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Couple of sites have had test cards reaching peak wattage of 300W briefly.
Sustained power draws of 220-260W have been common.
That's miles over the 180W TDP.
Would anyone like to take a guess how much a 1080 ti will be?
Is that just for the card and not the system ..if its just the card well that is a wee little crazy to say its a 5 phase 180w card i thought a 6pin can only do 150w and 75 watt on the mobo through the pcie lanes ? not much room is there
Is that just for the card and not the system ..if its just the card well that is a wee little crazy to say its a 5 phase 180w card i thought a 6pin can only do 150w and 75 watt on the mobo through the pcie lanes ? not much room is there
From what I read the 1080 has very good power consumption, similar to a 980.
The TDP is around 180w at default and then about 20% higher than that if you increase the power limit, which should be under the 75w + 150w for the PCI-E slot + 8 pin power around 225w with the full power limit and 180w with normal settings.
Gaming Power Consumption
The numbers get more interesting as we measure power consumption while running a loop of Metro: Last Light at Ultra HD. After the graphics card warms up to a toasty 84 degrees Celsius (10 degrees under its thermal threshold), power consumption registers 173W. Prior to the warm-up phase, we were seeing 178W, which is the limit defined in Nvidia's BIOS. In other words, the company was right on with its 180W TDP rating.
Gaming Power Consumption with Overclocking
Now let's switch to gaming under the highest overclock we could achieve with our GeForce GTX 1080 sample. Getting there required setting the power target to its 120% maximum and increasing the base clock to facilitate a 2.1GHz GPU Boost frequency.
It comes as no surprise that consumption rises 19% from 173W to 206. That's not particularly good news for enthusiasts concerned about their eight-pin power connectors, but it's still a fairly realistic goal that shouldn't cause any damage to your hardware.
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Not sure how that can be interpreted as 220-260w?
Not everyone wants to game at 4K
What's the best for folding?
1080gtx
Titan z
Titan x Sli
980 Ti Sli
Or some AMD non gaming card??
That still lets you game with high settings at 1080?
Gaming Power Consumption
The numbers get more interesting as we measure power consumption while running a loop of Metro: Last Light at Ultra HD. After the graphics card warms up to a toasty 84 degrees Celsius (10 degrees under its thermal threshold), power consumption registers 173W. Prior to the warm-up phase, we were seeing 178W, which is the limit defined in Nvidia's BIOS. In other words, the company was right on with its 180W TDP rating.
Gaming Power Consumption with Overclocking
Now let's switch to gaming under the highest overclock we could achieve with our GeForce GTX 1080 sample. Getting there required setting the power target to its 120% maximum and increasing the base clock to facilitate a 2.1GHz GPU Boost frequency.
It comes as no surprise that consumption rises 19% from 173W to 206. That's not particularly good news for enthusiasts concerned about their eight-pin power connectors, but it's still a fairly realistic goal that shouldn't cause any damage to your hardware.
********************************
Not sure how that can be interpreted as 220-260w?
Gaming Power Consumption
The numbers get more interesting as we measure power consumption while running a loop of Metro: Last Light at Ultra HD. After the graphics card warms up to a toasty 84 degrees Celsius (10 degrees under its thermal threshold), power consumption registers 173W. Prior to the warm-up phase, we were seeing 178W, which is the limit defined in Nvidia's BIOS. In other words, the company was right on with its 180W TDP rating.
Gaming Power Consumption with Overclocking
Now let's switch to gaming under the highest overclock we could achieve with our GeForce GTX 1080 sample. Getting there required setting the power target to its 120% maximum and increasing the base clock to facilitate a 2.1GHz GPU Boost frequency.
It comes as no surprise that consumption rises 19% from 173W to 206. That's not particularly good news for enthusiasts concerned about their eight-pin power connectors, but it's still a fairly realistic goal that shouldn't cause any damage to your hardware.
********************************
Not sure how that can be interpreted as 220-260w?
Give us sources man.Try reading around ... some haven't stuck to the PR line quite as closely as Tomshardware have (they never deviate around NVIDIA launches or big PR campaigns).
It's not a 180W card.
Try reading around ... some haven't stuck to the PR line quite as closely as Tomshardware have (they never deviate around NVIDIA launches or big PR campaigns).
It's not a 180W card.
looking around all i am seeing is between 178w to 184 at stock at full tilt but once you oc the thing its going to increase but there is a limit and that's the 8 pin limit + pcix lane 150w + 75w if i am correct but again i am no atx gpu engineerTry reading around ... some haven't stuck to the PR line quite as closely as Tomshardware have (they never deviate around NVIDIA launches or big PR campaigns).
It's not a 180W card.
Try reading around ... some haven't stuck to the PR line quite as closely as Tomshardware have (they never deviate around NVIDIA launches or big PR campaigns).
It's not a 180W card.
looking around all i am seeing is between 178w to 184 at stock at full tilt but once you oc the thing its going to increase but there is a limit and that's the 8 pin limit + pcix lane 150w + 75w if i am correct but again i am no atx gpu engineer