New Power Mac G4s Announced 301
benh57 writes "Apple today announced the new Power Mac G4 towers with new faces, running at dual-867MHz (US$1,699), dual-1GHz ($2,499), and dual-1.25GHz ($3,299). All are running DDR, the two higher end models at 166MHz FSB with Radeon 9000, the low end at 133 w/GF4MX." Check it out at The Apple Store, and keep your eyes peeled for an appearance on the Power Mac G4 site.
Re:dual processors - all of them (Score:2, Interesting)
Re:What this also means.. (Score:2, Interesting)
I felt those claims were groundless, but they gave me a really good laugh. This new product release is much more like the Apple that I have come to expect and love.
Mixed reaction (Score:2, Interesting)
Basically, the motherboard is a thing of beauty: DDR finally comes to Mac, dual procs, gobs of cache, ATA/100 AND ATA/66, a bitchin memory controller, 4x AGP and 4 PCI slots... This is the culmination of everything Mac users have been lusting over in a mobo.
But what the $&#*@ is up with that case??
It looks like Apple is so stubbornly hanging on to the 4 year old G3 design that theyre just cramming everything in wherever it will fit- some HDs mounted sideways, some flat. PCI slots on TOP? vents everywhere, ungly front bezel that looks like it was cobbled together last minute to accomodate the two optical drives, and a heatsink the size of an air conditioner. The engineers should have stopped and asked themselves if this was a good idea after they started perforating the thing like a cheese grater just to get air flowing through it.
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www.overstim.net
The holes in the front (Score:1, Interesting)
Re:maybe I'm the only one (Score:2, Interesting)
Re:No!!!! (Score:2, Interesting)
As a frame of reference... (Score:4, Interesting)
So in a year...
1.56x increase in CPU clock speed (ignoring other CPU enhancements).
2.5x increase in RAM throughput.
1.66x increase in FSB throughput.
2.94x increase in L3 throughput (possibly only 2.5x).
over a doubling in internal disk storage support (not counting SCSI options).
Looking over things on the Intel/AMD side...
AMD had about a year ago 1.53GHz chips (1800+ Athlon XP) today 1.8Ghz (2200+ Athlon XP) (FSB speeds did not changed). Intel had about a year ago 2Ghz P4s with FSB of 266MHz (133Mhz dual pumped) and today 2.53GHz P4s with FSB of 533MHz (133MHz quad pumped, AFAIK).
So in a year...
AMD...
1.18x increase in CPU clock speed.
no change in FSB (from what I see).
Intel...
1.27x increase in CPU clock speed.
2.01x increase in FSB throughput.
AMD/Intel system have been using PC2100 for a while and are now starting to use PC2700 (some are starting to use DDR400 and/or going dual channel to RAM). This is side stepping the issue of RDRAM.
Again just as a frame of reference...
[1] Apple's current specs don't add up fully on this, one states that it stops at 500MHz DDR but the throughput numbers lead me to believe it is running faster then 500MHz DDR for the top end system.
p.s. I am doing the above math with a fever of 102+ so I may have messed up someplace... just don't tell the pink elephant sitting next me.
a decent critism of the new powermacs at (Score:2, Interesting)
Re:Too little -- too late (Score:2, Interesting)
Worried about the "System Controller" (Score:3, Interesting)
The thing that bothers me to the core is how long it took for the UMA, UMA 1.5, and UMA 2.0 chipsets to be released from Apple on prior designs. Now, all of these functions are put into one ASIC that would have to be redesigned to upgrade any one of the functions that it covers.
For example, it integrates the IDE interface on the chip. It didn't make sense to me that ATA100 was used on this chip in the Xserve, since Maxtor was practically giving away PCI ATA133 cards back in January of this year with some of their hard drives. With this new G4, only two of those ATA100 channels are used, and they use an external chip to provide ATA66. This doesn't scream cutting edge, and the design seems crippled to protect the position of the Xserve.
Maybe Apple packed a whole lot more into this System Controller than they are using. It appears to support multiple bus speeds (133 & 167), but does it support the DDR bus of the 7470? How about the interface of the upcoming IBM chip? Does it have the capability to support HyperTransport already? How about 800 Mbps Firewire?
Who knows! If it is capable of any of these things, then Apple planned correctly to integrate everything and then drip out features as they see fit (or as tested drivers and not-yet-existant hardware are ready and feasible).
Unfortunately, I am afraid that this may not be the case. It looks like this system controller was designed to be wintel compettitive last year.
-- Len