The R501 PDA combines a powerful MT6762 Octa-Core ...
Product Name:RTX 5060 8GD7 ARMOUR 2X
Product Item No.:6972410028360
GPU: GB206
Process Technology: 5 nm
CUDA Cores: 3840
Clock Speeds
Base Clock: 2280 MHz
Boost Clock: 2497 MHz
Memory Capacity: 8 GB
Memory Type: GDDR7
Memory Clock: 1750 MHz
Effective Memory Speed: 28 Gbps
Memory Bandwidth: 448 GB/s
Memory Bus Width: 128-bit
TDP: 145 W
Bus Interface: PCI Express 5.0
Power Connector: 8-pin
HDMI: 1 × HDMI
DisplayPort: 3 × DP
Cooling Design: Dual-fan cooling system
Card Dimensions (Without Bracket): 227 × 125 × 44 mm
Weight: 686 g
The RTX 5060 8GD7 ARMOUR 2X is a next-generation graphics card designed to deliver high efficiency, strong gaming performance, and reliable thermal control in a compact dual-fan form factor. Built on a 5 nm process and powered by the GB206 GPU, this graphics card combines GDDR7 memory, PCI Express 5.0 support, and a 145W power profile, making it an ideal solution for mainstream gaming PCs, creative workstations, and compact desktop systems.
At its core, the RTX 5060 8GD7 ARMOUR 2X features the GB206 GPU, manufactured using an advanced 5 nm process technology. With 3840 CUDA cores, the GPU delivers improved parallel processing capability and higher energy efficiency compared to previous generations.
Enhanced performance per watt
Optimized for modern graphics workloads
Smooth operation in high-resolution gaming and creative applications
The graphics card operates at a base clock of 2280 MHz and can boost up to 2497 MHz, providing fast and responsive performance under load.
Stable clock behavior during extended use
Suitable for real-time rendering and high-frame-rate gaming
Balanced power and thermal management
Equipped with 8GB of GDDR7 memory, the RTX 5060 delivers next-level memory performance.
28 Gbps effective memory speed
128-bit memory bus
448 GB/s memory bandwidth
This high-speed memory configuration ensures smooth texture loading, reduced latency, and improved performance in modern games and professional applications.
The graphics card supports PCI Express 5.0, providing increased bandwidth for next-generation platforms.
Faster data transfer between GPU and system
Backward compatible with earlier PCIe versions
Designed for future-proof desktop builds
The ARMOUR 2X dual-fan cooling system is engineered to maintain stable temperatures while keeping noise levels low.
Efficient airflow through optimized heatsink design
Dual fans for balanced thermal dissipation
Reliable performance under sustained workloads
This cooling solution ensures consistent performance without excessive thermal throttling.
With a 145W TDP and a standard 8-pin power connector, the RTX 5060 ARMOUR 2X offers an excellent balance between performance and power consumption.
Compatible with a wide range of power supplies
Reduced system heat output
Ideal for compact and mid-tower PC builds
The graphics card provides multiple display outputs to support modern multi-monitor setups:
1 × HDMI
3 × DisplayPort
This configuration allows users to connect high-resolution displays for gaming, content creation, and professional workflows.
Designed for space-efficient systems, the RTX 5060 ARMOUR 2X features a compact form factor:
Dimensions (without bracket): 227 × 125 × 44 mm
Weight: 686 g
The compact size makes it suitable for small form factor PCs while maintaining strong cooling performance.
The RTX 5060 8GD7 ARMOUR 2X is well suited for:
Mainstream and competitive gaming
Creative workloads such as video editing and 3D design
Compact desktop and small-form-factor systems
Everyday GPU-accelerated computing
5 nm GB206 GPU with 3840 CUDA cores
High-speed GDDR7 memory (28 Gbps)
PCI Express 5.0 support
Dual-fan ARMOUR cooling system
Efficient 145W power design
Compact and lightweight form factor
The RTX 5060 8GD7 ARMOUR 2X delivers a balanced combination of next-generation memory technology, efficient power consumption, and reliable cooling. With its compact design and modern interface support, it is a strong choice for users seeking dependable performance in gaming and professional desktop environments.