Haha when pigs fly!![]()
If the new thunderbolt Display is "only" 4k it could be annonunced in January too.
Haha when pigs fly!![]()
Wait, I thought we were still waiting on Intel to release the chips.The plot for a January event thickens… http://9to5mac.com/2015/12/02/iphone-6c-launch-date-metal/
We do, but if I remember correctly Q1 seams to be Intels target for the release. Also, we need some hope.Wait, I thought we were still waiting on Intel to release the chips.
The XPS 15 uses a midrange Skylake chip with HD530 integrated graphics, and the GTX960M is no better than the current AMD dGPU. Apple has never used such a low end chip in 15" MBPs before - it's always picked the highest binned ones with Iris Pro level graphics for 15".Where is skylake, Dell is already selling the magnificent XPS15" with skylake and GTX960m! I am really tempted.
I actually see this as an option since TB3 can't run two 5K screens at the same time. If they choose to upgrade the Mac Pro with Skylake (with TB3) this is indeed plausibleIf the new thunderbolt Display is "only" 4k it could be annonunced in January too.
I actually see this as an option since TB3 can't run two 5K screens at the same time. If they choose to upgrade the Mac Pro with Skylake (with TB3) this is indeed plausibleOn the other hand TD hasn't seen an update since 2011, it's the new Mac Mini.
One single Thunderbolt 3 port can't even run one 5k screen at 60hz. We will have to wait until Kaby Lake for that and even with KB it will only 30hz for two 5k screens =(
So if they want to keep the "thunderbolt" display it has to be 4k even if it's a 27 inch display or wait until 2017 for the 5k
One single Thunderbolt 3 port can't even run one 5k screen at 60hz. We will have to wait until Kaby Lake for that and even with KB it will only 30hz for two 5k screens =(
So if they want to keep the "thunderbolt" display it has to be 4k even if it's a 27 inch display or wait until 2017 for the 5k
"Thunderbolt 3 is capable of driving up to two 4K external displays at 60Hz or a single 5K display at 60Hz running off a single cable" https://www.macrumors.com/2015/06/02/intel-thunderbolt-3-usb-c-displayport-1-2/
It is well known already that TB3 is capable of 5K at 60Hz. The next Apple cinema Display and iMac 5k Display Target mode can be enabled with TB3.
Yes, your post verified my answerNoope, macrumors mixed information from initial intel plan which was to include and provide DP1.3 throught the TB3 but finally it doesn't support it. So TB3 only has only DP1.2 support which means that it can only drive two 4k displays separately but not 5k in one screen.
For 5k you need either a DP1.3 or HDMI 2.0 port and no one of them are released yet nor inside the TB3 standard.
The only solution is a dirty one which consists in conecting 2 ports from the laptop (DP 1.2 or TB3) and link both together into the 5k screen, then through internal software display half 4k with each other, and then mix the two 4k pictures to fill one 5k frame. In my country that's called a botched job and it's far from being "official support" not to talk about tearing and latency issues. That's a thing Apple wont do that to their products. It's only a messy solution if you need to use 2 cables but TB3 would use just one. The monitor that you would want to feed would need to have also a TB controller to join the signals.
Edit: one TB3 port has inside (x2) DP 1.2 so theorically the split and join image mess could be done with using just one TB3 port in the laptop and one TB3 port in the screen and one single cable. But internally it's still a messy solution, nor official nor native 5k support. I doubt Apple will do that, but could be... who knows.
Yes, your post verified my answer. Absolutely correct, TB3 doesn't include DP 1.3 but DP 1.2 which as we all know is not capable of feeding a 5K 60hz. So the only solution as you stated, is to power said display with two ports. Now this is where it gets interesting, a typical DP 1.2 port has 4 lanes, but TB3 has 8 Lanes, double the amount, which accounts for a total of 2 DP 1.2 Ports in a single TB3 port. The display would need to have a TB controller (just like the current Cinema Display) to join the signals, that's all. Way better than using two display ports like we do now. You can check the brochures in Thunderbolt's website. Also there is a lenghty document with lots of interesting diagrams, you may want to check them out.
It should be noted that the Alpine ridge controller also supports HDMI 2.0 output.
From what I've heard (have to research more deeply on this) the Dell 5K display that is powered by 2 DP 1.2 cables looks fine an doesn't suffer from tearing or any other type of image quality issue. And yes, I know what you mean by "official", I'm also not a fan of "improvised" solutions. So while it's not "official" as you said, "it just works" like Apple would say.lol I realliced about the 8 lanes at the end, but still have my doubts about it. What about the image quality with this split and join method? Doesn't sound good to me.
Actually I wish TB3 could display 5k without problems, because I want that feature and I'm not sure if I could wait till future generations until it's "official" lol.
Gotta get ready for the iMac now...Let me take you back to the year of 2010, when I bought my first and current MBP. Or actually, let me take you back to june 2009, when I decided to buy my first MBP. I had read so much fantastic about the i5 and i7 processors soon to be out, scheduled to be released in SEPTEMBER 2009 (quite similar timeframe as the skylake). So I waited. September came, september went. I hoped and wished that I could at least get my new laptop before christmas. But no. The waiting continued. The MBP-compatible processors were not released until JANUARY 2010! (just like the Skylake). I was not able to get my hands on an updated MBP until APRIL 2010, after almost a year of waiting, just like now. So I wouldn't get my hopes up for january. History repeats itself.
Let me take you back to the year of 2010, when I bought my first and current MBP. Or actually, let me take you back to june 2009, when I decided to buy my first MBP. I had read so much fantastic about the i5 and i7 processors soon to be out, scheduled to be released in SEPTEMBER 2009 (quite similar timeframe as the skylake). So I waited. September came, september went. I hoped and wished that I could at least get my new laptop before christmas. But no. The waiting continued. The MBP-compatible processors were not released until JANUARY 2010! (just like the Skylake). I was not able to get my hands on an updated MBP until APRIL 2010, after almost a year of waiting, just like now. So I wouldn't get my hopes up for january. History repeats itself.
January 2011 - 2635QM - 2820QM
Early 2011 - February 24, 2011
September/October 2011 - 2675QM - 2860QM ***Sandy Bridge mid-cycle bump
Late 2011 - October 24, 2011
April 2012 - 3615QM - 3720QM
Mid 2012 MBP - June 11, 2012.
September 2012 - 3630QM - 3840QM ***Ivy Bridge mid-cycle bump
Early 2013 MBP - February 13, 2013
June 2013 - 4750HQ - 4950HQ
Late 2013 MBP - October 23, 2013
July 2014 - 4770HQ 4870HQ ***Haswell mid-cycle bump***
Mid 2014 MBP - July 29, 2014
This is in regards to the 15"/17"(before discontinuation) and there's obviously release date overlap with the 13"
2015 not consideed because it uses the same processor as Mid 2014 and same architecture as late 2013.
If you were to take the 13" and less broadwell into consideration, that's September 2014 for processor release with a March 2015 MBP release.
One single Thunderbolt 3 port can't even run one 5k screen at 60hz. We will have to wait until Kaby Lake for that and even with KB it will only 30hz for two 5k screens =(
So if they want to keep the "thunderbolt" display it has to be 4k even if it's a 27 inch display or wait until 2017 for the 5k
I wonder - the current Thunderbolt Display has two cables - MagSafe for power and TB - what if it just had two cables with both going to a TB3 port? Using 2x TB ports to drive the screen?
Not like Apple hasn't done some graphic problem solving for the 5k display already. (That and has been known to have problems with new products' graphics till they fix them).
Maybe something only for a Mac Pro refresh of it's too many pixels to drive for a refreshed MBP. Makes sense the Mac Pro would be the first in line.
Speaking of the Thunderbolt 3, is it compatible with USB-C?I like that, but a 5k screen is about 80watts + speakers... for the Mac Pro or even the iMac could work, but for the rMBP, future versions of rMB with x2 ports or Mac Mini an adapter from USB-C to electrical input should be needed, so you only take on port on the device and the electricity cames directly from the house system, I don't know if this could be done, but it would be my solution.
Yes if your device has a TB3 port then you can use it as a standard USB-C port. Same shape conector.Speaking of the Thunderbolt 3, is it compatible with USB-C?
It sounds like USB-C it's the only need in the future.
But eventually TB3 and USB-C are different ports? Like the one for TB3 have slightly different technology?Yes if your device has a TB3 port then you can use it as a standard USB-C port. Same shape conector.
But eventually TB3 and USB-C are different ports? Like the one for TB3 have slightly different technology?
But eventually TB3 and USB-C are different ports?
Only iMacs are worth to buy now.Check out this link for your answer:
https://thunderbolttechnology.net/blog/thunderbolt-3-usb-c-does-it-all
Apple will very likely make USB C compatible with Thunderbolt 3. I can't see why they wouldn't, more input options in fewer slots.
And
I was just looking at the mac buyer's guide and its looking really sad:View attachment 603621
Also I would think next rMBP will only have these USB-C/TB3 Hybrid port, others including a headphone jack and a card slot.Check out this link for your answer:
https://thunderbolttechnology.net/blog/thunderbolt-3-usb-c-does-it-all
Apple will very likely make USB C compatible with Thunderbolt 3. I can't see why they wouldn't, more input options in fewer slots.
And
I was just looking at the mac buyer's guide and its looking really sad:View attachment 603621