It does not seem as though Apple is the only company dealing with temperature in its 6-core laptops right now - https://www.tomshardware.com/reviews/razer-blade-15,5674.html
Wow, Apple has engineers? Well we're safe then, because engineers never make mistakes. No company in the history of the world that has engineers has ever put out a bad product or made a bad decision in any way (like not limiting the processor TDP and only controlling off of package temp for example).You might want to give these executives a call then and see just how far you get with telling them what they need to do since you know better than their engineers do.
Apple has been made to make product mistakes and soon make adjustments. The 17” PowerBook G4 had 3, maybe 4 iterations surviving under 2yrs before the product was pulled. That was prior to 2007.
huh? how do you figure?(17”) Thin and light but no bigger than 15".
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It is the Tardis model.huh? how do you figure?
Yes, even though it’s affordable and purchased for use at home by some, MBP is mainly for professionals. Apple sells somewhere around 10-12 million MBP a year, and millions of professionals appreciate the tradeoffs Apple makes between features, power, size, weight, fan noise, battery life, etc.
It’s not designed to run flat-out indefinitely, with 100% utilization of all-cores without throttling, though it now appears that some simple power management tweaks might significantly improve the current performance.
MBP isn’t for everyone, and if something else better fits your requirements, of course that’s the machine you should buy. Only 80% of Mac purchases are laptops; iMac is around 15%, about 3 million sold per year.
If they want to do not change a fan temperature thresholds they can limit TDP and eventually disable Turbo Boost. If they cannot deliver stable performance using base frequency (forget about TurboBoost frequencies around 4.8GHz) then I am sure that there will be another lawsuit and Apple lawyers will be in trouble to defend it using argument that performance strictly depends on ambient temperature and thermal design capability to dissipate heat. Court experts may want to see a thermal design data or make independent expertise and I am sure that this design is not able to handle more than 28-30W or even less having safe temperature limit under constant load or even less in hot regions. If the bottom and top case temps will be above safe limit so skin might be injured this might be also used as strong argument before court because aluminium enclosure is used as part of heatsink. In result Apple may need to change advertisements on Apple site but I am sure that they selected each word and sentence carefully. So possibly they will claim that parameters may vary according to region and conditions (works ok for a short peaks). So 4.8GHz can be fullfilled as miliseconds peaks in Greenland or Siberia like P.M.P.O. power parameter labelled on speakers in cheap chinese audio crap from 80's and 90's.
[doublepost=1532252458][/doublepost]I'm just wondering if any other MacBook laptops act the same?Apple will not need to change advertisements. They only state the CPU - with INTEL's description of what that chip is. That is it, they don't say the computer operates at that speed. You also have 2 weeks to test it out and return - it is not as if Apple is forcing you to buy it, or forcing you to keep it. It would be different if things changed significantly for the detriment after those 2 weeks.
If the CPU cannot sustain a 2.9GHz clock rate with the computer limiting the CPU to 45TDP then Intel specifications should change as it is not able to meet that base clock at the TDP rating. In the end, the computer is a sum of its parts so if you are using the GPU maxed out at 65 Watts TDP, then it will not be able to run the CPU at the base rate - it will be lower. Luckily almost all applications tend to be GPU intensive or CPU intensive... but not both at the same time. It seems like Adobe Premiere (unoptimized) may be one application that does. Of course, that does not mean that the same balance will happen on Windows since it would depend on whether you are using an nVidia GPU with CUDA.. and if that is the case the balance may not be the same. If Premier was optimized for the Apple platform it would be different.
If you look at the Helios 500 (which is the i9 done right), the computer is 4kg, but if you look at the power block (which will be at least half a kg on its own - would not surprise me if it is 1kg and more than 150 watts). Of course the compromise is that the computer is heavy, the computer has a vastly undersized battery for the components (if it had a properly sized battery ... it would be significantly heavier... and you would not be ever able to bring it on a plane with you -- you would have to ship it ground and wait for it when you landed for 30 days or so).
In summary, it is not defective, just a different balance in compromises than the Helios... and it has the components stated... there is no promise on performance... and you have 2 weeks to test it yourself... so the lawsuit would be frivolous.
I thought the updated app was back.[doublepost=1532252458][/doublepost]I'm just wondering if any other MacBook laptops act the same?
I tried to download the intel app to check CPU speed but no longer available fro Mac.
All these years we probably having being burnt to some degree in believing these clock speeds
Funny thing is when I compare my MacBook Air 2014 to new MacBook Pro its only 30% faster in single apps
Please try to find less rude ways to express your opinions. Even when they're wrong, as in this instance, they're much less likely to irritate. Thanks.
Yay, someone with maturityOuch, my earlier post did sound unnecessarily rude - I'm sorry.
Yes, they DO have a choice (a lot of choices). Larger chassis, alternative cooling methods, etc. While most believe that Apple pursues thinness as some design ethos (it does to some degree), I believe that it is primarily used as "cover" for making components non-removable/upgradable, and removing ports and features.As for improving thermals, they need to crank the fans to an audible noise. It will slightly tarnish the glorious silent, and powerful image Apple wants to paint itself as, but they don't really have much of a choice.
And it’s reassuring that you are so much wiser than all these engineers and are here to police them and enlighten us with your almighty wisdom. Whew, thank God for that!
There just to many people who don't want to believe Apple blew it! Which is sad... While some want to blame the messenger because he makes a living reviewing stuff on YouTube for the sake of click bait the same can be said for the publications like Computerworld as well. The argument of software optimization as the root of all of this is just too much! So the 6 core i9 is so radically different than the i7 which does not encounter the issue, Come on! Each progression of i series CPU has needed more cooling (either core number and/or clocking) why would it be different here?
So if you are not rendering vids or any other heavy lifting with your system the i9 will be just fine. But, at that point you might have saved the i9 upgrade cost and stuck with the one of the i7 models instead.
I do a lot of photography and needed to replace my aging 17" MacBook Pro i7 while this system still wouldn't fit my needs and wishes I could force my self into using it. I was planing on getting one but thats off now if I do it will be one of the i7 models at least they have 6 cores as well!
Ouch, my earlier post did sound unnecessarily rude - I'm sorry. Although, I completely disagree about my opinion being wrong - please read up on this. Thanks.
Right. Both my 2013 and 2015 hit ~100c when they’re stressed. They are designed to do exactly that. They throttle only when they hit that temperature, as the current throttling policy stands. Neither are worse for wear.
Neither are worse for wear? Wow, you clearly know nothing about the adverse effects of consistently high operating temperatures on CPU/silicon and overall component longevity. Also, no system is designed to sustain 100c operating temperatures - the fact that it does simply highlights the inadequacy of the cooling system. Also, throttling is not considered normal, as it prevents the CPU from operating at frequencies (e.g. turbo), which it otherwise would have been able to operate at, had the cooling system allowed it.
Ideal keyboard for lovely professional British typist Elizabeth Nel:
Not just affordable—cheap. Even the most expensive config, with a 3 year replacement schedule, is barely over $100/month considering the tax deductibility. That’s maybe an hour of a pro’s billing rate.Affordable? The only reason people by these machines is because Apple has better build quality vs their competitors and slightly better consumer customer support. I used to have an XPS and their customer service I would vouch is on par with Apple's as I don't even need to leave my home to get a motherboard replaced and have the option to keep my drive on the premises.
Its a bit sad that Apple still gets the sales for this laptop even though the MacBook Line has been on the downswing under Cook. But it is what it is.
As for improving thermals, they need to crank the fans to an audible noise. It will slightly tarnish the glorious silent, and powerful image Apple wants to paint itself as, but they don't really have much of a choice.
My i9 / 32GB MacBook Pro is due to arrive on the 31st July.
I appreciate high fan speeds will help cool and provide better performance, but after spending so much on a system Im not after a band aid - like most others I want the performance I am paying a premium for. I'm also concerning how heat build up will affect the system over a longer period of time.
Although I will keep the i9 for a while and run some tests according to my own usage, as well as seeing if Apple will release any firmware update soon, I will more likely return the system and continue to wait for an updated iMAC....