Thanks for the comparison. But you really needed to turn off the adaptive brightness, and crank up the brightness on the S9+! It can get 650 nits of brightness.
Thank you. Both tablets had brightness cranked up to the max and adaptive brightness was turned off but because of the very high brightness of studio lights they were looking dim in the video compared to if you watch them in regular room brightness. It’s exactly the same if you were watching both screen under direct sunlight. iPad screen is noticeable better and even watching SDR content, it’s max brightness is well over 1000 lux but on the other hand Samsung can max achieve 600-650 lux. Again thank you for watching video and in future videos, I’ll try to show screens both in regular room brightness and also in very high brightness environments.
Unlike Apple devices, Samsung devices do not go up to their maximum brightness if adaptive brightness is not activated. And contrary to what you say, the difference between the Tab S9+ and the Ultra is not only the size, the Ultra is much brighter (900 nits) than the S9+ (650-680 nits), and even the standard S9 is brighter than the S9+.
Since there is 3 performance cores compared to the m4 does this mean if 2 of the performance cores break, 1 performance core would be enough to run it?
In the binned version of M4 you get 3 performance core and in the regular version of m4, which is only available only in iPad Pro 1 and 2TB storage models, there are 4 performances cores. iPad Pro with 256gb and 512 gb gets the binned version of m4 with 3 performance cores so iPad will run fine on 3 performance cores but not sure that it can run on only 2 or 1 performance core.
Thanks for the comparison. But you really needed to turn off the adaptive brightness, and crank up the brightness on the S9+! It can get 650 nits of brightness.
Thank you. Both tablets had brightness cranked up to the max and adaptive brightness was turned off but because of the very high brightness of studio lights they were looking dim in the video compared to if you watch them in regular room brightness. It’s exactly the same if you were watching both screen under direct sunlight. iPad screen is noticeable better and even watching SDR content, it’s max brightness is well over 1000 lux but on the other hand Samsung can max achieve 600-650 lux. Again thank you for watching video and in future videos, I’ll try to show screens both in regular room brightness and also in very high brightness environments.
@EhtashamAnwar Thanks for the reply! Show adjusting the brightness to max on both devices during the video would be nice. Thanks
Unlike Apple devices, Samsung devices do not go up to their maximum brightness if adaptive brightness is not activated.
@@rolins3279 Interesting, I haven't heard that before.
650 is sad the ipad can get 1600 peak hdr brightness lol
Unlike Apple devices, Samsung devices do not go up to their maximum brightness if adaptive brightness is not activated.
And contrary to what you say, the difference between the Tab S9+ and the Ultra is not only the size, the Ultra is much brighter (900 nits) than the S9+ (650-680 nits), and even the standard S9 is brighter than the S9+.
I didn’t know this about ultra model, thanks for letting me know.
Since there is 3 performance cores compared to the m4 does this mean if 2 of the performance cores break, 1 performance core would be enough to run it?
In the binned version of M4 you get 3 performance core and in the regular version of m4, which is only available only in iPad Pro 1 and 2TB storage models, there are 4 performances cores. iPad Pro with 256gb and 512 gb gets the binned version of m4 with 3 performance cores so iPad will run fine on 3 performance cores but not sure that it can run on only 2 or 1 performance core.
@@EhtashamAnwar thank you!!
Nice one, thank you
Thank you
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