The MALIBAL Nine X7200 is a workstation-class notebook configured for high-end gaming, and thus contains both an extraordinarily powerful CPU and two of the industry’s most capable mobile graphics modules. We arranged today’s charts in order of GPU power, leaving the non-notebook at the bottom for comparison purposes.
Because we tested the X7200 in both single-GPU and multiple-GPU configurations, we used the single-GPU configuration as the reference point (100%). This allows us to easily see how the second GPU provides an average 82% performance gain, while our fastest-previous notebook is only 31% better at gaming than the single-GPU X7200. The inclusion of AVADirect’s W880CU makes sense for this measurement, as it shows that a weaker CPU reduces game performance by only 4%.
Our encoding programs don’t rely on GPU performance, and only two of them are able to take full advantage of six-core processing. The Core i7-980X also features a higher clock rate however, and the balance of more cores and higher frequency gives the MALIBAL Nine X7200 a big advantage over anything that contains an actual mobile processor. Desktop users will notice that the X7200’s Clevo-supplied motherboard underperforms a similarly-configured desktop board by 4-6%.
Our virus scan benchmark doesn’t scale well with Intel processor performance, reducing the i7-980X’s performance lead in our productivity suite. The MALIBAL Nine X7200 still stays significantly ahead of any notebook processor-based system, though its motherboard still falls slightly behind a standard desktop motherboard.
The fastest notebook processor-based system we’ve ever tested, Alienware’s M17x falls victim to the MALIBAL Nine X7200’s desktop CPU and twin GeForce GTX 480M GPUs.