Does a better FaceTime camera make people look better or worse?
lol that cant fix ugly...
Does a better FaceTime camera make people look better or worse?
Apparently not close enough. Here's where he talks about it...
"Very long time" is subjective. I don't expect it to be any different that the PowerPC to Intel switch. Announced in June 2005, iMacs shipped in January, MacBook Pros in late February, early March.They do say one very important thing in the video: an ARM MacBook Pro (or any ARM Macbook) will not get released without being announced a very long time in advance. I would be surprised if there is less than an entire year between them saying the words "ARM Macbook" and the device actually shipping.
This is apples to oranges. Intel was much faster than PPC. Pretty much all apps supported X86. Apple had to make their apps support the architecture, but all other third party apps were already X86. It’s going to take a lot longer to get all those 3rd party companies to make their apps for arm, that is if they even do, than what Apple had to do with x86. A computer is nothing without the software, and to date, there’s been nothing running on arm that’s emulated even close to native speeds, so the vast majority of those “professional” apps are going to take a major performance hit. So again, it’s not even remotely close to the same thing.
What they should do, is start with the lower tier MacBook/airs that aren’t necessarily supposed to be the fastest thing around, and people don’t tend to use except for more of the basic functions (internet browsing, video, etc...) while waiting a couple years for all of those major 3rd party power user apps (that MBP’s are made for) to have native arm versions.
Intel has definitely been slow to update the past few years, however it sounds like they will be back on track with 7nm next year.
The complexity is different this time, compared to 15 years ago. Back then, developers had to make sure their apps were written in Xcode. Many of the popular apps, like Microsoft Office and Adobe Photoshop, were written in Metrowerks. This caused a lot of hearburn and apps like this took quite a bit of time to bring over to Xcode. There was also the whole Carbon vs. Cocoa issue, where Carbon apps took a lot longer to port than Cocoa apps. Apple has been slowly laying the groundwork for this. So in my mind, the recompiling of apps for ARM shouldn't be as tedious as the PowerPC to Intel switch was.I don't think it's that different really.
Hah. Yep, got a lot of use out of it and STILL going. I’ve decided that I’m going to hold out this year, unless it dies on me, and pick up next year’s model.Wow! You really got use out of that laptop! I'm ready to upgrade my 2018! ? But that's more for the fact that I hate this keyboard.
I’m waiting to see what’s discussed at WWDC before making any moves. Want to see if anything is mentioned with ARM. I probably can’t swing a new 16” MBP purchase next year, but may be able to with a new 14” MBP. Or I may simply ride with this 2018 model until there is some really compelling advancement made with the ARM models, or after any initial bugs/kinks.Hah. Yep, got a lot of use out of it and STILL going. I’ve decided that I’m going to hold out this year, unless it dies on me, and pick up next year’s model.
If I had bought a 2018 model, there’s no way I’d be updating this soon. I’d put up with that keyboard for a while.
My body is ready
Apple | Intel | AMD | |
13" / 14" | 8x A14 CPU cores "Firestorm" @ 2.9GHz 16x A14 GPU +8GB HBM2E | 4x Core i7-1188G7 cores "Tiger Lake U" @ 2.3 - 4.1GHz 96 EU Tiger Lake GPU | 8x Zen 3 CPU cores "Cezanne" @ 2.4 - 4.2GHz RDNA2 iGPU "Cezanne" (25W TDP up) |
16" | 12x A14 CPU cores "Firestorm" @ 3.2GHz + iGPU 40x A14 GPU cores +16GB HBM2E | 8x "Rocket Lake S" cores @ 2.4 - 5.1GHz + iGPU AMD RDNA2 dGPU | 8x Zen 3 CPU cores "Cezanne" @ 3.3 - 4.4GHz + iGPU AMD RDNA2 dGPU |
I'm excited to see what their strategy is. Jon Prosser says Apple's going all in on ARM, including the Mac Pro. If that's true, it has to have better performance (or better performance per Watt) than Intel/AMD.Some chipset scenarios.
iF they shift all at once to Arm they will simply lose all the intel mac users at once.They simply can't.When even all Windows will shift to Arm maybe but just for the "entry" macs.Not for now , not for the 2021. Even on the apps side there is more than one company that doesnt want to be so tighted to Apple's world. What have Macs that Windows haven't? Logic., Final Cut , while Reason or Cubase are not Mac only , Flutter is going to develop for both platform at once and for web as well .Is not enough to go alone. Prosser says Logic will land on IpadOs but doesn't know with what limits due to ram , but what about Spitfire audio and vst-au ,Ominsphere, Roland Cloud instruments, what about Native Instruments or Ableton live.. not to mention the ones with Imac Pro and Mac Pro which will be left alone after all that massive prices and specs. Apple tried , just with butterfly keyboard then shifts back , after 5 years and a lot of great Macbook pro ruined with that old keyboard for what , just 1mm thick less , that you can't sell because of that with a very lowered prices because of the new..magic keyboard.I'm excited to see what their strategy is. Jon Prosser says Apple's going all in on ARM, including the Mac Pro. If that's true, it has to have better performance (or better performance per Watt) than Intel/AMD.
This way, if Tiger Lake comes in August/September, we can expect MBP with it next May 2021.
Half right. Tiger Lake has 96EUs compared to 64EUs in Ice Lake; almost everything about them is supposed to be the same. Graphics performance does scale linearly with core count so we can estimate comfortably that there will be a 50% increase in internal graphics performance.Tigel Lake is going to offer sustained load on 4 cores of 2.8-3Ghz in 15/28W CPU and more than double the performance of GPU when compared to Ice Lake. Most powerful GPU is expected to be in the i7 CPU in 28W version.
This scenario is not likely. The higher end machines may continue to get Intel parts in their current chassis, but a redesigned chassis with a Mini LED will be reserved for ARM. Also, there is no reason to wait on transitioning the 14" MBP to ARM - Apple's chipset scales adequately for the 14" as-is.16" MacBook refresh later this year with 10th gen Intel CPUs and a mini led display in Q3 2030
14" MacBook Pro with Tiger lake and a mini led display in Q2 2021
12" MacBook ARM sometime in 2021. This will be a lightweight laptop to replace the Air primarily aimed at those who use web-browser based apps/sites and the built in apps like pages/iMovie (which presumably won't take Apple long to port to ARM).
Some chipset scenarios. TDP targets: 13" / 14" - APU is around 28W, 16" - CPU at 45W and GPU at 50W.
Apple's clockspeeds get a ~15% uplift from the move to TSMC 5. They are clocked to their thermal capacity at all times. AMD and Intel use clockspeeds similar to current gen processors. Note: some rumors claim Cezanne will use TSMC 5, and others claim Intel will debut a 10nm Tiger Lake part at 45W. I did not give Intel or AMD the advantage of these hyper-competitive predictions, but keep them in mind.
Apple Intel AMD 13" / 14" 8x A14 CPU cores "Firestorm" @ 2.9GHz
16x A14 GPU +8GB HBM2E4x Core i7-1188G7 cores "Tiger Lake U" @ 2.3 - 4.1GHz
96 EU Tiger Lake GPU8x Zen 3 CPU cores "Cezanne" @ 2.4 - 4.2GHz
RDNA2 iGPU "Cezanne" (25W TDP up)16" 12x A14 CPU cores "Firestorm" @ 3.2GHz + iGPU
40x A14 GPU cores +16GB HBM2E8x "Rocket Lake S" cores @ 2.4 - 5.1GHz + iGPU
AMD RDNA2 dGPU8x Zen 3 CPU cores "Cezanne" @ 3.3 - 4.4GHz + iGPU
AMD RDNA2 dGPU
Analysis: The smaller Apple notebook is extremely competitive. It comfortably fits 8 high performance cores. Apple can also afford dedicated high speed memory for their GPU, which their competitors cannot. Intel and AMD's offerings here are no slouch either, but Apple stacks up.
The 16" is a different story. Clockspeed and power have an exponential relationship, and Apple's iPhone chips are already at the far end of that curve. This scenario clocks them up more anyway. Assume also that the cache is expanded to a fairly generous size. Lastly, we use 12 high performance cores. While it's not clear the machine would be able to take advantage of this high core count, we just don't have any other options left to scale up this processor, which should still sit south of 35W after we add in an 8 core iGPU. Regardless, I would expect Rocket Lake and Cezanne to just destroy this thing.
Is Tiger Lake H formally announced, or just a rumor? I did note the rumors about Tiger Lake H in my small text, but I opted not to include it as I thought its existence was unconfirmed.Actually, Intel would likely have Tigerlake H-Series if the 16 inch is releasing next year.
Is Tiger Lake H formally announced, or just a rumor? I did note the rumors about Tiger Lake H in my small text, but I opted not to include it as I thought its existence was unconfirmed.
If Tiger Lake H is real, then the gap between Apple and Intel certainly widens at 16"
Maybe or maybe not. I read that Ice Lake took a long time to reach volume production because it was a new process. Tiger Lake is supposed to go faster:According to the newest leaks, Intel will announce Tiger Lake U series in Q3 of 2020. So that is similar to the Ice Lake, which was available from August 1, 2019 and Macbook Pro implemented it 9 month later. This way, if Tiger Lake comes in August/September, we can expect MBP with it next May 2021.
Cognizant of Ice Lake’s slow ramp-up and launch in 2019, Intel is telling investors that they are holding twice as many Tiger Lake CPUs in reserve as compared to Ice Lake. [0]
Thanks for the input. That is good for us, because it means that new MBP 13 may come earlier than May, 2021.Maybe or maybe not. I read that Ice Lake took a long time to reach volume production because it was a new process. Tiger Lake is supposed to go faster:
I would argue that the just-released Ice Lake models are also a huge jump because processor aside, base RAM and base SSD doubled for the same price. That is a very infrequent occurrence.That will be a huge jump in performance, since this Ice Lake is intel's new kid in 10nm and probably this is only on paper 10nm but no so good.
I'm currently running a 2011 MBA 11" with 4GB ram, in serious need of an upgrade. I may be able to hold out another year.
I was hoping for a 14” Pro this year but decided to pull the trigger on the 13” 10th Gen model as I write all day for a living and couldn’t face another year with the butterfly switches on my late 2016 nTB. I’m delighted with it and can see me keeping it for a number of years. It’s worth it just for the new keyboard, and the speed bump is nice too.