PCI Express 3.0 Delayed Till 2011
Professor_Quail writes "PC Magazine reports that the PCI SIG has officially delayed the release of the PCI Express 3.0 specification until the second quarter of 2010. Originally, the PCI Express 3.0 specification called for the spec itself to be released this year, with products due about a year after the spec's release, or in 2010."
So the spec is complete, but were not gonna tell you what it says!
Doesn't make sense!
Sometimes the best solution is to stop wasting time looking for an easy solution.
PCI Express 2.0 has more bandwidth than anyone will ever need
Just another reason to make everyone buy new motherboards. Add one more pin to the CPU while you're at it. Seriously, PCIe 1.1 or whatever is great for me and I play crysis at 1280x1024 with an old ATI X1900- by no means top of the line and on a FX-60 socket 939 CPU. Eventually I'll buy an AM2 or AM3 or AM9 or whatever they're on next. These PCIe upgrades really don't offer much anyway. Mainly we need to get manufacturers to stop selling x8 electricals as x16's.
the pci sig blurb says its mostyl cleanup and the removal of 5v support
does anyone know of anything interesting in 3.0?
This is when the first pci express 3 spec computer is installed into the LHC control system.
the PCI Express 3.0 specification called for the spec itself to be released this year
Now we know how time loops are accidentally created.
Sheesh, evil *and* a jerk. -- Jade
In which calendar??
Stupid X-Fi Fatality and its terrible drivers.
im happy with my AGP ATI Raedon 700xt 256MB DDR3 o.O
Visit my Forums?
Epic fail with the title? A "till" is a cash register, something you put money into. Do they mean 'til, short for until.
---
Graphics Cards Feed @ Feed Distiller
Cool. Because we wouldn't want your measurements to be out of range of variance for a microwave or retail 60 Watt bulb. That would be bad.
It has probably occurred to you that people using that "supercomputer on your desk thing" might have different use cases than yourself. You've probably also considered that since this is slashdot, you might be talking to someone with NIST certified test equipment rather than a Kill-A-Watt purchased from Newegg.
It's cool that you're interested enough to buy your own test equipment. I wish more people were interested in the power consumption of their electronics. If they were, the requirements would come down faster than they are. As it is, they're coming down not because we here demand it, but because the emerging markets flat don't have it.
Drive on!
Help stamp out iliturcy.
Nobody cares about your insignificant little life. Go kill yourself. It's across the lane and not down the street.
"... we had to do the diligence required to move the date."
Uh, I hate to break this to you, guy, but according to the dictionary, moving back the deadline is pretty close to the opposite of "doing diligence".
Nobody cares about your insignificant little life. Go kill yourself. It's across the lane and not down the street.
*facepalm* If you're going to flame, do it right. You got it backwards, dummy.
Or, in the more concise and efficient spirit of the Scary Devil Monastery, simply...
"Down, not across."
The capital equipment costs to buy IC testers that run up to 8Ghz is quite prohibitive. In this economy I don't think too many IC production facilities are willing to lay out the funds to buy equipment to test at this higher rate until they have cash flow coming in from the upturn. Until then the test coverage of IC's that run at 8Ghz is minimal and will require bench test methods and "guarantee" by design. This delay if not due to the capital equipment requirements of testing at 8Ghz, will allow suppliers to come up with methods to test the IC's using existing equipment, and gather statistical yield data in the meantime to support alternative testing methodologies.
I am not directly involved in any testing at these rates today, but you would have heard of large capitol purchases from any major supplier of IC's that run at these higher rates if a large capitol purchase was placed with any of the three or four major ATE (Automatic Test Equipment) suppliers. 8Ghz and the newer faster DDR3 speeds are all way outside the performance envelope of most automated test equipment for IC manufacturing today.
If you plot the clock speeds of major MPU's over the last 20 years, you will see that there is a correlation between the max speed of available automated test equipment at the time, and the input clock frequency to the device. PCI-E has created major issues for the IC testing industry due to the bandwidth of the protocol. This is causing a shift in how IC's that have these ports are tested in production.
Ross Youngblood