- Page 1Asus Rampage II Gene
- Page 2 Asus Rampage II Gene
- Page 3 Performance Results
- Page 4 Feature Table
Despite its small size the Gene has to take on some full sized competition so let’s see if it is up to the task. The build quality of the Gene is superb and despite its tiny size we had no problem installing a chunky Noctua CPU cooler and a Radeon HD 4870 X2 graphics card. The memory slots are worth mentioning as they only use a retention clip on the end of the module at the top of the board. The other end – the one near the graphics card – has no clip yet there is a distinct sound as the memory snicks firmly into place. This means that you don’t need to remove the graphics card in order to release a module of memory, which is very considerate of the designer.
We had no need to use the external LCD Poster device as the Gene appeared to behave itself throughout testing but we did note some odd quirks that can probably be fixed with a BIOS update. Our initial runs with a Core 965 Extreme were done on Auto settings and all seemed well however the score in 3DMark Vantage was rather low. Boosting the CPU voltage to 1.4V fixed this mysterious problem. We had another issue with the Core i7 965 Extreme when we tried to use the Crazy Overclock profiles in the BIOS as they simply didn’t work. The two options for the 965 Extreme are 3.60G and 4.00G with the 3.60G simply raising the base clock from 24x133MHz to 24x150MHz. No matter what we did, though, the system wouldn’t take it. Manual overclocking up to 3.87GHz went as smooth as silk so the Gene can do the business, just not if you use the automated settings.
We appreciate that most home PC builders won’t be slipping an £840 965 Extreme into their new rig so we also tried a Core i7 920 and it behaved perfectly in the Gene. We could overclock with the Crazy Overclock 2.93G and 3.20G profiles and also manually took the speed all the way to 3.80GHz without any trouble.
No doubt Asus will sort out Core i7 965 Extreme overclocking with all due haste but there’s a glitch that seems to be inherent to the Gene. The passive coolers on the chipset look great but they are rather small and the Southbridge cooler isn’t even connected to the coolers on the Northbridge and the power regulation hardware. The result is that the temperature of the coolers hit a steady 60 degrees Celsius which is rather hotter than we like to see.
Our overall impressions of the Gene were very favourable and the loss of the third graphics slot is something we see as a complete irrelevance. Likewise we didn’t find the small form factor presented any problems but then, neither did it offer any obvious benefit.
The Rampage II Gene shares its DNA with the Rampage II Extreme, offering similar superb performance at a considerably lower price. Add in the potential to stuff all that power into an even smaller space than is usually possible and you have a motherboard we really rather like.