Saturday, July 14th 2007
ASUS P5K3 Premium Utilizes 2 GB DDR3 Onboard Memory
Taipei, Taiwan, July 10, 2007 - Catering to enthusiasts who want the latest in innovations and technology, ASUS has released the new ASUS P5K3 Premium motherboard. This motherboard comes with the latest technologies and delivers a brand new innovation - the Turbo D3 Onboard Memory feature. With this cutting-edge feature, users are guaranteed DDR3 overclocking speeds of above 1500 and reduced clock cycle timings by 50% for random data access.
Guaranteed DDR3 1500 Speeds
Hot on the heels of ASUS's Native Support for DDR3 1333, ASUS has yet again come up with another groundbreaking technology. The P5K3 Premium provides exceptional functions and utilizes Turbo D3 - superb onboard memory features that guarantee overclocking above DDR3 1500. The Turbo D3 Design includes the Perfect T-Tree Design, ASUS's exclusive Super Memspeed Technology and the revolutionary Hyper PCB Design.
Perfect T-Tree Design
The P5K3 Premium motherboard utilizes the cutting-edge Perfect T-Tree Design to provide users with simultaneous random data access on every memory chip. What this means is that data access to each memory chip occurs at the same time, instead of conventional DDR3 Fly-by Topologies that require time to be spent waiting for one by one random data access. This reduces clock cycle timing by 50% for random data access - thereby ensuring faster memory speeds.
ASUS Press Release
P5K3 Premium Product Page
Guaranteed DDR3 1500 Speeds
Hot on the heels of ASUS's Native Support for DDR3 1333, ASUS has yet again come up with another groundbreaking technology. The P5K3 Premium provides exceptional functions and utilizes Turbo D3 - superb onboard memory features that guarantee overclocking above DDR3 1500. The Turbo D3 Design includes the Perfect T-Tree Design, ASUS's exclusive Super Memspeed Technology and the revolutionary Hyper PCB Design.
Perfect T-Tree Design
The P5K3 Premium motherboard utilizes the cutting-edge Perfect T-Tree Design to provide users with simultaneous random data access on every memory chip. What this means is that data access to each memory chip occurs at the same time, instead of conventional DDR3 Fly-by Topologies that require time to be spent waiting for one by one random data access. This reduces clock cycle timing by 50% for random data access - thereby ensuring faster memory speeds.
ASUS Press Release
P5K3 Premium Product Page