As you overclock your GPU, the more processing power it will provide. It is the same as tuning up a car engine. GPU memory overclocking is tweaking your graphics card to improve game performance. On the other hand, the memory clock is the VRAM’s speed or video random access memory of the graphics card. In general, it is more important than the memory clock when it comes to improving performance. The core clock of the GPU is the speed of the chip of the graphics card unit. The GPU core clock is different from the memory clock. GPU core clock upgrading will always improve performance more than upgrading the memory clock. However, increasing the GPU’s core clock is more important than increasing its memory clock speed if you really want to improve game performance. Anything under or around 10% should still provide you with a stable version. You can try a 50 to 100 MHz boost, or about a 10% increase, and observe if it will result in improved game performance. The memory clock speed (GPU) is also important as the GPU clock, especially with video games with big gigabytes of textures. This will result in improved game performance because it will increase frame rates. Overclocking it will raise its megahertz (MHz) or the clock frequency of the graphics card. It’s possible to increase the GPU memory clock’s speed by first conducting a GPU memory test. This speed shows how many cycles per second the memory makes. It shows how many times per second data is transferred from the VRAM to the GPU or from the system to the VRAM. The memory clock of a GPU refers to the speed of the VRAM on the graphics card. Moreover, you can increase the shared memory of the onboard graphics/video card by changing the settings in the system BIOS. Moreover, shared GPU memory is mapped into the CPU’s main address space.ĭedicated graphics memory is different from shared graphics memory because it has a separate (dedicated) graphics card. Systems with GPU shared memory can run on systems with single processors, clustered microprocessors, and parallel multiprocessors. This design is called UMA or United Memory Architecture. It shares the memory of the main system RAM with the CPU and other computer components. Shared GPU memory is a type of computer architecture design where the graphics card unit’s chip does not have a dedicated memory. High-end graphics cards must have a minimum of 1024 MB VRAM.
A mid-range graphics card must have a dedicated GPU memory bandwidth of at least 512 MB. For your computer to display seamless videos and images, you will need a separate graphics card.
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