![Strix B760-F power design layout](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/powerdesign.png)
POWER ARCHITECTURE
16 + 1 + 1 power stages, each rated to handle up to 60A, deliver ample current to drive the most powerful Intel 13th Gen processors through any workload with ease.
ALLOY CHOKES AND DURABLE CAPACITORS
High-end chokes and durable capacitors are engineered to resist extreme temperatures, enabling performance that exceeds industry standards.
SIX-LAYER PCB
A multi-layered printed circuit board design quickly dissipates heat around the voltage regulators to improve overall system stability.
- DDR5 DOMINATION
- AEMP II
DDR5 DOMINATION
ROG has a long legacy of flexing the fastest memory performance, and DDR5 is no outlier. Thanks to improved signal routing, now enthusiast-grade kits have been driven far beyond the 7 GT/s mark on the Strix B760-F, and who knows how far future DIMMs can go? Seasoned veterans can test their mettle by tinkering with the extensive array of tuning options in the UEFI.
![The Strix B760-F lets you overclock memory up to 7800+ MT/s.](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/ddr5.png)
AEMP II
ASUS Enhanced Memory Profile (AEMP) is an exclusive hardware and firmware solution to overclock generic memory modules. AEMP’s second version allows for automatic tuning of kits during system startup and leverages the PCB trace optimizations of the Strix B760-F to push frequencies higher than ever before. AEMP II can even overclock mixed kits in a quad-DIMM arrangement, and the vast library of support now extends to nearly every DDR5 module that does not otherwise have XMP support.
![AEMP II settings are shown for a kit reaching up to DDR5-7800](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/AEMP-II.jpg)
- VRM
- M.2
- CPU
- Chassis
![](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/cooling/header-pd.png)
![Strix B760-F VRM cooling design layout](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/cooling/header-vrm.png)
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VRM HEATSINK ARRAY
Covering the power solution are two thick heatsinks with strategic airflow channels for increased heat dissipation while powering high-performance Intel 13th Gen processors.
![](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/cooling/header-pd.png)
![Strix B760-F M.2 heatsink layout](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/cooling/header-m.2.png)
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M.2 HEATSINKS
Heatsinks cover every slot to help keep onboard NVME SSDs at optimal temperatures for consistent performance and reliability.
![](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/cooling/header-pd.png)
![Strix B760-F fan header locations](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/cooling/header-cpu.png)
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CPU FAN HEADERS
Positioned near the top of the motherboard, a pair of PWM/DC fan headers give easy access for CPU coolers.
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AIO PUMP FAN HEADER
A dedicated PWM/DC header connects self-contained water-cooling setups.
![](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/cooling/header-pd.png)
![Strix B760-F chassis fan header locations](https://dlcdnwebimgs.asus.com/files/media/53D30A49-0B79-48F2-AD43-DEB7F954AE2B/v1/img/performance/cooling/header-chassis.png)
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4-PIN FAN HEADERS
The Strix B760-F features four chassis fan headers, each supporting auto-detection of PWM or DC fans.