Installation of any of the Nvidia GeForce cards is really easy. Once the card is seated into the PC make sure 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 connectors native (converting them from a Molex Peripheral connector anno 2013 we feel is a no-go).
Once done, we boot into Windows, install the latest drivers and after a reboot all should be working.
No further configuration is required or needed unless you like to tweak the settings, for which you can open the NVIDIA control panel.
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.
Our test system is based on a power hungry Core i7 - X58 system. This setup is overclocked to 3.80 GHz on all cores. 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 single GeForce GTX Titan
System in IDLE = 136W
System Wattage with GPU in FULL Stress = 372W
Difference (GPU load) = 236W
Add average IDLE wattage ~15W
Subjective obtained GPU power consumption = ~ 251 Watts
Mind you that the system wattage is measured at the wall socket side and there are other variables like PSU power efficiency. So this is a calculated value, albeit a very good one.
Above, a chart of relative power consumption. Again the Wattage shown is the card with the GPU(s) stressed 100%, showing only the peak GPU power draw, not the power consumption of the entire PC and not the average gaming power consumption.
Here is Guru3D's power supply recommendation:
GeForce GTX Titan - On your average system the card requires you to have a 550 Watt power supply unit.
GeForce GTX Titan 2-way SLI - On your average system the cards require you to have a 800 Watt power supply unit as minimum.
GeForce GTX Titan 3-way SLI - On your average system the cards require you to have a 1200 Watt power supply unit as minimum.
If you are going to overclock your 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
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.
ASUS GeForce GTX 980 Poseidon review We review the ASUS ROG Poseidon GTX 980. Armed with a massive liquid cooling block (DirectCU H2O) , a custom PCB, quality components and a factory overclock this product is bound to perform, whilst stay...
GALAX GeForce GTX 980 HOF review In this review we test the GALAX GeForce GTX HOF edition. No not David Hasselhoff or the Hoff, but HOF as in Hall Of Fame. The card is beautiful in design with an snow white theme, it also is the fast...
GALAX GeForce GTX 970 EXOC Black Edition review GALAX is on it again, this time we review their GeForce GTX 970 EXOC edition as in Extreme Overclocked. The product comes factory overclocked with a boost clock of 1317 MHz (!). The product has a cust...
GALAX GeForce GTX 980 SOC review We review the GALAX GeForce GTX SOC edition. SOC is short for Super overclocked, and that certainly is the case. Armed with sturdy looks, based on a custom PCB and a third party cooler the guys behind...