The GALAX RTX 4060 Ti Metal Master Classic Edition OC is a high-performance graphics card designed for computing and gaming enthusiasts. It features a robust die-cast all-aluminum alloy body and a triple-fan cooling system, each fan measuring 92mm and utilizing an 11-blade static design optimized for increased airflow and cooling efficiency. The card’s cooling architecture, known as the Hanguangxing system, includes a fully metallic structure with six nickel-plated heat pipes for effective heat dissipation from the GPU core and video memory. The distinctive tail-end hollow design of the card further aids in thermal management. For power, the RTX 4060 Ti Metal Master Classic Edition OC uses a 6+1 phase power supply system and is built on an 8-layer Printed Circuit Board (PCB), which ensures stable power delivery and system stability.
The RTX 4060 Ti Metal Master Classic Edition OC was initially priced at approximately $474 USD, converted from 3,299 yuan. This pricing positions the graphics card as a competitive option in the market for users seeking a balance between cost and performance. The specific availability in various markets may vary, and potential buyers are advised to check with local retailers or GALAX’s official channels for the most current information.
Special-Edition Metal GPUs
GALAX's RTX 4060 Ti Metal Master Features Optimized Cooling Systems
Trend Themes
1. All-metal GPU Structures - Graphics cards featuring die-cast all-aluminum alloy bodies represent a shift towards more durable and heat-efficient designs.
2. Optimized Triple-fan Cooling - The inclusion of a triple-fan system with 92mm, 11-blade fans enhances airflow, providing superior cooling for high-performance GPUs.
3. Advanced Heat Pipe Systems - Utilizing systems like the Hanguangxing with six nickel-plated heat pipes highlights a leap in effective thermal management technologies for graphics cards.
Industry Implications
1. Computer Hardware Manufacturing - The trend towards robust and heat-efficient GPU designs opens up new manufacturing methodologies for building high-performance components.
2. Gaming Hardware - Enhanced cooling systems and stable power delivery in graphics cards address the demands of gaming enthusiasts seeking peak performance.
3. Thermal Management Technologies - Developments in cooling architectures like triple-fan systems and advanced heat pipes indicate growing innovation in thermal management solutions.