HIS Radeon 6770 ICEQX Turbo Crossfire review -
Graphics card Power consumption
Installation of any of the AMD Radeon cards is really easy. Once the card is seated into the PC make sue you hook up the monitor and of course any external power connectors like 6 and/or 8-pin PEG power connectors. Preferably get yourself a power supply that has these PCIe PEG connector native (converting them from a Molex Peripheral connector anno 2010 we feel is a no-go).
Once done, we boot into Windows, install the latest ATI Catalyst drivers and after a reboot all should be working. No further configuration is required or needed unless you like to tweak setting, for which you can open the Catalyst Control Center.
Let's have a look at how much power draw we measure with this graphics card installed.
The methodology: We have a device constantly monitoring the power draw from the PC. We simply stress the GPU, not the processor. The before and after wattage will tell us roughly how much power a graphics card is consuming under load.
Note: There has been a lot of discussion using FurMark as a stress test to measure power load. Furmark is so malicious on the GPU that it does not represent an objective power draw compared to really hefty gaming. If we take a very-harsh-on-the-GPU gaming title, then measure power consumption and then compare the very same with Furmark, the power consumption can be 50 to 100W higher on a high-end graphics card solely because of FurMark.
We moved away from FurMark and are now using a game like application which stresses the GPU 100% yet is much more representable of power consumption and heat levels coming from the GPU. We however are not disclosing what application that is as we do not want AMD/ATI/NVIDIA to 'optimize & monitor' our stress test whatsoever, for our objective reasons of course.
Our test system is based on a power hungry Core i7 965 / X58 system. This setup is overclocked to 3.75 GHz. Next to that we have energy saving functions disabled for this motherboard and processor (to ensure consistent benchmark results). On average we are using roughly 50 to 100 Watts more than a standard PC due to higher CPU clock settings, water-cooling, additional cold cathode lights etc.
We'll be calculating the GPU power consumption here, not the total PC power consumption.
Measured power consumption one card
- System in IDLE = 165W
- System Wattage with GPU in FULL Stress = 242W
- Difference (GPU load) = 77W
- Add average IDLE wattage ~ 19W
- Subjective obtained GPU power consumption = ~ 96 Watts
|Power consumption||TDP in KWh||KWh price||2 hrs day||4 hrs day|
|Graphics card measured TDP||0,096||0,23||0,04||0,09|
|Cost 5 days per week / 4 hrs day|| 0,44|
|Cost per Month|| 1,91|
|Cost per Year 5 days week / 4 hrs day / || 22,96|
|Cost per Year 5 days week / 4 hrs day / $||$ 30,31|
Measured power consumption two cards (Crossfire)
- System in IDLE = 183W
- System Wattage with GPU in FULL Stress = 341W
- Difference (GPU load) = 158W
- Add average IDLE wattage ~ 38W
- Subjective obtained GPU power consumption = ~ 196 Watts
|Power consumption Crossfire||TDP in KWh||KWh price||2 hrs day||4 hrs day|
|Graphics card measured TDP||0,196||0,23||0,09||0,18|
|Cost 5 days per week / 4 hrs day|| 0,90|
|Cost per Month|| 3,91|
|Cost per Year 5 days week / 4 hrs day / || 46,88|
|Cost per Year 5 days week / 4 hrs day / $||$ 61,89|
We estimate and calculate here based on four hours GPU intensive gaming per day for 5 days a week with this card.
Let's chart up some results compared to other graphics cards.
Above, a chart of relative power consumption. The wattages displayed are the cards with the GPU(s) stressed 100%, showing only the GPU power draw, not the entire PC.
Here is Guru3D's power supply recommendation:
- Radeon HD 6770 1GB - On your average system the card requires you to have a 450 Watt power supply unit.
- Radeon HD 6770 1GB x2 (Crossfire) - On your average system the card requires you to have a 600 Watt power supply unit.
If you are going to overclock the GPU or processor, then we do recommend you purchase something with some more stamina.
There are many good PSUs out there, please do have a look at our many PSU reviews as we have loads of recommended PSUs for you to check out in there. What would happen if your PSU can't cope with the load:
- bad 3D performance
- crashing games
- spontaneous reset or imminent shutdown of the PC
- freezing during gameplay
- PSU overload can cause it to break down
Let's move to the next page where we'll look into GPU heat levels and noise levels coming from this graphics card.
In this review we test the HIS Radeon R9-290X. The product is based on the reference design of the original Radeon R9-290X. These cards are little beasts. As such this in-depth review will cover the V...
HIS Radeon R9-280X IceQ X2 Turbo review
In this review we look at the Radeon R9-280X IceQ X2 Turbo review from HIS. Armed with a customized PCB and their top model IceQ coolers they factory overclocked the product and will try to get you as much value for money as they can. Follow us into this review where we'll look at temperatures, noise, performance, Frame latency and we'll even give Ultra High Definition gaming a go with the hottest game titles on the globe.
HIS Radeon HD 7950 HIS IceQ X2 review
We test and review the a HIS Radeon HD 7950 HIS IceQ X, this 30 CM sized beast is one heck of a graphics card. Custom PCB, custom cooling, it's low noise and being a Boost edition card series, it clocks in at 950 MHz.
HIS Radeon HD 7850 4GB iPower IceQ Turbo review
We test and review the a HIS Radeon HD 7850 iPower IceQ Turbo as single card and in Crossfire today. The HIS Radeon HD 7850 iPower IceQ Turbo is a factory overclocked 4GB version of the Radeon HD 7850 graphics card.