(Sorry for two nearby posts, but it's taken me all day to get to the end of this thread. Every time I go to the "next" page it seems that there are two more new pages!)
Mr Moore will cry. His famous price/performance curve is not working any more. Performance boost for the same money is very poor for this 500 days newer machines.
"Moore's Law" was that the number of transistors per device would double every 18 months. There is nothing about "price/performance" in the original law, although improved price/performance is a typical result.
The lack of eSATA is a constant thorn in my side for some of the things I would LIKE to do with Macs but ultimately look elsewhere. (Would bringing back ExpressCard slots to MacBook Pros and iMacs be too much to ask? And, obviously, the answer is yes.)
Every laptop should have an eSATA port, and every desktop at least two. They should be port-multiplier/FIS-capable as well.
Nice workstation, but still "missing" a few things:
At least two eSATA ports.
You compare this to what? Try to check how much a similarly specced Dell would cost you.
The "similarly spec'd" fallacy.
The real question is "check how much a Dell which has similar performance on your workflow would cost".
If you need 4 to 6 cores but don't need ECC memory for your workflow, the Mac Pro is ridiculously expensive compared to quad and hex Core i7 workstations.
If you need 8 to 12 cores and need ECC, the Mac Pro is a decent value.
The Imac doesn't have ECC, but it seems to meet lots of people's needs.
Once you deck out a hackintosh-style machine to compare properly, the price difference is not that big, although the disks from Apple are ridiculously expensive.
Assuming that you need dual sockets or ECC, true.
True. 3D software just doesn't run well on Macs. Maya is notorious for its poor performance on the Mac. It's because we're running on graphics drivers and a OpenGL implementation from the digital stone age.
LOL
Also, if I am not wrong, the Xeon is supposed to be better tested and designed to operate in different thermal conditions.
You should consider yourself wrong unless you can provide a link to support that conjecture.
At least you have some PCIe slots for for that
But, are there Apple OSX drivers for the USB3.0 and 1394 PCIe devices that you can buy at Fry's?
As designers and videographers, we need a fast computer with storage, RAID or at least eSATA!
eSATA with port-multiplier/FIS-support.
A standard eSATA port can only support one drive (or one RAID array that presents itself as a single eSATA target upstream). eSATA doesn't daisy-chain like 1394, nor can you connect and daisy-chain hubs like USB.
eSATA with "port-multiplier support" can support one 5 port hub, so 5 drives (or 5 arrays) can be attached.
Without FIS support, though, the hub can only control one drive at a time. The other four drives will block - greatly reducing performance.
With FIS support, though, the hub can support parallel operations on all drives up to the bandwidth limitation of the single 3Gbps connection to the host.
I need the reliability from my machines. I need quad cpus (16 cores, 32 threads for virtualization, 10-12 VMs per boxes), I need ECC RAM so nothing crashes because of a bad DIMM and I need much more too.
The stuff is out there for a reason. That you don't need it is fine. Stop whining about the Mac Pro. It is what it is, a workstation grade computer.
True. But, the people whining are the ones who don't need all that - but don't want an all-in-one or a headless laptop.