That’s imposible.This is what I wish for:
2019 MacBook
i3-i5-i7 (equivalent to current CPU:s 8145U, 8250U, 8665U)
8-16 GB LPDDR4 RAM
256-512-1024 GB SSD
Two Thunderbolt 3 ports
I would get a i3-16-256 config.
I would sell my 2013 13” MBP and my late 2012 27” iMac and rely solely on the MB and my 2019 15” MBP (i7, 32, 555X, 512; provided by my employer), and also purchase an eGPU setup for my home office, with a Radeon VII (until nVidia cards are accepted natively).
That’s imposible.
There are no Intel CPUs suitable for the MacBook that support LPDDR4 or Thunderbolt 3.Why? Technically?
I agree this would be a perfect thing to use while travelling and also buy an eGPU for home/office.
There are no Intel CPUs suitable for the MacBook that support LPDDR4 or Thunderbolt 3.
The only mention of LPDDR4 on the last leaked roadmap is for Comet Lake U at Q2 2020. Nothing about the Ice Lake Y for the MacBook at least until 2021:Thank you for clarifying. Too bad. Roadmap?
Intel Core Y-Series.What processors are the current MacBooks using?
Intel Core Y-Series.
718 days to be exact. It will be two years as of June 5. June 3 is WWDC 2019.So it will either be Ice, Tiger or Comet Lake huh.. Wonder when they will updated it. Its been a long time.
There are no Intel CPUs suitable for the MacBook that support LPDDR4 or Thunderbolt 3.
No, because the MacBook suitable processors are the series-Y processors and the i5-8250U is a series-U processor.If we skip the LPDDR4 part, the i5-8250U in the Lenovo Thinkpad handels TB3. Is that kind of performance not possible in the fanless MB?
BTW, does anyone know if the keyboard warranty is really 4 years, or potentially longer? The webpage about this doesn't mention anything about 4 years. Furthermore, the 2015 MacBook is still covered by the keyboard service program, and it is now >4 years old.
The program covers eligible MacBook, MacBook Air, and MacBook Pro models for 4 years after the first retail sale of the unit.
I missed that. Thanks for pointing that out.The link you gave takes me to the Keyboard replacement page on the UK site where it states;
Well, wait at least to WWDC since that is only a week and a half away. The last release was at WWDC.It would fit my needs at the moment but given it’s age, cost and the keyboard issue I just find it difficult to actually commit to the purchase, even though I really want to.
As an aside I’m looking to purchase a MacBook and was wondering what people’s thoughts on buying the 2017 model are now that it’s almost two years from release.
It would fit my needs at the moment but given it’s age, cost and the keyboard issue I just find it difficult to actually commit to the purchase, even though I really want to.
No, because the MacBook suitable processors are the series-Y processors and the i5-8250U is a series-U processor.
The MacBook Air support for Thunderbolt 3 doesn’t depend on the CPU but on the Thunderbolt controller. A chip that is cooled by a fan on the MacBook Air. There is no space on the MacBook motherboard neither for that chip nor for a fan to cool it down. Besides the MacBook Air CPU is tweaked to work at a higher power (7W) and therefore it consumes more and gets hotter than the standard 5W series-Y CPUs used on the MacBook.I’m sorry for not giving up on this matter The current MBA uses a i5-8210Y, and it has two TB3 ports. Is there another factor that makes that CPU unusable in the MB?
It should be noted that the Y series chips in the 12" MacBooks likely also are using TDP-up, since they have higher base frequencies than Intel's listed specs for their regular TDPs.The MacBook Air support for Thunderbolt 3 doesn’t depend on the CPU but on the Thunderbolt controller. A chip that is cooled by a fan on the MacBook Air. There is no space on the MacBook motherboard neither for that chip nor for a fan to cool it down. Besides the MacBook Air CPU is tweaked to work at a higher power (7W) and therefore it consumes more and gets hotter than the standard 5W series-Y CPUs used on the MacBook.
Well, I think they could have higher base frequencies but not necessarily higher TDP as long as they don’t exceed 5W in power consumption when boosting over their base frequencies.It should be noted that the Y series chips in the 12" MacBooks likely also are using TDP-up, since they have higher base frequencies than Intel's listed specs for their regular TDPs.
TDP for the stock chips in the MacBook is not 5W. It's 4.5W.Well, I think they could have higher base frequencies but not necessarily higher TDP as long as they don’t exceed 5W in power consumption when boosting over their base frequencies.
More likely for the MacBook Air.I see the Computex Ice Lake slides refer to 9W TDP chips, which I wonder if might be suitable for a revised MacBook? The TDP-up of the 5Y71 is 6W, so still a jump, but perhaps offset a little by additional integration of Wifi, etc. Also, we have seen Apple willing to thermally throttle, so they might just give it a go.
As an aside I’m looking to purchase a MacBook and was wondering what people’s thoughts on buying the 2017 model are now that it’s almost two years from release.
It would fit my needs at the moment but given it’s age, cost and the keyboard issue I just find it difficult to actually commit to the purchase, even though I really want to.