mangoduck said:
1: the only real fact here is that each one of the features listed is the next significant advance in its respective hardware category. when is the last time apple released a machine with so many changes at once? although close, i don't even think the g5 was as different from its predecessors (revamped motherboard, 64bit, speed bump, sata) as this list is from current systems.
Here's a hint, mango... Apple will
have to make at least some of these changes to keep up with
consumer machines on the PC side. In order to maintain their position as a full-featured solution for computing, the macintosh platform has to adopt standards where possible. Quite aside from that, the overall speed of the system could be massively improved just by changing some of the background materials - PC4200 RAM (the next standard), 8x8 DVD-/+RW (Pioneer DVR-A07, and no, that isn't a typo in the generic descriptor), one-die memory controllers (more IBM's thing than Apple's), Dual-layer DVD-R (Sony, and others coming to market now).
The G5 towers had an all new FSB (167mhz to 800-1000mhz), ASIC, motherboard (four RAM channels per processor, SATA controller, AGP 8x, PCI X), processor (1.42ghz duals to 2.0ghz duals), storage technology (PATA to SATA), RAM (PC2700 to PC3200), graphics card (Radeon 9000 AGP 4x to Radeon 9800 Pro AGP 8x), expandability (PCI to PCI-X), audio (analog to SPDIF in/out), optical drive (SuperDrive optional to standard).
Actually, the jump is pretty comparable if you at all look at the issues. "refine before you flame, please."
2: apple, like most companies, needs money. they'll be able to keep sales up longer by spreading out new features over a period of months, regardless of whether the technology is present to provide them now at consumer prices. every so often apple goes for a big upgrade, but it's not probable.
Apple is in the business of making people say wow, and their business has grown to depend on the impression that others get from the experience as well as the actual specifications off the hardware. To that end, a release of a massively upgraded workhorse machine could drop all kinds of professional sales in their laps for all kinds of reasons. First of all, Apple is
the only choice in stable, pretty *nix-based operating systems that are at all user friendly and capable of easy deployment. With the addiition of things like the xServe render farms and xServe RAID/xSan data farms, they're forging new paths into enterprise and design houses that couldn't do things like these all that easily before. The G5 sold 100,000 units in its firsst month before it ever showed up. Preorder strength was just that good, and so the idea of a mac that's back onto the speed crown like the G3 was back in the day, and the G4 after it... Well, it would sell. That's all there is to it.
in regards to your argument, i don't really want to get into all that. other people have already pointed out false statements, misused terminology, and incorrectly cited sources within your post, and the only thing i could add is that your grasp of ibm's ppc roadmap, both past and future, seems a little off. refine before you flame, please.
Maybe you should read his posts since those, because he's shown me that he made a couple of innocent mistakes and mistatements. Also, he's added meaningfully to the discussion, while you've mostly just trolled him for things others have already said.
SyndicateX said:
i think you must be the hardest person to disagree with on this forum because you just happen to know so much, but the 970fx DOES run at
24.5 watts @ 2.0ghz. Just providing some sources to good information everyone needs.
Yes, I'm aware that the 2.0ghz single 970FX runs at around 25 watts. The point that I was making is that a single 2.0ghz G5
is not at performance parity with the ever-evolving Pentium-M. The Centrino has far better power management for a laptop, can slew actively, and competes favorably with a Pentium 4 3.0ghz desktop machine,
back when they were 300mhz slower and had 1MB less cache.
Also, you're leaving out a few things. The Centrino uses an FSB that is half the speed of the 1.6ghz G5's (less heat), doesn't need PC3200 to keep it fed (less heat), and is less support-fabric dependent. It has less of an heat overhead for those reasons, and the massive cache allows plenty of avoiding access and prefetching data so that it can run cooler. I'd rather see the PowerBook get a chip that will allow it to remain cool, quiet, and functional, not become a leafblower like most PC laptops.
So if IBM can work out the kinks in their 90nm processors, it is very possible to see it in a g5 notebook, with hardly much change in temp or fan noise.
Sorry, but I think that you're missing something. We might see a 970FX laptop, but it will hardly be much faster than the current crop of G4s, without some massive reworking of the architecture. The G5 is a bandwidth monster and without that support, it chokes just as bad as people accuse the G4 of doing.
tgilbey said:
Also, as someone pointed out, this chip (ie the new 90nm Dothan version, which will be integrated into the successor to centrino this fall, but as a chip is available now) is THE succese story of the market at the moment. SO much so that intel has just dropped plans for any progression of the "main" desktop P4 architecture and is betting on this chip, perhaps in multiple core versions, for it's future desktop and notebook lines.
There is no perhaps to this.
Pentium-M derived systems are aimed at release around the middle of next year, with two cores on a single chip. The current logical process is a mere 23nm when manufactured at 90nm, and so they have plenty of headroom to double the processor on-die while still retaining quite a respectable cache. If you want to read about what's coming in the processor world, take a look at
Endian and read their roadmap. The Jonah/Merom/Conroe line is going to be something that Intel has never really done before, and I'm really hoping that IBM and Apple beat them to the punch this summer.
Clock for clock they are a LOT faster than normal P4s, and, at least in my opinion, the g4 architecture is not that much more efficient again to account for the fact that they are down at 1.5ghz and intel are up to 2, with more to come, at low power draws.
The previous generation of Centrinos, at 130nm and 1.7ghz, were competitive on most tasks with a Pentium 4 running at 3.0ghz. That's a nearly 2:1 performance difference between the two, and if it scales linearly, means that the 2.0ghz processors are around 3.7-3.8ghz equivalents.
stockscalper said:
I don't know what Powerbooks you are referring to, but have you used one of the new 1.5's and they blow the doors off anything in the Wintel world. The Thinkpad's you refer to should be named Thinkbrick. Not only are they crude looking, clunky and heavy as hell, but you can fry eggs on them they get so hot. Then there is the matter of the ****ty video screen. Thanks but no thanks, I'll keep my PB.
Oh, wish you could have been in a local java spot the other morning while I laughed my ass off at some clown trying to log on to the wireless internet with his Thinkbrick. He kept asking, "is the internet working today"? I opened my PB and watched the airport scroll and simply ask me if I wanted to log on to the signal it found. I lost count of how many times he rebooted.
If you're going to attack something, know what you're talking about. Benchmarks place the Pentium-M 1.7ghz laptops of
last generation higher than the PowerBooks in overall performance. There's some wiggle room on floating point and vector, but that's not common enough in daily operation to matter.
The place that Apple shines in the portable world is feature set, sleekness, portability, and the combination of these things. While they're rather speedy in their own right, the G4 PowerBooks have been clearly supplanted in the performance arena at this point. I happen to love my iBook for the very reason that you've brought up - it works. However, you can't pin that all on OEMs in the PC world, since they don't control the OS the way that Apple does. A lot of the blame rests squarely on Microsoft and Windows, though they do have to support an incredible amount of hardware.
We're lucky and blessed, but Apple isn't perfect. Don't lose sight of that.