The R9 390X doubled the VRAM capacity from 4GB in the R9 290X to 8GB of GDDR5. These higher clock speeds contributed to improved overall performance, especially in tasks that benefit from higher clock rates. The R9 390X generally featured higher base and boost clock speeds compared to the R9 290X. Here’s how the R9 390X was better than the R9 290X: While the fundamental architecture of both cards was similar, the R9 390X introduced several enhancements that aimed to provide better performance and user experience. The AMD Radeon R9 390X offered several improvements over its predecessor, the R9 290X. How is AMD Radeon R9 390X Better than Its Predecessor R9 290X? These cooling solutions often included multiple fans and heat pipes.ĭirectX 12 Support: The R9 390X supported DirectX 12, which brought about improved graphics rendering techniques and potentially better performance in games optimized for this API.ĪMD Technologies: The card supported AMD technologies such as Virtual Super Resolution (VSR), which allowed games to be rendered at higher resolutions and then downscaled for a potentially better visual experience on lower-resolution displays.ĬrossFire Support: AMD’s CrossFire technology was also available for the R9 390X, allowing users to pair multiple cards for increased graphics processing power. Performance: The R9 390X was designed to offer solid performance at 1080p and 1440p resolutions in modern games, and it was also capable of handling 4K gaming to some extent, though not always at the highest settings.Ĭooling and Design: The card featured advanced cooling solutions from various manufacturers that were responsible for keeping the GPU temperature in check during intensive gaming sessions. This larger memory pool was intended to provide better performance at higher resolutions and when using memory-intensive applications. Memory: The card came equipped with 8GB of GDDR5 memory running on a 512-bit memory interface. ![]() The core clock speed varied depending on the specific manufacturer’s version. GPU: The graphics processing unit (GPU) was codenamed “Hawaii XT.” It featured 2816 stream processors (also known as shader cores), 176 texture units, and 64 rasterizers. READ: Intel Core i7 10700K Processor: Unleashing Unmatched PowerĪrchitecture: The R9 390X was based on the GCN 1.1 architecture, which was an evolution of the previous GCN 1.0 architecture used in the R9 290X. What are some potential issues users might face with the R9 390X?ĭVI-I (Dual-link), HDMI 1.4a, DisplayPort 1.2ġ x 6-pin, 1 x 8-pin PCIe power connectors.Is the R9 390X suitable for small form factor builds?.How often does AMD release driver updates for the R9 390X, and how do they affect performance?.Can the R9 390X be used for professional tasks like 3D modeling and video editing?.What are the recommended cooling solutions for the R9 390X to prevent overheating?.How does DirectX 12 support enhance gaming performance on the R9 390X?.What are the key differences between the R9 390X and its predecessor, the R9 290X?.How does the R9 390X contribute to a better VR gaming experience?.Can the R9 390X handle modern AAA games at 4K resolution?.What makes the AMD Radeon R9 390X stand out from its competitors?.AMD Radeon R9 390X vs RX 580 Graphics Cards.Common Issues and Solutions for R9 390X Users.Power Supply and Cooling Requirements for Optimal Performance.R9 390X with Different Motherboards and CPUs.AMD Radeon R9 390X: Compatibility and System Requirements.AMD Radeon R9 390X: Overclocking Potential and Performance Tuning.Utilizing the R9 390X for Creative Work. ![]()
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