RogConnect
Latest
ASUS CrossHair IV Extreme mainboard supports mix-and-match GPU setups
Scouting a new mainboard for that fancy new Phenom II X6 CPU you just picked up? You might want to hold off a minute, particularly if you're also planning on shopping for a few new GPUs as well. Hot Hardware has managed to get their paws around an upcoming motherboard from ASUS, the CrossHair IV Extreme. Much like the Maximus III Extreme that we spotted last November, this one also ships with the RoG Connect feature, enabling a secondary Bluetooth device (like a netbook or smartphone) to tweak overclocking settings from the sidelines. What really makes this one stand out, however, isn't the compatibility with all Socket AM3 Phenom and Athlon CPUs, nor the fancy new 890FX chipset. No -- it's the inclusion of Lucidlogix's nearly-forgotten Hydra solution, which allows users to mix-and-match GPUs (makes and models are no matter here) in order to create the most from whatever graphics cards you have sitting around. There's no mention of when this fellow will ship, but we'll be keeping an eye out at Computex just in case.
ASUS Maximus III Extreme mobo lets Bluetooth cellphones tweak settings
ASUS has been giving its motherboard owners ways to tinker with their wares for years now, but it sounds like things are about to get seriously amped up with the Maximus III Extreme. The P55-based board, which falls into the growing Republic of Gamers lineup, adds a new feature to the existing ROG Connect overclocking system: Bluetooth control. You heard right -- ASUS claims that this mainboard actually "enables users to tweak system settings wirelessly over Bluetooth via a mobile phone." More specifically, RC Bluetooth allows users to "review the status of their systems' hardware and tweak parameters wirelessly from a Bluetooth-enabled PDA phone," with examples like controlling music playback and dealing with Skype conversations given. There's no specific mention of a price or release date, but you can bet we'll be digging for specifics on the limits and functionality baked in here.
