Description
Asus ROG Strix B850-F Gaming WiFi7 Neo is created for absolute dominance. Designed to fully unlock the potential of AMD Ryzen 9000, 8000 and 7000 series processors, this motherboard combines an advanced power system with intelligent overclocking technologies. It guarantees uncompromising speed and stability, necessary for professional esports and working with demanding next-generation AI applications.
In the ROG Strix style
Asus ROG Strix B850-F Gaming WiFi7 Neo is made in a dark futuristic aesthetic, will give your build an exclusive look. The deep black color of the printed circuit board perfectly complements the matte metal radiators, creating a holistic and aggressive image of a powerful gaming system. The concise but expressive accent in the form of RGB-backlighting on the interface cover allows you to flexibly manage the style of your build. It can both maintain a restrained appearance and brightly emphasize its individuality depending on your mood.
AI Cooling II
Balances the temperature and acoustic performance of any build with a single click of the mouse.
AI Networking II
AI Networking II combines intelligent technologies for dynamic optimization of network parameters, ensuring a reliable and uninterrupted connection, as well as unlocking the full speed of the Wi-Fi 7 network.
Asynchronous generator
On the Asus ROG Strix B850-F Gaming WiFi7 Neo board, a special clock generator is used, which allows you to separate the settings of the processor's base frequency from the settings of the memory frequency, PCIe and the Infinity Fabric bus. Allows you to get maximum processor performance while maintaining the stability of key system components. Separate BCLK tuning of the processor from other components for overclocking without limits.
PBO Enhancement
The AMD Precision Boost Overdrive (PBO) technology increases the limit parameters of current and voltage for maximum processor overclocking. Using aggressive PBO parameters, the AMD algorithm determines a reliable power solution for motherboard components for even greater performance.