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So.. was this Intel's "Tick" or their "Tock" ?

It doesn't matter because tick/tock is dead for two reasons. One is that AMD is lacking in terms of performance and competition. Two is that I think the process of bringing online new fabs is going to slow down a little - from 24 months to something closer to 30.
 
It's not stupid if they wait to get custom chips without the integrated chips, trust me Arrandale's GPU is as just as awful as the previous Intel's GPU. Apple will insist on something of 9400M level or high.

I'm thinking i3 for basic macbook, i5 for midlevel MBP (13'/15') and i7 for 17' Macbook Pro. Great way to differentiate between products and prices.

Um, no. First off, "special IGP for Apple and/or no IGP" = "ain't gonna happen". The *memory controller* and PCIe interface are on that die, so don't expect to see it go away. And there's absolutely no reason that Intel would design a faster IGP and then only sell it to one customer.

Secondly, how exactly is it "just as awful"? The handful of benchmarks I can find (example: http://www.legitreviews.com/article/1169/12/ ) show the new IGP getting an Entry 3DMark score of 3804, which compares quite well with the score of the recent Mini refresh with the 9400m (http://www.pcmag.com/article2/0,2817,2342488,00.asp) at 3215.
 
with my luck having purchased an MBP just about 2 months ago a new MBP is likely coming this month or next LOL
 
Um, no. First off, "special IGP for Apple and/or no IGP" = "ain't gonna happen". The *memory controller* and PCIe interface are on that die, so don't expect to see it go away. And there's absolutely no reason that Intel would design a faster IGP and then only sell it to one customer.

Secondly, how exactly is it "just as awful"? The handful of benchmarks I can find (example: http://www.legitreviews.com/article/1169/12/ ) show the new IGP getting an Entry 3DMark score of 3804, which compares quite well with the score of the recent Mini refresh with the 9400m (http://www.pcmag.com/article2/0,2817,2342488,00.asp) at 3215.

Yeah but the 9400m is 2 years old.
 
Haha for you maybe. Some of us are still on a 2004 Powerbook G4...


I am on a PB G4 from 05 so I am eagerly awaiting this update as well. Almost got a refurbed 15" MBP last night but I need to wait. Maybe I'll just go into hiding until the end of January. The suspense is driving me crazy.
 
It doesn't matter because tick/tock is dead for two reasons. One is that AMD is lacking in terms of performance and competition. Two is that I think the process of bringing online new fabs is going to slow down a little - from 24 months to something closer to 30.

Tick/Tock really has nothing to do with AMD.

"Tick" is a new microarchitecture. "Tock" is a new (usually smaller) process.

Tick and tock are both difficult to design, verify and debug. Trying to do both at once is very, very difficult.

Tick lets Intel build a new microarchitecture on a stable, known process.

Tock lets Intel move a stable, known microarchitecture to a new process.

Tick/Tock doesn't require a fixed time scale, it's open to variation with each cycle.
 
Um, no. First off, "special IGP for Apple and/or no IGP" = "ain't gonna happen". The *memory controller* and PCIe interface are on that die, so don't expect to see it go away. And there's absolutely no reason that Intel would design a faster IGP and then only sell it to one customer.

Secondly, how exactly is it "just as awful"? The handful of benchmarks I can find (example: http://www.legitreviews.com/article/1169/12/ ) show the new IGP getting an Entry 3DMark score of 3804, which compares quite well with the score of the recent Mini refresh with the 9400m (http://www.pcmag.com/article2/0,2817,2342488,00.asp) at 3215.

because intel has not custom designed apple parts before?

like the mba cpu....
 
quad core vs core 2 duo

i still don't get it.why is a quad core better then a core 2 duo processos?
correct me if i'm wrong.a quad core just consists of 1 processor with 4 cores.
a core 2 duo consists of 2 procesors with each 2 cores.so they both the quad and core 2 duo processors have 4 cores.the only difference it makes is when your programs are written for one processor or two.so if a game is written for core solo,it wil be faster on the quad core.but if it's written for the core 2 duo.
you will have a big advantage?so,the next question is.tey will make core 2 quads who wil then be faster then core 2 duo's?
and finaly,what are you gaining from having a quad core or core 2 duo if you (let's say) a game only supports 2 cores,and if both processors are both as high clocked.

thx.
 
i still don't get it.why is a quad core better then a core 2 duo processos?
correct me if i'm wrong.a quad core just consists of 1 processor with 4 cores.
a core 2 duo consists of 2 procesors with each 2 cores.so they both the quad and core 2 duo processors have 4 cores.the only difference it makes is when your programs are written for one processor or two.so if a game is written for core solo,it wil be faster on the quad core.but if it's written for the core 2 duo.
you will have a big advantage?so,the next question is.tey will make core 2 quads who wil then be faster then core 2 duo's?
and finaly,what are you gaining from having a quad core or core 2 duo if you (let's say) a game only supports 2 cores,and if both processors are both as high clocked.

thx.

Core 2 Duo = 1 processor with 2 cores.
 
i still don't get it.why is a quad core better then a core 2 duo processos?
correct me if i'm wrong.a quad core just consists of 1 processor with 4 cores.
a core 2 duo consists of 2 procesors with each 2 cores.so they both the quad and core 2 duo processors have 4 cores.the only difference it makes is when your programs are written for one processor or two.so if a game is written for core solo,it wil be faster on the quad core.but if it's written for the core 2 duo.
you will have a big advantage?so,the next question is.tey will make core 2 quads who wil then be faster then core 2 duo's?
and finaly,what are you gaining from having a quad core or core 2 duo if you (let's say) a game only supports 2 cores,and if both processors are both as high clocked.

thx.
A Core 2 Duo is a single processor with two cores. Duo = # of cores. 2 = 2nd iteration of the Core architecture.
 
Too late. Apple uses off the shelf parts. There never really was a surprise.

Awesome. So since it's so clear, when can I expect a MacBook/Pro update announcement so I can place an order for my mom? This week? Next? Jan. 27th?

Date please.
 
Haha for you maybe. Some of us are still on a 2004 Powerbook G4...

I'd like to wish for Blu-ray, USB 3.0/Lightpeak, and ATI 5000 discrete on the next refresh, but I have a feeling I'll be setting myself up for disappointment.

I am hoping for this as well, no doubt I will be disappointed too haha. Either way as a owner of a first generation Macbook Pro I am eargerly awaiting this refresh. It is past upgrade time for me! :D
 
I, for one, have pretty much lost interest in the CPU technology over the last 6-10 years. The processors (all of them for desktops and notebooks) are fast enough for 90% of the consumer population doing 90% of the work. The only thing faster and faster chips help are the rare/limited use of extreme graphics rendering or possibly dvd/movie authoring.

That being said, I've been waiting patiently for a long time for the computer hardware industry to enhance the true bottleneck: hard drive/storage performance.

Drive performance (for consumers), in my view, has been the same for the past 10 years and realistically at least 15 years with minor improvements. No, I'm not counting the people who have deep pockets that will buy super expensive (and super low storage capacity) 10,000RPM or 15,000RPM drives and then RAID them. Nor am I talking about high end drives/units designed solely for business data centers (vendors like NetApp or technologies like Fibre).

The updated CPUs over the past 10 years, to me, has been nothing more than the introduction multi-core technology (which practically no software vendor utilizes correctly or to its max) combined with lower power requirements (really only necessary for a laptop and when on battery power of course) and a few instructions here and there that Flash may use.

Sure, I'll take a faster CPU any day...but rarely is the CPU performance increases actually equating to real world differences for real world users. If you really think about most of your apps, they're not crunching numbers or sorting 1 billion records in a database...they are waiting for disk i/o or even network traffic. Again, sure, there are Photoshop diehards and movie rendering apps out there that will appreciate faster chips....but very likely, still, those apps are waiting for disk i/o and the CPU is idle quite often.

-Eric
 
i still don't get it.why is a quad core better then a core 2 duo processos?
correct me if i'm wrong.a quad core just consists of 1 processor with 4 cores.
a core 2 duo consists of 2 procesors with each 2 cores.so they both the quad and core 2 duo processors have 4 cores.the only difference it makes is when your programs are written for one processor or two.so if a game is written for core solo,it wil be faster on the quad core.but if it's written for the core 2 duo.
you will have a big advantage?so,the next question is.tey will make core 2 quads who wil then be faster then core 2 duo's?
and finaly,what are you gaining from having a quad core or core 2 duo if you (let's say) a game only supports 2 cores,and if both processors are both as high clocked.

thx.

And this is why I hate Intel's naming scheme.
 
What went wrong since the Intel switch?

Considering what Apple charges for their laptops, I'm always surprised by the number of people considering upgrading their less-than-three-years-old laptop whenever a refresh comes around. In the PowerBook days, people ran their Mac laptops for 5 to 8 years pretty much as standard, and many still are doing so.

Presuming you're not all video producers, what's the rush? What can't your current laptop do that these new ones can?

(Anyone on a pre-Intel laptop is excused from this, obviously.)

That said, if new MBP's come with ESATA and quad-core chips, I'll consider trading in my Quad G5. If not, I can wait till it's fifth anniversary in March 2011. Plenty of steam left in the beast yet.
 
What went wrong since the Intel switch?

Considering what Apple charges for their laptops, I'm always surprised by the number of people considering upgrading their less-than-three-years-old laptop whenever a refresh comes around. In the PowerBook days, people ran their Mac laptops for 5 to 8 years pretty much as standard, and many still are doing so.

Presuming you're not all video producers, what's the rush? What can't your current laptop do that these new ones can?

(Anyone on a pre-Intel laptop is excused from this, obviously.)

That said, if new MBP's come with ESATA and quad-core chips, I'll consider trading in my Quad G5. If not, I can wait till it's fifth anniversary in March 2011. Plenty of steam left in the best yet.
I wonder the same thing. A Core 2 Duo is still a Core 2 Duo.
 
What went wrong since the Intel switch?

Considering what Apple charges for their laptops, I'm always surprised by the number of people considering upgrading their less-than-three-years-old laptop whenever a refresh comes around. In the PowerBook days, people ran their Mac laptops for 5 to 8 years pretty much as standard, and many still are doing so.

Presuming you're not all video producers, what's the rush? What can't your current laptop do that these new ones can?

(Anyone on a pre-Intel laptop is excused from this, obviously.)

That said, if new MBP's come with ESATA and quad-core chips, I'll consider trading in my Quad G5. If not, I can wait till it's fifth anniversary in March 2011. Plenty of steam left in the best yet.

Agreed. I need to see a real bump in order to consider upgrading. My MBP from 2006 still runs with the big boys, albeit a bit slower these days (in comparison). Nothing yet makes me want to go out and buy a new MBP.
 
I, for one, have pretty much lost interest in the CPU technology over the last 6-10 years. The processors (all of them for desktops and notebooks) are fast enough for 90% of the consumer population doing 90% of the work. The only thing faster and faster chips help are the rare/limited use of extreme graphics rendering or possibly dvd/movie authoring.
-Eric

Or the massively overlooked, and massive, music & sound recording/mixing areas. These advances make native processing in Logic/Pro Tools/etc an ever-more exciting thing. If the i5 comes up with the goods, I may be able to leave tower computing behind for laptops.
 
What went wrong since the Intel switch?

Considering what Apple charges for their laptops, I'm always surprised by the number of people considering upgrading their less-than-three-years-old laptop whenever a refresh comes around. In the PowerBook days, people ran their Mac laptops for 5 to 8 years pretty much as standard, and many still are doing so.

Presuming you're not all video producers, what's the rush? What can't your current laptop do that these new ones can?

(Anyone on a pre-Intel laptop is excused from this, obviously.)

That said, if new MBP's come with ESATA and quad-core chips, I'll consider trading in my Quad G5. If not, I can wait till it's fifth anniversary in March 2011. Plenty of steam left in the best yet.

There's a lot of people who must have the latest new toy as soon as it comes out, whether they need it or not. It's their money so let them spend it on new toys if it make them happy. At least it means there are more nearly new second hand machines available for those who like to grab a bargain. :)
 
I'm really not bothered about Bluray. As I work using my machines, a DVD drive is still more than fine.

If a lack of Bluray means there's a 17" MBP with a quad Core i7 and a decent ATI 5000 series chip, HD 5850 would be very nice, it might be the first time I trade up with just a years gap in between.
 
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