So is that also true for the difference between SV and LV? If that is the case, the Core i7-2649M you cite above (2.3 LV chip) should be faster compared to the 2.3 i5 in the low end Pro 13?
Thanks!
Sure clock speed isn't everything. But you better go read up some more on Tue Intel HD3000 IGP. You're using facts from the STD voltage SB IGP and applying them to the ULV SB IGP. Go read about the graphics on the Samsung Series 9 laptops. The 13" model uses this very chip cited. It shows greater than a 50% drop in graphics performance from the 320m to ULV IGP used in SB.
This has been the problem all along with everyone. They're attributing facts that are actually fallacies to this Intel IGP.
I bet you that you'll never see a iPad with screen resolution like 2048x1536, it's a ****ing nightmare to iOS developers. You don't understand that it's ****ing crazy, iOS interface like MacOS X interface is not scalable. Apple have to change the whole GUI before making this step forward. You know why there is much smaller apps for Android OS that for iOS? Because Adnroid devices have tons of screen resolutions and every ****ing vendor think that this is better but they kill platform with tons of resolutions, it's hard for developers to make apps compatible with all resolutions, again GUI problem.
What is the obsession with back-lit keys?
Do you actually look at the keyboard when you're typing?
I have something better than a MacBook Air. It's called an iPad 2.
Hellhammer said:So is that also true for the difference between SV and LV? If that is the case, the Core i7-2649M you cite above (2.3 LV chip) should be faster compared to the 2.3 i5 in the low end Pro 13?
Thanks!
It would be about as fast. The IGP is 150MHz slower though so graphics wise it would be slightly slower. chrmjenkins explained some smaller details but in terms of performance, i7-2649M should be similar to i5-2520M.
Sure clock speed isn't everything. But you better go read up some more on Tue Intel HD3000 IGP. You're using facts from the STD voltage SB IGP and applying them to the ULV SB IGP. Go read about the graphics on the Samsung Series 9 laptops. The 13" model uses this very chip cited. It shows greater than a 50% drop in graphics performance from the 320m to ULV IGP used in SB.
This has been the problem all along with everyone. They're attributing facts that are actually fallacies to this Intel IGP.
Remember that those are numbers under Windows. Anand mentioned in his 2011 MBP review that Intel HD 3000 has brilliant drivers in OS X, and in general it beat the 320M in OS X too. In Windows it got badly beaten by 320M. Sure the LV and especially ULV IGP will be slower than 320M, even in OS X but it may not be as bad as 50% drop.
It would be about as fast. The IGP is 150MHz slower though so graphics wise it would be slightly slower. chrmjenkins explained some smaller details but in terms of performance, i7-2649M should be similar to i5-2520M.
Remember that those are numbers under Windows. Anand mentioned in his 2011 MBP review that Intel HD 3000 has brilliant drivers in OS X, and in general it beat the 320M in OS X too. In Windows it got badly beaten by 320M. Sure the LV and especially ULV IGP will be slower than 320M, even in OS X but the Windows numbers don't correspond to OS X numbers.
Sure clock speed isn't everything. But you better go read up some more on Tue Intel HD3000 IGP. You're using facts from the STD voltage SB IGP and applying them to the ULV SB IGP. Go read about the graphics on the Samsung Series 9 laptops. The 13" model uses this very chip cited. It shows greater than a 50% drop in graphics performance from the 320m to ULV IGP used in SB.
This has been the problem all along with everyone. They're attributing facts that are actually fallacies to this Intel IGP.
Are you smoking something? Sure the IGP used in SB 13" MBP might get some fudged numbers by those who report for Apple, but you think the ULV SB IGP is going to even compare to the 320m on any level??? Huh? You are far smarter than that.
A lot of people using the 13" MBP in comparison when there are almost no similaries.
I don't believe a ULV CPU gets used in the 13" MBA. I don't believe this CPU in the story gets used in the 13" MBA. I don't believe Apple is dumb enough to ruin the MBA brand AGAIN with Intel's IGP at this time. I don't believe that what Apple does in the 13" MBP has any correlation with the MBA because the IGP is different. I believe when Apple and Nvidia said Apple will use the Nvidia chipset and GPU for a long time they were specifically citing the MBA, as it make no sense for the MBA to be so challenged as to get such an inferior design leading to tragic real world results.
In 2012 the MBA will get an update when it actually makes sense. People waiting for a ULV SB chip in the 13" MBA will be waiting a long time. People waiting or expecting SB IGP to even compare in ULV variants will be waiting forever as they cannot match the Nvidia offering with the underclocked IGP.
This story is ridiculous as written.
Are you smoking something? Sure the IGP used in SB 13" MBP might get some fudged numbers by those who report for Apple, but you think the ULV SB IGP is going to even compare to the 320m on any level??? Huh? You are far smarter than that.
For most people the ipad is more useful than the air anyway imo. Yes i owned an air, the ipad 1, and now the ipad 2 and the air was just a watered down macbook pro more than the ipad is a scaled up ipod touch
I would love to see a 15" laptop with no optical drive, with the specs and price somewhere between the MBA and MBP.
Yes. I need to see the keyboard. And in a dark room it's critical.
I bet you that you'll see Air's refresh before June.
I am shocked that anyone finds this as a positive.
So you all want a drop from 1.86/2.13 to 1.4GHz CPUs in your 13" MBA? That is a 30% drop.
Then you want another drop of approaching 50% in graphics performance? Remember these IGPs clock in much lower than the STD voltage SB used in 13" MBP.
I find this completely backwards from Apple's current position on both CPU and graphics, and I don't think anyone would end up with a faster or better 13" MBA than the current generation. Apple would certainly have to bring back the backlit keyboard and introduce Thunderbolt to sucker anyone into buying such inferior junk! I would recommend people buy the current generation on clearance rather than lose performance everywhere like this. If this is the chip Apple uses in the 13" MBA, prepare for a big drop in capabilities!
I am still in shock anyone finds this a positive? Have you all read the clock speed? The facts about the chip and IGP in ultra low voltage variants?
Let me know when it can run CS5 (in a pinch) and I'm in
Until then, I'm waiting for a back-lit key board and a faster processor (yah, I know learn how to type, yada-yada. I've been at this long enough that if you could type you became a "typesetter")
I think most ppl here do not seem to realize the number 1 problem of MBA: overheating. I am the proud owner of a Rev. C MBA, which I would not exchange for anything else (especially the new models). The only problem I can complain abt is frequent overheating, which makes apps and the OS slow down consistently or (very rarely) even freeze.
I believe that the processor downgrading, as well as the elimination of backlit keys, are mostly in order to avoid such problem (as well as improve battery life). Otherwise, they would not make sense.
MBA is not MB Pro. If u want less weight/space, u must be willing to compromise.
I completely disagree with that statement.