Have you ever worked on a powermac G5 and a macpro? The only cominality between the case design is the external apperance. Internally the macpro is a whole new beast.
But given the motherboard, everything else is just put together
Again, what about the logic boards on the mac mini? It's nothing like the PPC version of the mini at all.
And from looking at the iFixIt guides, the MacBook and MacBook Pro internals aren't all that similar to the iBook or PowerBook.
Is the magnetic closing of the MacBook not considered engineering? MagSafe? Front Row remotes? Those features weren't around in the PPC days of the iBooks or PowerBooks.
i was under the impression that Apple uses standard motherboard templates supplied by Intel. Sure they made choicse, but
Front Row was around since PPC, check your facts.
so what, we are down to magnetic closing of macbook and magsafe? i'm not saying those are nothing, but is that it?
Eliminate all the people who can make a system as small or power efficient as a current Intel Mac and report back. And no, I don't consider any of the Shuttle XPCs comparable. They're HUGE in comparison.
The iMac and mini are feats of engineering whether you like it or not. Not computing performance, but thermal and power management with a good dose of software thrown in.
B
Mac Pro (and the Powermac G5) are the largest desktops i've ever seen.
iMac and mini are great, but do know they were around before 01/2006.
This argument is orthogonal to the DRM discussion, but nevertheless I'd like to wade in.
Apple deserves to use the term 'design' in regard to their products in the same way that an architect like Frank Gehrysomeone who also likes to make shiny objects.
Now, Gehry's iconic design of the Guggenheim Museum in Bilbao, Spain was his own. However, did he build it? Did he design the HVAC system or did he make the steel I-beams in the frame? Obviously not, because large buildings are 'designed' by architects, 'engineered' by various engineers, and built by contractors and construction workers. It is unreasonable to expect Frank Gehry to pour concrete, weld beams, and design everything from light bulbs to the blower motor on the AC unit. Thus, it is also unreasonable to expect Apple to engineer the Mobo, the HDs, the LCD, and nearly every other part.
Apple makes choices about which HD is used, they make choices in regards to Mobo designs, processors, as well as the design for the case and little add-ons like where the iSight camera should go. They don't have to grind the glass on the lens, and they don't have to make each and every part.
It would be disingenious for Apple to say "Designed and Built in Cupertino" but the simple "Designed in Cupertino" is a worthwhile claim.
Microsoft's Zune is slightly less honest, since it really should be "Designed by Samsung, with software by Microsoft" but I don't think that's a reasonable expectation since an honest description of any product would include such a litany of companies that it would be akin to a stock-car. That is the modern reality of modern computing.
this is the best argument i've heard so far.
but i didn't say apple didn't design their products at all, i'm saying most of the design work was done during the PPC era.
Mac Pro
one can certainly argue the internal of Mac Pro is drastically different from that of the powermac g5. However, provided apple uses the standard template for motherboard/logic board (if that assumption is false, please provided articles stating apple
designed its own motherboard, and i will gladly stand corrected), and provided that intel chip is much cooler than the PPC ones, then there is not much left for apple to engineer. Sure someone has to put it together, but by no mean did apple achieve some technological feat here.
The placement of optical drive, hard drive, and motherboard is by no mean more advanced than the powermac g5. one can even argue the placement of the power cord connector is nonsensable.
provided the Intel-designed-mobo assumption is true, using the other components used, such as the type of RAM is probably part of the Intel design too.
i'm not saying no work gone into this, i'm saying the amount of work gone into mac pro development is significantly less than that gone into powermac g5.
imac / mac mini
now i admit i'm not familiar with imac/mini at all except i had a imac g3 once. but if i were to guess, i would think imac is internally similar to imac g5. of course with new mobo and new CPU... and since it is a fact that the core duo/core 2 duo are cooler than g5, why is this a feat in engineering in term of thermal management as one of the person i quite said?
macbook/pro
i love the magsafe, but it saddens me if that's the only new thing that has gone into these beautiful machines (aside from the mobo and CPU). oh right, isight, it's a smart idea! oh wait, it was already implemented in imac g5.
also, what's with all the quality control problems, the stained palm rest on macbooks, the whine, the less than good display of mbp, etc, etc.. you would think if someone were to take the time and design, test this, those wouldnt happen... can you believe if Mr. Frank Gehry designed a museum, but some of the exhibit gets deformed from too much heat from unreasonably placed window? i know that's a far streched comparison, but you get what i mean.
i dont need you to tell me ("you" is not pointing at anyone specific) how your macbook/pro never had any problem, i'm on my 4th one.
http://dictionary.reference.com/browse/imprecise
im·pre·cise Pronunciation[im-pruh-sahys]
adjective not precise;
not exact; vague or
ill-defined.
http://dictionary.reference.com/browse/engineer
en·gi·neer Pronunciation[en-juh-neer]
noun
....
6. to plan, construct, or manage as an engineer: He's engineered several big industrial projects.
7. to design or create using the techniques or methods of engineering: The motor has been engineered to run noiselessly.
8.
to arrange, manage, or carry through by skillful or artful contrivance: He certainly engineered the election campaign beautifully.
Have a nice day.
precision is defined by the ability to reproduce the same result, in engineering terms. it has nothing to do with whether the result is correct or not. how correct the result is, is called accuracy.
http://en.wikipedia.org/wiki/Accuracy_and_precision
now, you have demonstrated you ability to look up definition, but also demonstrated you inability to understand the definition. otherwise you would've had at least some explaination.