Are Smartphones Still Getting Faster?
AndroidAuthority,Android,moores law,moore’s law,smartphone speed,android phones,benchmark,speed test,benchmarks,android benchmarks,android speed test,dennard scaling,kirin 970,exynos 8895,samsung,samsung galaxy s8,samsung galaxy note 8,huawei mate 10,processor speed,clock speed,chipset,mobile chipsets
Read the full post: | Does Moore’s Law still apply? There was a time that technology was predicted to roughly double in power each year, but is this true for modern smartphones?
Download the AndroidAuthority App:
Subscribe to our YouTube channel:
—————————————————-
Stay connected to Android Authority:
-
-
-
-
—
Follow the Team:
Josh Vergara:
Joe Hindy:
Lanh Nguyen:
Jayce Broda:
Gary Sims:
Kris Carlon:
Nirave Gondhia:
David Imel:
Bailey Stein:
#Smartphones #Faster
People in the future will try using our current phones and throw them on the floor because of how ‘slow’ they are. Haha
Was this video triggered by the a11 geekbench scores?
nothing is getting better its only getting more expensive .even pc parts
If smartphones are getting faster. How come none of them have higher CPU clock of 3.0 ghz and above?
Ka Me Ha Me Haaaaaaaaaaaaa
SAMSUNG GUY!?! DON’T TRUST HIM 😢😢
Quite informative
I fell asleep …
Transition from transistor to quantum system is like from super saiyan to super saiyan God.
Sounds like we’re gunna need watercooled phones…
Don’t forget another law:
More complicated system, more issues it has.
I have 2015 LG Vista 2, with 2GB RAM and a 617 processor, 1080HD screen, which cost $199 without a contract. It is just as smooth and fast as any other high dollar phone. Sure, it doesn’t have fingerprint scanner, but it’s all I need. Every app opens as quickly and smoothly when compared to premimum smartphones.
Admit land system importance French venture worry million frequent.
not each year it is after every 2 years and am pretty sure about that
I appreciate this video even more because I am currently studying this in school and it’s a breath of fresh air to see it in real life explained other than theory.
Wow, where has AA been hiding this hot guy at?? 😍
This was fascinating! Thanks for breaking that down in easy to digest bits. Keep it up!
3:14 Which game is this ?
I’m impressed with the new chip for Apple but it’s a bit frustrating. I use the Note8 and it’s limited. (compared to the A11) by having to use the 835 in the US yet the Note8 can do more than the iPhone. I’m not making a comparison of phones. Just acknowledgment of the fact that while one has the stronger chip the other has the functions that would benefit from the stronger chip. I think the A11 only becomes beneficial in iPads whereas android has yet to come out with a worthy tablet competitor.
Nice video.
3:18 what is that game called ? Seems interesting
Thanks for your optimistic smile
do u lift bro?
Manufacturers please Focus on battery life and OS Optimization!
Excellent Review and very well explained Thanks so much for sharing Deb 👍✌
The note 4 can go toe to toe with any modern flagship and in most things people do you wont notice a diffrence. Except when it comes to practicality. The note 4 can go from 0 to 100percent charged in 30 seconds thanks to its removable battery which absolutely destroys any modern smartphone. Manufactures have built in obsolescence into every smartphone and many phone reviewers said nothing about it like it was no big deal.
At some point power efficiency will become the most important thing over performance.. it is more of a challenge to make something more efficient than to just make it powerful.
The kirin 970 has 5.5 billion transistors then how about their upcoming new procesor;The KIRIN 980!
Reminds me of my parallel processing class.
I always find this funny that how people can compare clock speed or components with overall performance. There are so many factors acting as puzzle pieces now that its almost impossible to compare the hardware of two mobiles. Its the overall performance that counts.
And that’s where Android is so bad. I don’t see any visible performance improvement for last couple of years. Any increase in hardware is swallowed by the next flavor of Android OS.
Atleast Nokia’s Symbian was way better with that. It lived over 104–350Mhz grade processors for its entire life-span (with few exceptions crossing 500–600 at the end) while giving similar performance. It is sad that people who killed Symbian for its memory allocation issues are not saying anything to Android these days.
I’m confused about nm size.. it said it’s not really the size of the transistors but the fab.. 🤔
https://youtu.be/DR2iF-MQdfo (science channel)
The problem occurs, when you have to walk downstairs to the kitchen as fast as possible before your chicken burns. But, you don’t care if you take 0.01 of a second faster than in 0.06 to get there. It’s fast enough as it is.
SO YES… we have STOPPED getting FASTER.