QUOTE(superchase @ Jul 12 2008, 12:25 PM)

It'd be nice if the PPC were to be supported in the next OS release. I bought a G5 just as they were going out of production. It works fine. Tiger works great. Very stable. Very nice. No problems at all. If the next release of Snow Leopard works on the PPC, that'd be good news cuz it would mean that most of the mainstream apps will still work on it and be released for at least 2-3 more years to come.
Indeed, it would be nice for apple to continue support for PowerPC, it is a fine architecture.
QUOTE(superchase @ Jul 12 2008, 12:25 PM)

It's difficlt to see how Snow Leopard couldn't support the G5. I mean, the cutoff for a lot of memory intensive graphics apps still being released is still at the 64-bit G5. And they still work like a charm. If Snow Leopard comes in a 64 bit flavor, it'd only work better on the G5, wouldn't you think? Because the OS will finally be optimized for a chip was is native 64 bit and in many cases, dual core--a technology which Snow Leopard addresses. So Apple, if yer reading this, please continue to support the G5. If you come out with a 64 bit version of Snow Leopard, I will buy because I think it will work great.
Its dangerous to assume anything in the field of computing without thorough research. There have been many of people debating about "True 64-bit," "Native 64-bit" but I have yet to see anything supportive of either within the debates.
QUOTE(superchase @ Jul 12 2008, 12:25 PM)

All these pro-Intel people should realize that's why Apple initially stopped using your chip after the LISA in the 80s.
What do you mean by "initially"?, are you saying that Apple considered using the Intel chip or that they used the chip at one time?. Apple never released a product using the Intel chip until the switch in 2006:
Apple I: MOS 6502 @ 1MHz
Apple II: MOS 6502 @ 1MHz
Apple II+: MOS/SynerTek 6502 @ 1MHz
Apple III/III+: SynerTek 6502A @ 2MHz
Apple IIe: MOS/SynerTek 6502 @ 1MHz
Apple IIc/IIc+: SynerTek 65C02 @ 1MHz(IIc), 4MHz (IIc+)
Apple IIe Enhanced/Platinum: SynerTek 65C02 @ 1MHz
Apple IIgs: WDC 65SC816 @ 2.8MHz
Lisa/Lisa2/Mac XL: MC68000 @ 5MHz
Macintosh 128k: MC68000 @ 8MHz
QUOTE(superchase @ Jul 12 2008, 12:25 PM)

Because Intel was truly never made for versatile motion graphics. Still isn't. Was meant for static CAD vectors and spreadsheets. That's why the Intel chips excel at AutoCAD, but often fall short in After Effects and video editing. I've found that one shortfall of the Intel chips, is that they seem to run out of memory after a couple of hours, and regardless of whether it's Intel of Apple, they slow down, and the computer has to be re-booted. Intel Chips appear to suck the memory out of a computer.
Would you mind giving me a decent example(s) of where the x86 architecture has failed in motion graphics. Where have you heard this?, many computer history texts and documentaries which describe Intel's Microprocessor Endeavor, Intel had no particular vision for its early microprocessor(s) and surveyed those who bought and used their chips to see what purpose they were used for, and to collaborate with their customers to improve the architecture to suit their future purposes. You're referring to memory leaks which are related to bugs in binaries, the x86 architecture is used in many fields throughout the industry and depending on its purpose, its uptime can span years without a reboot and without a hit in performance.