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If the 15 inch remains, and similar processors are used, then the differentiator will have to be the display and keyboard. The display will likely have features unavailable elsewhere and be very high-end. I would think a fair starting price of near $4,000 is reasonable. If the 15 inch is discontinued, it will have a similar starting price, though the older 15 inch kept around for a bit at a discounted option much like the 13 inch without touch bar was.
 
I really doubt they're going to stick a 6 month old 9980HK into the a brand new redesigned laptop. More likely than not, they're going to stick the Xeon equivlenet 8 core Xeon® E-2286M or 6 core E-2276M processor into this machine just to differentiate it from the 15". The Xeon E 22XX processors are still 9th gen coffee lake refresh processors.
I'm not sure they would move to an 80 or 95-W TDP CPU for their laptops.
 
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If they get rid of that underutilized half-baked touch bar they can lower the price by $300.

I miss the days when you could buy a new 15.4 MBP for $1999.

I miss the days when you could buy a new 15.4 MBP for $1799...

I don't see a 16 inch dropping in price though. Going by their past history, what they'd probably do is keep the old 15" for two years without any updates, and sell it at original price while selling the 16 inch for about $200-400 more. Once the 15 inch gets retired, the 16 inch will remain at the higher price.
 
The issue is NOT the processor.

The main issues are in order of importance:

1- Price (remove the touchbar and lower it $400).
2- All soldered components
3- Non-upgradable RAM and SSD
4- No Mag-Safe
5- Fix thermal throttling
 
The issue is NOT the processor.

The main issues are in order of importance:

1- Price (remove the touchbar and lower it $400).
2- All soldered components
3- Non-upgradable RAM and SSD
4- No Mag-Safe
5- Fix thermal throttling

No, those are not important issues. The main issues are, in order of importance:

1 - fix keyboard
2 - remove touchbar (or make it haptic so merely brushing it doesn’t cause it to trigger, and add real escape key)
3 - improve thermals
4 - price
 
from the article: "Notably, this would mean that Apple isn't yet ready to use Intel's latest 10th-generation Ice Lake processors."

No, it's not that Apple isn't ready to use them, it means that they don't yet exist! Intel doesn't yet have 10th-gen versions of the high-TDP processors needed for this machine available for delivery to its customers. MacRumors really needs a good editor.
 
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not funny anymore with underwhelming apple products
My hope is that this will reverse that trend. Bigger screen, a keyboard that works, improved performance, and prices on RAM and SSD upgrades that are a bit more inline with reality? Yes, Apple may have earned some more of my money at last.
 
Bring on AMD Zen APUs. They already smoke Intel they sure as hell will trash A-Series SoC. The APUs for now come with Vega, but soon NAVI which requires a much smaller footprint.

NAVI isn't going to shrink the GDDR6 or HBM2 chips and if pair NAVI with just basic LPDDIR4 then probably not going to 'smoke' much.

65W TDP ( yes Intel will blow far past their nominal TDP for the 8-10 core models ) .
https://www.anandtech.com/show/14523/amd-ryzen-3000-apus-up-to-vega-11-more-mhz-under-150

Where Intel Gen11 graphics have basically doubled.
https://www.anandtech.com/show/14664/testing-intel-ice-lake-10nm/8

Intel is throwing about as equally as big of a transistor budget at the GPU in latest generation and there isn't a huge gap when limited by regular RAM caps.



Laptop/Desktop/Workstation CPUs are a completely different breed. Apple knows it. This argument is patently absurd that ARM will surpass x86_64. It never was designed for it.

ARM isn't static nor is it just one implementation. There are ARM implementations that are tweaked toward data center servers. ARM itself is in the process of rolling one out.

106739.png

https://www.anandtech.com/show/13959/arm-announces-neoverse-n1-platform/4

AMD has some catching up to do there ( presuming ARM's simulations are accurate. )

Now, is this what Apple has in their current implementations? No. Not even close in terms of generally useful I/O bandwidth or data throughput.
 
No, those are not important issues. The main issues are, in order of importance:

1 - fix keyboard
2 - remove touchbar (or make it haptic so merely brushing it doesn’t cause it to trigger, and add real escape key)
3 - improve thermals
4 - price

You are correct, Fix Keyboard is #1, I just did not included because it is a given that Apple has decided to go back to the older keyboard. ;-)
 
You are correct, Fix Keyboard is #1, I just did not included because it is a given that Apple has decided to go back to the older keyboard. ;-)

Let’s be precise here - a normal company might go back to the older keyboard. Apple, on the other hand, is just as likely to have invented some new and different scissor-mechanism that may or may not have its own set of new problems.

Fingers crossed. (They’re crossed because I’m trying to adjust my screen brightness using the touchbar without having to look down at the touchbar).
 
Except int he case of the MBP with craptastic keyboard, the second and third versions weren’t much of an improvement. So I’ve been limping along with my 2016MBP and I don’t really regret not waiting for the 2017MBP or 2018MBP.

True, you can regret buying that 2016 paper wait already, early regretter, instead of early adopter. Should I better say early regretter, instead of early bird?
 
That don't have to be 'fake' just old and based on outdated information. The roadmaps that spawned out from a Tweakers report date from 2018-2020. Intel didn't start their ramped production run on 10nm Ice Lake until 2019 ( Feb-March timeframe). It is taking them a long time to build up inventory to launch 10th Gen for shipping in the holiday season ( so it is slower than 14nm volume but it may not necessarily be bad).

The 2018 roadmaps had a Comet Lake U coming out almost in parallel with Ice Lake Y/U . If the Ice Lake yields had still be horrible that would have been more necessary. if the Ice Lake yields are good enough then that seems like a waste. ( Those roadmaps had Intel with Whiskey Lake U , Comet Lake U , and Ice Lake U all running through to end of 2019. Why would they want that? ). So if Intel tosses 14nm fab capacity for Comet Lake U in Q3-Q4 '19 then there is a decent chance they could bring Comet Lake H forward into 2019. It isn't like they'd be waiting for 14nm process to "mature" so they could do bigger dies. It is way past mature at this point. It was probably in 2020 because there aren't enough wafer starts for it with the U version occupying the 14nm pipeline (along with most of the rest of the line up).

The MBP 16" probably has a discrete GPU so don't need much of integrated GPU in the H processor at all. A higher peak clock mobile processor is what Intel is missing with the 10th Gen U (and Y) deployed. That is something the H could fill much more than the Comet lake U would.

Comet Lake H probably will get labeled as a 9th Gen Processor. So it would be a matter of which 9th gen processor to use. [ Marketing wise too it isn't going to help much to still be creating new 9th Gen launches in 2020 either for Intel. It just looks bad. It would be better for them to slap that band-aid on now rather than later. They can mix 14nm CPUs with 10nm GPU in multiple chip solutions in 2020 and label those 10th Gen. ]

If Apple is shooting for a super expensive MBP ( like maybe keeping the MBP 15" around and stacking this even higher on the price scale ) and the Comet Lake H can go up to 10 cores than could be a big bonus for them as there will be a heft tax for cranking the core count higher still.

Well, Intel moved the process node for the Ice Lake PCH to 14nm after having to back off to 22nm and suspending at least one 300-Series PCH (H310, I think) when they couldn't keep up with CPU production last year, so I am not sure they are going to have a whole lot of excess capacity either way. I cannot find any stories detailing their current 14nm capacity as we go into the holiday season, but the paltry 10nm production they are shipping now is not going to free up enough lines to magically bring about Comet Lake if demand holds steady or goes up significantly. I guess we will see soon enough.
 
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You are correct, Fix Keyboard is #1, I just did not included because it is a given that Apple has decided to go back to the older keyboard. ;-)

don't forget about this one:

- if you decide to use flat cables to send video to the display,make it removable, otherwise a 2$ problem turns into a 600$ problem ;-)

These latest mbp models are much much worse than people think. People think they are terrible, but boy, they are 5 times worse.
 
Don’t forget about the swappable drive bays that could accommodate an extra battery or a Zip drive, or dvd drive or CD burner etc, you basically had a portable desktop computer. The good ol days, upside down Apple logo and all.

"After a time, you may find that having is not so pleasing a thing after all as wanting. It is not logical, but it is often true."
 
True, you can regret buying that 2016 paper wait already, early regretter, instead of early adopter. Should I better say early regretter, instead of early bird?

Eh. The good news is I mostly use the machine in my office where i have a magic keyboard, so the ****** keyboard hasn’t caused me too much grief (despite various keys failing over the years). The 2013 MBP i had before that had it’s own problems (flaking screen coating), the two MBPs before that had failing GPUs, etc.

It’s always something.
 
My hope is that this will reverse that trend. Bigger screen, a keyboard that works, improved performance, and prices on RAM and SSD upgrades that are a bit more inline with reality? Yes, Apple may have earned some more of my money at last.

keep dreaming bro!!! dreamers make the world improve. The ones who are crazy enough... prices inline with reality, sure, and a kiss from pamela anderson to every 16" mbp buyer.
 
from the article: "Notably, this would mean that Apple isn't yet ready to use Intel's latest 10th-generation Ice Lake processors."

No, it's not that Apple isn't ready to use them, it means that they don't yet exist! Intel doesn't yet have 10th-gen versions of the high-TDP processors needed for this machine available for delivery to its customers. MacRumors really needs a good editor.

Recent roadmaps show that there are no high-TDP mobile processor for Ice Lake. Intel can't be knocked on not delivering what they never put on the roadmap. That is in the same boat as wailing on Apple for the missing xMac and the missing 5+ lbs desktop replacement laptop they don't make.

There may have been a Cannon Lake one on a 3-4 year old roadmap but Apple has known that wasn't coming for a very long time at this point.

The road mapped solution in the "H" ( high TDP mobile) space in 2019-2020 has been roadmapped at a 14nm solution (Comet Lake).

The high TDP that Intel is planning to do on Ice Lake 10nm is only in the Xeon SP space (way out of 'mobile' land ).
The follow on Tiger Lake/Willow Cove may do better on the 10nm+ (or ++) process. [ AMD has high end mobile processors last in their roll out process for newest generation so Intel may have Tiger Lake ready by +/- 3 months of AMD getting to Zen 3 on high end mobile. They have time. ]
 
keep dreaming bro!!! dreamers make the world improve. The ones who are crazy enough... prices inline with reality, sure, and a kiss from pamela anderson to every 16" mbp buyer.

Pamela Anderson?

On behalf of the 21st century, let me be the first to welcome you. Please line up on your left to trade in your rotary phone and VHS deck for a smartphone and TiVo.
 
Thread after thread, post upon post, too many users are projecting their wants and desires about this rumored 16" MacBook Pro and are setting themselves up for an incredible amount of frustration and disappointment if Apple actually releases this computer before the end of the year.
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I'm not sure they would move to an 80 or 95-W TDP CPU for their laptops.

The Xeon E-Series (E-22XX Series) is 45w TDP, the same as the Core i9-9980HK.
 
Pamela Anderson?

On behalf of the 21st century, let me be the first to welcome you. Please line up on your left to trade in your rotary phone and VHS deck for a smartphone and TiVo.

LOL. Not to mention there better be a free STD screening after a Pamela Anderson kiss :)
 
I am familiar with the size of the pixels on my 2018 mbp. It's easy to see the mouse pointer jump by one pixel. Text could be sharper. Given the thermal limitations for gaming I don't agree about 120hz. The best improvements would be brightness, efficiency and colour (OLED panel?). I was disappointed that my 2018 mbp had a worse screen than the 2016, because of a switch from samsung to LG. I was expecting better colour and brightness. Comparison here: https://www.reddit.com/r/macbookpro...acement_lcd_for_2016_mbp_nicer_than_2018_mbp/

Yeah ok magic eyes. I don't want 120hz for gaming, I want it for productivity, scrolling etc - the same was the iPad Pro is getting it.
 
... but the paltry 10nm production they are shipping now is not going to free up enough lines to magically bring about Comet Lake if demand holds steady or goes up significantly. I guess we will see soon enough.

Two fabs isn't exactly in the paltry category.

"... Swan made a number of comments related to 10nm during the call. Ice Lake servers have been sampled to enterprise customers, with early production expected in 1H 2020 and
...We now have two factories in full production on 10-nanometer. We are also on track to launch 7-nanometer in 2021. ...
... "
https://www.extremetech.com/computing/295815-intel-is-finally-shipping-ice-lake-in-volume

They built up an inventory so should be able to keep up for at least the end of the year. If they got into 2020 and the demand started to greatly outstrip the supply then the Comet Lake U could take the wafer start slots that the Comet Lake H would have started out with. If not intel can just 'kick the can' until the Rocket Lake ( 14nm CPU + 10nm GPU hybrid is ready in 2020 and possibly just skip Comet Lake U.). It looks like they held back supply because they can't handle a large demand bubble. Once past the bubble the two fabs may be able to keep up and gradually ramp on the more high margin Ice Lake Server dies and FPGA stuff. ( those are much more expensive so demand bubble isn't quite as high. )

Intel having enough slots to run PCH on the 14nm fabs doesn't necessarily mean they can huge excess to run more products in parallel than the plan they had put together. That the PCH are there was/is can contributing factor as to why can't do U and H at the same time.

None of the current H have the speculation execution ( MDS , Meltdown ,etc.) hardware fixes. Whiskey Lake U does. Holding H's solutions out into 2020 isn't particularly desirable. There had to be some motivation was to why they had to take that hit. I suspect hedging against a longer 10nm screw up was the driver for ordering. (and once don't need the hedge the plan crumbles. )

But we shall see on a couple months.
 
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based on image macOS scaling and this suppose resolution it will not be 16" but around 16.3"
The current 15.4" MBP has resolution of 220PPI. If Apple sticks to the same 220PPI & the stated resolution of 3072x1920 per this article, the screen size will be 16.46".

https://www.sven.de/dpi/

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I still have a maxed out 2013 MacBook Pro 15 (with a 47W i7-4960HQ and integrated Iris Pro 5200 GPU only). It's dead silent most of the time and plenty fast enough for general work and running external WQHD display as a second screen.

My main computer now is a maxed out 2016 MacBook Pro 13 (with i7-6567U). I has not problems pushing LG 5K display next to it (two displays setup).

I'd go for a 28W CPU such as Intel Core i7-1068G7 in a MacBook Pro 15-16" with thin bezels and great cooling system (it could pretty much run at 3,6 GHz all the time when needed, while idling at 2,3). Would be dead silent like 99% of the time, plenty fast enough for general work and have amazing battery life. External GPU is all it takes to get the desired GPU performance on request. This, or 45W GEN10 equivalent of i7-4960HQ from Intel.

IMO - for all the work I do and like 90% of computer users I know - modern powerful integrated GPU with all the codecs support is a perfect choice. Dedicated GPU in a notebook for those who do not need it = extra heat, noise, power consumption and potential point of failure, nothing else.

It would be awesome if one day Apple brings back an option to purchase 15" MacBook Pro only with a powerful integrated GPU (or rumoured upcoming 16"). I am sure it will find quite a lot of buyers.
"It would be awesome if one day Apple brings back an option to purchase 15" MacBook Pro only with a powerful integrated GPU (or rumoured upcoming 16"). I am sure it will find quite a lot of buyers."

That'd be awesome. That's the Mac I would buy.
 
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I question if many of those trashing the Touch Bar a keyboard have used it, I put off buying one because of all the bad reviews and yes in store I didn't like the keyboard, but bought the 2019 model and love the Touch Bar, and after a week loved the keyboard, I can type way faster and more accurately on it than the old ones.



Couldn't care less about the screen size... just give me the option of a better keyboard than the current POS... (and no touch bar)
 
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This is going to be expensive.

With the Mac Pro, Apple has ushered in an era where any new form factor with ‘Pro’ attached to its name, really does mean that it’s specced for demanding pros - with prices to match - and not for prosumers.
 
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