Nintendo Wii U is the most energy-efficient of the current consoles

Wii U is the most energy-efficient console versus the PS3 and Xbox 360.

1 minute & 20 seconds read time

The Nintendo Wii U has been out for a few weeks now, and there have been some more interesting tests run on Nintendo's next-gen console. With no increase in actual processing power over the current-gen Xbox 360 and PlayStation 3, where can we see some improvements? Efficiency.

Nintendo Wii U is the most energy-efficient of the current consoles |

Performance per watt numbers show Nintendo have the lead, where the Wii U offers some of the same graphical capabilities and gameplay experiences that the current Xbox 360 and PS3 offer, but at much lower power consumption numbers.

The Wii U is slimmer than the just-released PlayStation "Super Slim" model, but offers the same performance (and sometimes better) in terms of resolution support, and lower power consumption numbers by a decent amount. During the FIFA 13 Demo, the Wii U only consumes 32w of power compared to the Xbox 360S and PS3 Super Slim with 76.5w and 70w, respectively.

For front-end menus, we have 32w, 67w and 66w for the Wii U, Xbox 360S and PS3 Super Slim, respectively. There was also a Netflix HD test, which saw the Nintendo Wii U, Xbox 360S and PS3 Super Slim models using 29w, 65w, and 62.5w, respectively.

As you can see, the Nintendo Wii U is the clear winner here.

Nintendo has achieved this by building their architecture from the ground up, versus the ageing architecture in the current-gen Xbox 360 and PS3. The Wii U's CPU only runs at 1.24GHz and uses much less transistors than the competition. Raw computational power may be down, but the upside is that Nintendo have nice features like out-of-order execution, which at least tries to make up for the lack of dual hardware threads and the lower clock speed.

Another big part of this is the Wii U's Radeon GPU department - which sports fast eDRAM, and bakes it directly into the GPU core which would definitely have some benefits. The only issue here is that details on the GPU architecture are scarce, making it hard to know what is really cranking along in that GPU.


Anthony joined the TweakTown team in 2010 and has since reviewed 100s of graphics cards. Anthony is a long time PC enthusiast with a passion of hate for games built around consoles. FPS gaming since the pre-Quake days, where you were insulted if you used a mouse to aim, he has been addicted to gaming and hardware ever since. Working in IT retail for 10 years gave him great experience with custom-built PCs. His addiction to GPU tech is unwavering.

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