I'll but it. Give us no optical drive and two hdd bays or a thinner laptop and I'm sold. Maybe even dual GPUs in 13" with an upgraded GPU anyway
nice, but i rather have a higher resolution screen on the 13" mbp.
How will these new chips be better than the C2D, besides the Turbo Boost? When I look at them all I see is a slightly more efficient C2D. What's the improvement? Why aren't they quad-core? The clock speed surely hasn't changed or has gotten worse, and TB seems more like a tiny boost. I don't get how these dual-core are any different than the C2D.
Base Turbo
2.40 GHz 2.93 GHz
2.53 GHz 3.07 GHz
2.67 GHz 3.33 GHz
http://en.wikipedia.org/wiki/List_o...Arrandale.22_.28ultra-low_voltage.3B_32_nm.29
To me the more interesting detail is the ultra low voltage i7 variant. At only 18w TDP besides being an Air candidate in 1Q2010 (January) it becomes a candidate for a SSD tablet as well.
Core i7-640UM
1200 MHz 2.26 GHz
500 MHz
2 x 256 KB
4 MB
DMI 9x
2 x DDR3-1066
18 W
µPGA-989
Q1 2010
$305
Rocketman
Does this info still lead people to believe that Arrandale will only be used in the 15" and 17" models?
Yes get rid of the optical drive which is virtually useless. But the arrangement of the drives needs to take into account modern needs. That Modern need is for solid State Storage which right now means Flash
Isnt i7 mobile chip already release on window laptop? So are window i7 different from the i7 that is due in jan?
Can anyone tell me what this means for the Macbook Air? When will the Air-compatible processors be available? I just bought a Macbook Air last night... might be able to cancel?
Not sure how you are coming up with that conclusion. You have to keep the desktop and workstation market in mind. AMD is in NO WAY 'catching' up to Intel. Intel is releasing a Nehalem-based 6 Core CPU with Hyper Threading (Gulftown) that will completely take over the hardcore enthusiast market while the new affordable Nehalem-based i5/i7 CPU's (Lynnfield) is gobbling up the mainstream enthusiast market. Currently, i7 9xx CPU's (Bloomfield) dominate the enthusiast market and AMD is REALLY losing the mainstream market because of Intel's Lynnfield, and we all know who dominates the laptop market (Surprise, its Intel). AMD's biggest, most profitable area right now is the server market. The fact is, they produce power house server CPU's that get the job done at a cheaper cost than Intel's offering. Spread that into the lower end desktops and notebooks and thats all AMD really has.
The Hope here is that Apple could benefit from the fast SSD for boot and app performance while keeping bulk storage relatively cheap. The thought is that 256 GB of SSD would be enough for most user as far as app storage goes. With data on rotating media the SSD should last a very long time due to being primarily a read only drive. That is apps get install and for the most part you don't see much in the way of change happening on the SSD. This might actually simplify the design of the SSD controller, making the storage both cheaper and faster.
Thanks
Dave
users can always fallback to 1280x800, it's not like apple would take that setting out...hmm in theory, but that would involve too much screen squinting!
The HP Envy (http://www.reghardware.co.uk/2009/11/16/review_laptop_hp_envy_15/) is one such system.
The qualification here is that Apple might go with a low speed Arandale if the over all power budget is lower. However it doesn't look like Intel will initially release a the low power models. As to AIR I'd cancel anyways but that is me, I really don't think much of that model. Apple could redeem themselves with an overhauled AIR or they could simply cancel the unit outright.
Dave
Code:Base Turbo 2.40 GHz 2.93 GHz 2.53 GHz 3.07 GHz 2.67 GHz 3.33 GHz
Turbos are up to 20%-25%.
the current line up as it is
13" MB - 2.26 Ghz 3M L2 Cache - P8400 -$209
13" MBP - 2.26 Ghz 3M L2 Cache - P8400 - $209
13" MBP - 2.53 Ghz 3M L2 Cache - P8700 - $209
15" MBP - 2.53 Ghz 3M L2 Cache - P8700 - $209
15" MBP - 2.66 Ghz 3M L2 Cache - P8800 - $241
15" MBP - 2.80 Ghz 6M L2 Cache - P9700 - $348
17" MBP - 2.80 Ghz 6M L2 Cache - P9700 - $348
based on the price alone
Assumptions
#1. $16 difference between the old and new line up because of the integrated GPU inside the chip OR U$ value depreciation
#2. these are 35Watts TDP including GPU so they are equal to current PXXXX CPUs with 25 Watts TDP
#3. Prices based on wiki
the newer MB and MBP line would be
13" MB - 2.26 Ghz 3M L2 Cache - i5 430M - $225
13" MBP - 2.26 Ghz 3M L2 Cache - i5 430M - $225
13" MBP - 2.40 Ghz 3M L2 Cache - i5 520M - $225
15" MBP - 2.40 Ghz 3M L2 Cache - i5 520M - $225
15" MBP - 2.53 Ghz 3M L2 Cache - i5 540M - $257
15" MBP - 2.66 Ghz 4M L2 Cache - i5 620M Dual Core - $332 OR 1.60 Ghz 6M L2 Cache - i7 720QM - $364 - Quad Core
17" MBP - 2.66 Ghz 4M L2 Cache - i5 620M Dual Core - $332 OR 1.60 Ghz 6M L2 Cache - i7 720QM - $364 - Quad Core
and no Core i3 in this line up. graphics how that going to play out also no idea.
reference i am using here http://en.wikipedia.org/wiki/List_of...ile_Processors
it is not a intel announced price but it should be close enough
i posted this on the other thread...
How will these new chips be better than the C2D, besides the Turbo Boost? When I look at them all I see is a slightly more efficient C2D. What's the improvement? Why aren't they quad-core? The clock speed surely hasn't changed or has gotten worse, and TB seems more like a tiny boost. I don't get how these dual-core are any different than the C2D.
If Apple are as serious and concerned about the environments as they say they are - they should skip the 35W design.
Arrandale performs better (at least 10% I think) than Penryn at the same clock speed and that's before throwing Turbo Boost and Hyper-Threading in.But lets say I have a 3GHz C2D, is it that much better to have a 2.6GHz i5 when the TB is only giving you .3GHz when the other pipe is free (which is prolly never?). I'm only nick-picking because I'm sure they are going to charge a lot for these new machines and I don't see the big improvement like with the iMac's.