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Discover the Prime GeForce RTX 5070 White Edition, an SFF‑Ready Enthusiast GeForce card that uses a 2.5‑slot design for broad compatibility. Its triple‑fan configuration maximizes airflow to deliver superior cooling performance.

Discover the Prime GeForce RTX 5070 White Edition, an SFF‑Ready Enthusiast GeForce card that uses a 2.5‑slot design for broad compatibility. Its triple‑fan configuration maximizes airflow to deliver superior cooling performance.



ASUS Prime Gold 850W/750W
ASUS Prime Gold 850W/750W


The Prime RTX 5070 White Edition employs a 2.5‑slot layout with a carefully arranged shroud, heatsink, and heat pipes so the triple Axial‑tech fans can leverage chassis side‑panel ventilation for optimal thermal performance.

The Prime RTX 5070 White Edition employs a 2.5‑slot layout with a carefully arranged shroud, heatsink, and heat pipes so the triple Axial‑tech fans can leverage chassis side‑panel ventilation for optimal thermal performance.
Three refined Axial‑tech fans use a smaller hub, longer blades, and a barrier ring to increase downward air pressure. The result is lower temperatures, reduced noise, and improved overall performance.
Three refined Axial‑tech fans use a smaller hub, longer blades, and a barrier ring to increase downward air pressure. The result is lower temperatures, reduced noise, and improved overall performance.

All three fans stop when GPU temperatures are below 50°C so you can run light tasks or less demanding games in near silence. Fans resume operation when temperatures exceed 55°C, following a speed curve that balances acoustics and cooling performance.

All three fans stop when GPU temperatures are below 50°C so you can run light tasks or less demanding games in near silence. Fans resume operation when temperatures exceed 55°C, following a speed curve that balances acoustics and cooling performance.
ASUS MaxContact expands the heat spreader’s effective contact surface area by 5% compared to conventional designs. Combined with a large heatsink array and Axial‑tech fans, this can improve temperatures by up to 2°C.
ASUS MaxContact expands the heat spreader’s effective contact surface area by 5% compared to conventional designs. Combined with a large heatsink array and Axial‑tech fans, this can improve temperatures by up to 2°C.
A premium phase‑change GPU thermal pad melts to fill gaps between the GPU and the thermal module, providing superior thermal conductivity and enhanced heat dissipation to help maintain performance and longevity under heavy loads.
A premium phase‑change GPU thermal pad melts to fill gaps between the GPU and the thermal module, providing superior thermal conductivity and enhanced heat dissipation to help maintain performance and longevity under heavy loads.

Choose Performance mode to let the fans spin up and keep core temperatures low, or switch to Quiet mode to keep the same power target and top‑end settings while using a milder fan curve for quieter operation at moderate temperatures.
Choose Performance mode to let the fans spin up and keep core temperatures low, or switch to Quiet mode to keep the same power target and top‑end settings while using a milder fan curve for quieter operation at moderate temperatures.


TUF GAMING B850-BTF WIFI W combines the essential elements of the latest AMD Ryzen™ processors with game-ready features and proven durability. “BTF” (Back To (the) Future) uses a hidden-connector layout that tucks connectors beneath the motherboard for cleaner cable routing, and includes a graphics-card high-power slot capable of delivering up to 600 watts through the motherboard. The platform supplies the power and connectivity demanded by advanced AI PC applications.

TUF GAMING B850-BTF WIFI W combines the essential elements of the latest AMD Ryzen™ processors with game-ready features and proven durability. “BTF” (Back To (the) Future) uses a hidden-connector layout that tucks connectors beneath the motherboard for cleaner cable routing, and includes a graphics-card high-power slot capable of delivering up to 600 watts through the motherboard. The platform supplies the power and connectivity demanded by advanced AI PC applications.

The hidden-connector design simplifies cable routing for first-time builders by placing connectors on the underside of the motherboard, producing a neat, expert-quality appearance without visible cables. * This motherboard is compatible with specific case models.

The hidden-connector design simplifies cable routing for first-time builders by placing connectors on the underside of the motherboard, producing a neat, expert-quality appearance without visible cables. * This motherboard is compatible with specific case models.

The graphics card high-power slot is designed to supply the wattage that BTF graphics cards require, delivering up to 600 watts through the motherboard itself and removing the need for visible 8-pin or 16-pin power cables on the front. * This motherboard is compatible with specific case models.
The graphics card high-power slot is designed to supply the wattage that BTF graphics cards require, delivering up to 600 watts through the motherboard itself and removing the need for visible 8-pin or 16-pin power cables on the front. * This motherboard is compatible with specific case models.


Stable power is essential for high-core-count AMD CPUs. This motherboard implements 14(80A) + 2(80A) + 1(80A) power stages that integrate high-side and low-side MOSFETs and drivers into packages rated for up to 80A each, ensuring efficient, stable power delivery and strong performance headroom for current and future AMD processors.

Stable power is essential for high-core-count AMD CPUs. This motherboard implements 14(80A) + 2(80A) + 1(80A) power stages that integrate high-side and low-side MOSFETs and drivers into packages rated for up to 80A each, ensuring efficient, stable power delivery and strong performance headroom for current and future AMD processors.

Comprehensive memory-tuning options let you extract more performance from DDR5 modules — including support for up to DDR5 8000+ MT/s(OC). ASUS Enhanced Memory Profile (AEMP) provides optimized frequency, timing and voltage profiles for supported memory kits to simplify overclocking.
Comprehensive memory-tuning options let you extract more performance from DDR5 modules — including support for up to DDR5 8000+ MT/s(OC). ASUS Enhanced Memory Profile (AEMP) provides optimized frequency, timing and voltage profiles for supported memory kits to simplify overclocking.


The motherboard includes one PCIe 5.0 M.2 slot to enable the fastest data transfers of up to 128 Gbps*, and all M.2 slots support NVMe RAID configurations to leverage current high-speed storage options. * Actual transmission speed will be lower than theoretical maximum speed.

The motherboard includes one PCIe 5.0 M.2 slot to enable the fastest data transfers of up to 128 Gbps*, and all M.2 slots support NVMe RAID configurations to leverage current high-speed storage options. * Actual transmission speed will be lower than theoretical maximum speed.

This motherboard provides extensive modern connectivity including PCIe 5.0, a rear USB 20Gbps Type-C® port, a front USB 10Gbps Type-C® connector, and a Thunderbolt™ (USB4®) header, ensuring high-bandwidth options for a wide range of external devices.
This motherboard provides extensive modern connectivity including PCIe 5.0, a rear USB 20Gbps Type-C® port, a front USB 10Gbps Type-C® connector, and a Thunderbolt™ (USB4®) header, ensuring high-bandwidth options for a wide range of external devices.


AI Cache Boost is a BIOS setting exclusive to ASUS AMD 800 and 600 series motherboards that use Ryzen™ 9000 Series CPUs; it optimizes CPU cache and memory pathways to deliver up to 29% faster local LLM performance with high-speed memory tuning. Internal testing showed enabling AI Cache Boost delivered up to a 15% performance uplift when large language models exceeded graphics card memory, and with high-speed DDR5 memory plus additional Infinity Fabric clock (FLCK) tuning, that uplift nearly doubled.

AI Cache Boost is a BIOS setting exclusive to ASUS AMD 800 and 600 series motherboards that use Ryzen™ 9000 Series CPUs; it optimizes CPU cache and memory pathways to deliver up to 29% faster local LLM performance with high-speed memory tuning. Internal testing showed enabling AI Cache Boost delivered up to a 15% performance uplift when large language models exceeded graphics card memory, and with high-speed DDR5 memory plus additional Infinity Fabric clock (FLCK) tuning, that uplift nearly doubled.

















Please Note: Product images are for illustrative purposes only and may differ from the actual product.
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