ASUS TUF-RTX5060TI-O16G-GAMING
Military-Grade Components
Premium durability
Axial-Tech Fans
Longer blades improve airflow and dispersion
Vented Exoskeleton
3.1-slot design with optimal heat dissipation
Dual BIOS
Toggle between Performance or Quiet modes
The Ultimate Platform for Gamers and Creators
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Fifth-Gen Tensor Cores
Max AI performance with FP4 and DLSS 4
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New Streaming Multiprocessors
Optimized for neural shaders
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Fourth-Gen Ray Tracing Cores
Built for Mega Geometry
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AI-Enhanced Graphics and Performance
NVIDIA DLSS 4 with Multi Frame Generation
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Game-Winning Responsiveness
NVIDIA Reflex 2 with Frame Warp
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True-to-Life Graphics
Full ray tracing with neural rendering
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Digital Humans and AI Assistants
NVIDIA ACE
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Accelerate Your Creativity
NVIDIA Studio creator tools and technology
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Enhance Any Video with AI
NVIDIA Broadcast and ninth-gen NVIDIA Encoder
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Performance and Reliability
NVIDIA app with Game Ready and Studio Drivers and Studio Drivers
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The Ultimate Gaming Display Technologies
NVIDIA G-SYNC
TUF Chokes & MOSFETs
Certified military-grade TUF chokes and MOSFETs deliver rock-solid power to the GPU, which can help improve system stability.
TUF Capacitors
TUF 5K black metallic capacitors provide 52% wider temperature tolerance and a 2.5X longer lifespan than standard capacitors.
Protective PCB Coating
A protective conformal coating envelops the circuit board to help protect against short-circuits caused by moisture, dust or debris.
Dual-ball Fan Bearings
Dual-ball bearings offer an extensive lifespan of up to 80,000 hours, double the longevity of sleeve bearings and surpassing fluid dynamic bearings. This helps ensure long-lasting, reliable and quiet cooling.
Cooling Mastery
This advanced cooling design features the ASUS-exclusive MaxContact manufacturing technique and efficient Axial-tech fans, helping to ensure premium thermal performance, optimized airflow and quiet operation, all within a robust and vented metal exoskeleton.
MaxContact Design
MaxContact is a special ASUS manufacturing process that effectively expands the surface area of the heat spreader that sits atop the GPU by 5%, compared to traditional designs. This improves temperatures by up to 2°C, in concert with an extensive heatsink array and powerful Axial-tech fans.
