AI Cooling ll

AI Cooling II balances the thermals and acoustics of any build with a single click. A proprietary ASUS algorithm slashes unnecessary noise while running a quick stress test, and then it monitors CPU temperatures to dynamically adjust fans to optimal speeds.

Cooling

The PRIME Z790-P WIFI motherboard is engineered with multiple onboard heatsinks and an array of hybrid fan headers to ensure your rig stays cool and stable under intense workloads.

M.2 Heatsinks

An M.2 heatsink takes care of the two M.2 slots, warding off throttling that can occur with M.2 storage during sustained transfers.

Removable captive screws reduce risk of drops or loss during heatsink removal.

VRM Heatsinks and Thermal Pads

The extensive surface area of the massive heatsinks cover the VRMs and chokes to improve heat dissipation. Together with specially engineered thermal pads, they improve heat transfer from the MOSFETs and chokes for better cooling performance.

Robust Power Design

Stable power is essential to extract every last bit of performance out of Intel processors. The PRIME Z790-P WIFI is geared to cater to the demands of these high-core-count CPUs.

1. ProCool Connectors

Proprietary connectors augment the motherboard’s link to the PSU with 4 + 8 pin connectors that pass 12 volts of power directly to the processors. Each jack features solid pins that can handle more current than hollow-pin connectors.

2. 14 + 1 Teamed Power Stages

14 + 1 power stages combine high-side and low-side MOSFETS and drivers into packages rated for 50 amperes each, delivering power, efficiency, stability and performance to latest Intel processors.

AEMP II for Ultimate DDR5 Performance

ASUS Enhanced Memory Profile II (AEMP II) is an exclusive firmware feature for PMIC-restricted memory modules. AEMP II is based on a CPU and memory module’s ability to train the memory chips on your kit, and it presents an optimized clock speed that can effortlessly unleash performance.

Built through a flexible training method, AEMP II makes it easy to not only tune the memory above baseline settings, but also to maintain the stability of system operations, whether getting the most out of an entry-level module or priming a high-speed kit for ultimate performance.