Asus Prime X870-P WIFI Gaming Desktop Motherboard - AMD X870 Chipset - Socket AM5 - ATX — PRIME X870-P WIFI

PRIME X870-P WIFI

ASUS Prime series motherboards are expertly engineered to unleash the full potential of AMD Ryzen^™9000 series processors. Boasting a robust power design, comprehensive cooling solutions and intelligent tuning options, the PRIME X870-P WIFI motherboard provides users and PC DIY builders with a range of performance optimizations via intuitive software and firmware features. It's designed to be Advanced AI PC-ready, offering the power and connectivity needed for demanding AI applications.

Performance | AI Solutions

ASUS AI Solutions, including AI Networking II for real-time bandwidth optimization and AI Cooling II for thermal control, offer new levels of ultrafast connectivity, performance and efficient cooling.

AI Networking II

Optimized network performance, helping to ensure seamless connectivity and maximized WiFi 7 speeds.

AI Cooling II

Optimized thermals and reduced noise via dynamic adjustment of fan speeds, based on CPU temperatures.

Performance | Robust power design

Stable power is crucial for maximizing the performance of AMD processors. The PRIME X870-P WIFI is designed to meet the needs of high-core-count CPUs. It features14(80A) + 2(80A) + 1(80A)power stages that integrate high-side and low-side MOSFETs and drivers into packages rated for up to 80 amperes each. This configuration ensures optimal power delivery, efficiency, stability and performance for both current and future AMD processors.

14

Vcore power

(80A, DrMOS)

2

SOC power

(80A, DrMOS)

1

Misc power

(80A, DrMOS)

The multi-layered printed circuit board design quickly dissipates heat around the voltage regulators to improve overall system stability and provide the CPU with more overclocking headroom.

Proprietary connectors augment the motherboard's link to the power supply with 8 + 8 pin connectors that pass 12 volts of power directly to the processor. Each connector features solid pins that can handle more current than hollow-pin connectors.

The Power Saving function contains several settings to easily optimize power consumption and maximize energy savings. You can enable a CPU power limit, darken Aura lighting and set the fan profile to a Power Saving mode. You can also toggle the Power Saver plan that is built into Microsoft Windows.

The Digi+ voltage-regulator module (VRM) delivers real-time control over voltage droop, automatically switching frequency and power-efficiency settings.

Enhanced Memory & Storage Performance | Enhanced DDR5 performance

Comprehensive memory tuning options are the cornerstone of PRIME motherboards. The PRIME X870-P WIFI maximizes the potential of your DDR5 modules, from entry-level to extreme-speed kits.³

For entry-level modules without EXPO^™support,ASUS Enhanced Memory Profile (AEMP)automatically detects memory chips and provides optimized profiles for enhanced performance.

For those looking to surpass stock DDR5 speeds, the PRIME X870-P WIFI offers extensiveAMD Extended Profiles for Overclocking (EXPO^™)support and a wide array of UEFI settings for further performance tweaks⁴.

Four M.2 slots (up to 128 Gbps)

PRIME X870-P WIFI offers a total of four M.2 slots, including one that supports data-transfer speeds of up to 128 Gbps via PCIe 5.0, two that support 64 Gbps via PCIe 4.0, and one that supports PCIe 3.0. This enables quicker boot-up and app load times with OS or application drives⁵.

Cooling | Cooler by design

The PRIME X870-P WIFI motherboard is engineered with multiple onboard heatsinks

• Compatible Ryzen 7 processor lets you perform all your computational tasks at a swift pace
• The DDR5 SDRAM efficiently move data across electric components and provide smooth PC performance
• Supported 0 RAID levels provide data reliability and fault tolerance
• DisplayPort host interface lets you conveniently connect multiple monitors to increase productivity
• ATX form factor brings a significant number of PCI slots, expansion slots, and peripheral ports with an enhanced heat dissipation capability