha
Let them know or don't let them know?
I'm confused
Sick video! Earned a new subscriber for sure. Keep it up!
Thank you!
Arm is the latest and greatest, x86 is the past. Good info.
Can you talk about Huawei’s patent on photonics chip?
Arm is that thing that I keep finding in my pants when I wake up
I have Acorn's first ARM machines, the Acorn A310 and A440, from 1987. They're fantastic machines.
Are you selling
Great vid for sure!! Very informative as well. Keep up the great work!!
Brilliant vid...keep up the well presented and interesting content
regardless, thanks for the info
Lol nobody knows what arm is? Arm → 💪
We highly appreciate your effort and will looking forward to you for more such decoder ep
is this the arm that is now at 120 usd per share?
Great video as usual. Also, jealous on the outdoor space and fire. :)
Very creative video. Great production!
Thanks for the clear and easy to follow guide!
How do I get rid of it on my surface pro?
Proud to be working at arm!😁
Video is well ahead of its time!
You're videos are very well done high quality!
What was that song from the intro?
Gosh David this makes me feel old. I studied computer science in 1976-8, and it was all about CISC VS RISC. There were at least 10 instruction sets we studied, and they lay on a spectrum from very high CISC (average of 50 to 100 clock cycles per instruction) to very low like 2. I believe ARM is not very low, something like 4. The IBM 360 mainframe I used as a student had microcode loaded on an 8 inch floppy disk. It had custom instructions like “calculate tax on pay”. When the tax rates changed you just modified the CPU microcode, put in a new floppy and off you go!
You could say that arm has a leg up.
Great video, addressing a rising question in technology. Thorough and yet easy to understand; excellent video sir!
Thank you!!
ARM doesn't have less instructions, it just concentrates on the most used ones. I..e ARM implements C's *s++ = *q++ with a single instruction, and also allows loading C structures or passing arguments to a function with a single instruction. It has opcode for branchless if (...) {...}. The Thumb-2 version is in fact closer to x86, with variable instruction sizes.
What's Universal Binary?
Acorn goes back to the late 70s.
I love how smartphone today we're compact and small but powerful to handle application and gaming which old PC from 2000 era were struggling to handle without damn big heatsink to cool down the CPU.
I never understood till now what is ARM , X86, Rosetta etc etc etc. People have made it so complex.
But you have made it so simple and clear in your explanations 👌. Blown away my mind how beautifully you have explanined ❤🙏
Subscribed your channel. I am new to your channel 😊
Nvidia trying to buy out ARM Limited was funny, "all in good faith" they said as they failed to buy them out and throw away all their hard work. GG NVidia :)