T
The i9 is perfectly fine. Apple is using it wrong.
Or rather, Apple is unwilling to design their products around intel’s chip specs.
Either way, one has to give way eventually.
T
The i9 is perfectly fine. Apple is using it wrong.
Or rather, Apple is unwilling to design their products around intel’s chip specs.
Either way, one has to give way eventually.
And what is the logic in that? In that case Apple is still using the i9 wrong. Why should the customer who spends thousands of dollars be the victim of that? Stop making excuses for a bad cooling design.Or rather, Apple is unwilling to design their products around intel’s chip specs.
Either way, one has to give way eventually.
And what is the logic in that? In that case Apple is still using the i9 wrong. Why should the customer who spends thousands of dollars be the victim of that? Stop making excuses for a bad cooling design.
i9 caught everyone by surprise tho, don't be unreasonable. Apple shouldn't have put it in a laptop that wasn't designed for such a chip, but comparable to other mobile top of the line chips of previous generations, i9 is running hot.
and apple is not the only one having issues with it (although they seem to have the MOST issues with it.)
I'm not defending apple in anyway, but I'm not trying to defend Intel either. I'm skipping this gen although i was ready with my wallet open to buy it.
The MacBook pro is the only one having severe problems with the i9 like performing consistently under base clock speed when under load. The i7 version even does better. I don't think I am unreasonable if I call that a cooling design flaw. By the way, you are confirming everything I stated. Does that make you unreasonable too?
Apple with billions to spend on D&R should not have been caught by surprise and should have spotted this flaw before bringing this device on the market.
First of all this should be read in context of my response to Abazigal who is blaming only Intel and indemnifying Apple.
The MacBook pro is the only one having severe problems with the i9 like performing consistently under base clock speed when under load. The i7 version even does better. I don't think I am unreasonable if I call that a cooling design flaw. By the way, you are confirming everything I stated. Does that make you unreasonable too?
Apple with billions to spend on D&R should not have been caught by surprise and should have spotted this flaw before bringing this device on the market.
People thinking that Apple will suddenly make a 180 degree turn and make thicker laptops clearly don’t understand Apple very well.
People thinking that Apple will suddenly make a 180 degree turn and make thicker laptops clearly don’t understand Apple very well.
Well... maybe Apple shouldn't have made them so thin in the first place.
That's the most frustrating part of this. Right now... ALL of Apple's laptops are thin. Not just the consumer models... this has affected the supposed "pro" models too.
Macbook - THIN
Macbook Air - THIN
Macbook Pro 13" - THIN
Macbook Pro 15" - THIN
In the old days... the Macbook Air was a nice addition to the lineup when the Macbook Pro was thicker and heavier with a spinning hard drive and DVD drive.
But now the entire lineup is anorexic!
You're right though... Apple doesn't usually reverse their judgement. But it's nice to dream.![]()
If you read my earlier response, although it is ultimately Apple’s decision to use said processor, I hold both of them responsible. And I maintain that this debacle will simply strengthen Apple’s resolve to migrate the Mac to ARM.
People thinking that Apple will suddenly make a 180 degree turn and make thicker laptops clearly don’t understand Apple very well.
Or rather, Apple is unwilling to design their products around intel’s chip specs.
Either way, one has to give way eventually.
If part of the "cooling design flaw" is having a chassis insufficiently large enough to allow for adequate cooling (fans, heat sinks, airflow, etc.), then the thinness of the MBP is a factor to be considered.This thread is about the severe throttling of the i9. Not about people who think Apple should make thicker laptops. Why pulling that argument into the equation?
If part of the "cooling design flaw" is having a chassis insufficiently large enough to allow for adequate cooling (fans, heat sinks, airflow, etc.), then the thinness of the MBP is a factor to be considered.
So, Ryzen Pro 2700U has TDP of 12-25W, meaning top of the line MBP could hypothetically successfully run TWO Ryzen Pro 2700U chips in a 8-core/16thread setup.
I don't know if that would be beneficial. Probably the newest i7 (6 core) Macbook pro model would still be faster:
http://www.hwcompare.com/cpu/c/Core-i9-8950HK-vs-Ryzen-7-Pro-2700U
Yes, because engineers are always listened to by management.One of their engineers should have piped up and said, “Hey dudes we can’t do this. This thing is either going to overheat or throttle like crazy. We will be called out.” That’s what I can’t get my head around. Don’t they have smarter people working for them? People with an ounce of common sense?
I completely agree that thickness/thinness is certainly a part of it.
The person I was responding to was claiming: "People thinking that Apple will suddenly make a 180 degree turn and make thicker laptops clearly don’t understand Apple very well.". In that context my reaction should be read.
i9 caught everyone by surprise tho, don't be unreasonable. Apple shouldn't have put it in a laptop that wasn't designed for such a chip, but comparable to other mobile top of the line chips of previous generations, i9 is running hot.
and apple is not the only one having issues with it (although they seem to have the MOST issues with it.)
I'm not defending apple in anyway, but I'm not trying to defend Intel either. I'm skipping this gen although i was ready with my wallet open to buy it.