Hum... since when has Apple had fanless laptops ?
My bad - I wasn't speciffic: running without the fan noise. Yes, they have fans. Just comparing them with other products, they are not on all the time.
Hum... since when has Apple had fanless laptops ?
My bad - I wasn't speciffic: running without the fan noise. Yes, they have fans. Just comparing them with other products, they are not on all the time.![]()
Wait what ? Which Apple laptop doesn't have a fan permanently running ? Even my 13" MBA has its fan running at 2000 rpm at all times, faster as heat requires it.
Bit of a stretch on that analogy.
IBM failed to produce a mobile G5 chip for years and PPC and x86 never were quite far apart in the performance arena to begin with.
Key there is "failed to produce." Apple dropped Moto (IBM had long dropped out of the PPC consortium) because Moto always promised then always delayed. The refresh period is even smaller now and Apple's requirement for growth even more demanding by investors. The big barrier from dropping PPC immediately was the Mac's architecture. But it wouldn't be nearly as sloppy going from Intel to ARM. I'm not advocating, just noting that ARM is coming quick at Intel. It's not a stretch of an analogy or imagination.
Uh ? What in the Mac's architecture made the PPC to x86 transition hard exactly ? What in the ARM architecture and current offerings would make this easier ?
ARM coming quick at Intel ? ARM doesn't even sell chips, just designs. Intel can make ARM chips tomorrow if they want (and they have done so in the past, with the StrongARM acquisition and line-up they had).
No, really, it's quite the stretch. In fact, I think you brought it to the breaking point. Stop stretching, it'll tear.
I think he meant AMD and not ARM? The Intel to ARM transition is a whole different topic than Intel to AMD.
I would guess that all of the 22nm CPUs are based on the same die... whether its dual or quad core or something else.The report does not mention quad-core mobile processors such as those used in Apple's larger MacBook Pro models, but given that they are based on the same die as the desktop chips, the mobile chips could appear at the same time.
do you also think jews did wtc and the moon landing was staged, bro?This has nothing to do with manufacturing process issues. Intel could go straight to 11 nm and beyond (nanotechnology) if they wanted right now. It is just milking the process as much as possible.
Uh ? What in the Mac's architecture made the PPC to x86 transition hard exactly ?
Well, first it was x86 to PPC, and if you don't remember the transition then maybe you should speak about how not difficult it was. For us Mac users at the time is was a giant PITA.
I'm not advocating, just noting that ARM is coming quick at Intel.
Someone (Mad-B-One) seems confused because apple laptops are quieter than all the competition.
Disregard the thermal sensors when at load. They are quiet though.Nope, not confused. Just was a little slack to go into detail. I mentioned ULV - the reason they can be more quiet than the competition, did I? Compared to the lap warmers the competition is selling, Apple's notebooks appear different. I got 3 Windows laptops at home and using them has the sound of a small turbine to it if you don't use a USB laptop fanbox (or whatever they are called - the thing you can set a laptop on) with big diameter fans.
Yes yes, ARM CPUs have a lot lower TDP than Intel's chips that are meant for PCs.
So, the iMac uses desktop CPUs, which may or may not appear on April 29th. How does this imply anything for the MBPs and the mobile CPUs they use?
I don't understand this part of the news:
I would guess that all of the 22nm CPUs are based on the same die... whether its dual or quad core or something else.
The important questions are whether they can get the yields up for all the CPUs, and whether or not they are willing to throw them on the market and possibly loosing money on the stock of SB CPUs they have lying around.
All Ivy Bridge CPUs are based on the same architecture, but there are multiple dies. Consumer Sandy Bridge CPUs have three dies: dual core with HD 2000, dual core with HD 3000 and quad core with HD 3000. Why? Because it's waste of money to make quad core chips and sell them as dual core. Instead, you can make a dual core die and get more dies per wafer, which obviously means more money.
How exactly? There are zero, zero ARM based CPUs used in mainstream laptops and desktops. In fact, there are zero ARM based CPUs that can compete with Intel's CPUs in laptop and desktop environment. Just because we are seeing quad core ARM CPUs doesn't mean that they are automatically as fast as quad core Intel CPUs. It doesn't work that way. Intel's architectures are a lot faster in terms of core for core, clock for clock performance - and that's what counts in consumer PC market.
Yes yes, ARM CPUs have a lot lower TDP than Intel's chips that are meant for PCs. However, you can't just increase the frequency to a point where the performance should be equal. Frequency/power consumption graph is not linear, plus there is no evidence that ARM based chips are capable of achieving a frequency that would make them on-par with Intel (at some point, the system becomes unstable when a certain frequency is achieved).
Also, leaving Intel would put Apple on mercy of 3rd party fabs. Right now, GF, TSMC etc are struggling to get 28nm chips out in acceptable yields. At the same time, Intel is preparing their 22nm CPU with new FinFET transistors (while others are still using old planar transistors). Hell, the current iDevices are using 45nm SOI in their SoCs. That's what Intel used in 2009.
Seriously, this "ARM is better than Intel" argument is getting old. Wake me up when there is an ARM based chip that has:
- Better core for core, clock for clock performance than Intel's current chips at that time
- Better performance per watt ratio than Intel's
- Is faster than Intel's offerings in the same price category
- Is aimed for consumer PCs (i.e. laptops and desktop), similar to Intel's Core iX family
Until that happens, the ARM argument is junk.
PC Watch is on the ball too.All Ivy Bridge CPUs are based on the same architecture, but there are multiple dies. Consumer Sandy Bridge CPUs have three dies: dual core with HD 2000, dual core with HD 3000 and quad core with HD 3000. Why? Because it's waste of money to make quad core chips and sell them as dual core. Instead, you can make a dual core die and get more dies per wafer, which obviously means more money.
Bit of a stretch on that analogy.
IBM failed to produce a mobile G5 chip for years and PPC and x86 never were quite far apart in the performance arena to begin with.
Constrast this with a few months of delay from Intel on the latest generation with ARM nowhere near the performance of current x86 chips, much less Ivy Bridge.
If ARM manages to Knock down the door, they'll get booted out and arrested for trespassing at this point.