SomeOne has to be a voice of reason here. This kind of stuff prevails if people don't put out the effort to stamp it down.I have r****1 on ignore...just keep reporting them. Responding will only get both of you in trouble.
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SomeOne has to be a voice of reason here. This kind of stuff prevails if people don't put out the effort to stamp it down.I have r****1 on ignore...just keep reporting them. Responding will only get both of you in trouble.
This thread is a perfect example of what length trolls are willing to go to.
Leldra and razor1 have absolutely no intention of buying the product. They are seizing an opportunity to nail AMD. They would never have been effected by any accused problem (which I absolutely don't believe exist) but choose to continue this which hunt solidly for two days straight now under the guise of "protecting other people from potentially damaged motherboards" which is ridiculous.
SomeOne has to be a voice of reason here. This kind of stuff prevails if people don't put out the effort to stamp it down.
A bigger differnce is that if the card is non-compliant with the PCI Express standard but is using the PCI Express logo and is marketed as a PCI Express card, NVidia may have standing and cause to ask the US International Trade Commission and the U.S. Customs and Border Patrol to block the importation of the card, including potentially seizing and even destroying the cards when they arrive in the US.
If the card is non-compliant, AMD appears to have three months to get it fixed before this particular hammer can be brought down.
Telling the people they are getting 4GB when they are only getting 3.5GB, for example, doesn't create the possibility of this scenario arrising. Improper use of a trademark like PCI Express looks like it does.
Disclaimer: I am not a trademark attorney. Don't rely on this as legal advice - consult an attorney. This posting does not create an attorney-client relationship.
I have r****1 on ignore...just keep reporting them. Responding will only get both of you in trouble.
This thread is a perfect example of what length trolls are willing to go to.
Leldra and razor1 have absolutely no intention of buying the product. They are seizing an opportunity to nail AMD. They would never have been effected by any accused problem (which I absolutely don't believe exist) but choose to continue this which hunt solidly for two days straight now under the guise of "protecting other people from potentially damaged motherboards" which is ridiculous.
What is the cost difference between a board with 6-pin vs. 8-pin connector?I suspect they cannot fix it without lowering the performance of the cards or redesigning the board to use an 8-pin aux power connector.
Well, it's hard to market your card as power efficient when it's clearly visible it has exact same power connectors as competitor's more powerful cards, for no apparent reason at that.What is the cost difference between a board with 6-pin vs. 8-pin connector?
It really begs the question on why this design decision even got approved/pushed through engineering in this manner.
What is the cost difference between a board with 6-pin vs. 8-pin connector?
It really begs the question on why this design decision even got approved/pushed through engineering in this manner.
What is the cost difference between a board with 6-pin vs. 8-pin connector?
It really begs the question on why this design decision even got approved/pushed through engineering in this manner.
If the power distribution can be controlled from bios like on Maxwell they can simply offload the extra load onto the 6pin, which is still out of spec, but not dangerous
Not really, you just trumpet the overclocking potential that having the 8-pin connector provides. "Craftsmanship" FTW!Well, it's hard to market your card as power efficient when it's clearly visible it has exact same power connectors as competitor's more powerful cards, for no apparent reason at that.
I think after "Overclocker's dream" AMD will stray away from ever mentioning overclocks on their cards in public.Not really, you just trumpet the overclocking potential that having the 8-pin connector provides. "Craftsmanship" FTW!
Well, as it is, Rx480 overdraws from both slot and 6-pin. In fact, it draws suspiciously similar amounts of power from both. Would be almost okay, if card actually worked at advertised power consumption or slightly below it, as it should have.Moving a current overdraw from one area of the card to another isn't likely to save face, even if it would be the safer of the power delivery systems.
Considering the 960 was much more out of spec and nothing ever came of it.....Because of this many don't believe its a serious issue. A minor bios/driver tweak and its done. I think AMD has the Message/report of the issue by now lolLOL. Let's just ignore the issue then and pretend it never happened.
This thread is a perfect example of what length trolls are willing to go to.
Leldra and razor1 have absolutely no intention of buying the product. They are seizing an opportunity to nail AMD. They would never have been effected by any accused problem (which I absolutely don't believe exist) but choose to continue this which hunt solidly for two days straight now under the guise of "protecting other people from potentially damaged motherboards" which is ridiculous.
This graph shows that result, running Metro: Last Light at 4K with the Radeon RX 480 at stock settings. The green line is the amperage being used by the +12V on the motherboard PCI Express connection and the blue represents the same over the 6-pin power connection. The motherboard is pulling more than 6.5A through the slot continuously during gaming and spikes over 7A a few times as well. That is a 27% delta in peak current draw from the PCI Express specification. The blue line for the 6-pin connection is just slightly lower.
At the top, you have a red and white line representing the voltage signal of the +12V rails from the motherboard PCIe slot and the 6-pin connection. Notice the drop on the white line of the motherboard +12V rail – during game play it is actually running at 11.5V while the PCIe 6-pin cable is a much safer 11.9V. When we exit the game at the 18:25:27 timestamp, power draw drops, current drops and the voltage returns to the same 11.9V we would expect to find. Looking back at the red line, the differences in power handling capability of the two sources become clear, as the 6-pin voltage barely flinches at the same current swings that caused 0.4V droop from the motherboard-supplied +12V source.
That voltage droop is caused by the current draw over the PCI Express connection, pins, and traces through the motherboard. Doing some quick math (0.5V drop at nearly 7A) tells us that the pins and traces are directly dissipating 3 watts of power in this state! What might be even worse for this voltage droop is that it affects all other PCI Express slots on our Rampage V Extreme motherboard when the primary slot was loaded to this degree. Any other add-in card that you run in the system with an RX 480 drawing this much power will be forced to run at the lower voltage. PCI Express does build in a tolerance level of +/- 8% for this value, so the rest of the system should remain stable, but one question would be what happens to that voltage when someone attempts quad-crossfire with overclocked RX 480s?
Does any of this matter?
It seems clear at this point that the new AMD Radeon RX 480 does in fact draw more power through both the motherboard PCI Express connection and the 6-pin power connection than specifications state it should even when running at stock settings in certain gaming scenarios. The overdraw on the 6-pin cable is likely a non-issue; with power coming directly from the power supply and not passing through your motherboard and the fact that most cabling is built to handle higher power draw than we are seeing here, it’s very low on my list of concerns. The motherboard power draw is definitely something to keep an eye on though, especially given the voltage droop seen when motherboard traces are loaded to that degree.
The highest power draw I measured with the RX 480 at stock settings showed 80-85 watts of power draw at over 7A on the +12V line and 4.5-5.0 watts of power draw on the 3.3V line. These were consistent power draw numbers, not intermittent spikes, and users have a right to know how it works. When overclocked, we witnessed motherboard PCIe slot +12V power draw at 95+ watts!
I asked around our friends in the motherboard business for some feedback on this issue - is it something that users should be concerned about or are modern day motherboards built to handle this type of variance? One vendor told me directly that while spikes as high as 95 watts of power draw through the PCIE connection are tolerated without issue, sustained power draw at that kind of level would likely cause damage. The pins and connectors are the most likely failure points - he didn’t seem concerned about the traces on the board as they had enough copper in the power plane to withstand the current.
Considering the 960 was much more out of spec and nothing ever came of it.....Because of this many don't believe its a serious issue.
Considering the 960 was much more out of spec and nothing ever came of it.....Because of this many don't believe its a serious issue. A minor bios/driver tweak and its done. I think AMD has the Message/report of the issue by now lol
Considering the 960 was much more out of spec and nothing ever came of it.....Because of this many don't believe its a serious issue. A minor bios/driver tweak and its done. I think AMD has the Message/report of the issue by now lol
A minor bios/driver tweak and its done.
First of allok the info is in this exact thread a few pages back...let me look for it
here it is:
per
Final8ty a few pages back
ok the info is in this exact thread a few pages back...let me look for it
here it is:
per
Final8ty a few pages back
I don't see what the big deal is. It probably won't cause any problems - have any of the review systems shut down/caught on fire because of it? No? If there's a rash of mobo failures reported by 480 users, then it's a problem (for those guys). If you don't own/don't plan on ever owning a 480, then don't sweat it.
I don't see what the big deal is. It probably won't cause any problems - have any of the review systems shut down/caught on fire because of it? No? If there's a rash of mobo failures reported by 480 users, then it's a problem (for those guys). If you don't own/don't plan on ever owning a 480, then don't sweat it.
Have any of reviews been done on low quality motherboard? I mean, someone at B3D forums actually suggested someone should buy cheapest mobo available and slap rx480 in it to see whether the former dies.I don't see what the big deal is. It probably won't cause any problems - have any of the review systems shut down/caught on fire because of it? No? If there's a rash of mobo failures reported by 480 users, then it's a problem (for those guys). If you don't own/don't plan on ever owning a 480, then don't sweat it.
Have any of reviews been done on low quality motherboard? I mean, someone at B3D forums actually suggested someone should buy cheapest mobo available and slap rx480 in it to see whether the former dies.
The worst thing about this whole fiasco for AMD is that it draws attention to the power consumption imo.
The worst thing about this whole fiasco for AMD is that it draws attention to the power consumption imo.
That as it stands, no OEM can use a reference card in their system without opening themselves up to liability?
It's obvious you have a direct hand in that, who are you kidding?
No the worst part is that you have a system builder card, that right now, no system builder can use.
you have a card that will void your MB warranty the moment you place in your motherboard.
I don't know how liable an OEM would be, but I would be interested to hear from AMD whether any Tier 1 PC OEMs (such as Dell, HP, Lenovo) are offering or plan to offer PCs with an RX 480 inside. I haven't found any, or any announcements that of such.
When the big PC OEMs don't use your new "wundercard," what does that say about it? That it's really an "undercard?"
I don't know how liable an OEM would be, but I would be interested to hear from AMD whether any Tier 1 PC OEMs (such as Dell, HP, Lenovo) are offering or plan to offer PCs with an RX 480 inside. I haven't found any, or any announcements of such.
When the big PC OEMs don't use your new "wundercard," what does that say about it? That it's really an "undercard?"
...Anyone associated with the problem can be sued lol, then the fall out will commence after,
Read the article please before giving an opinion. It clearly says this can be an issue that can wear out components over time to failure, not create a dumpster fire.