Adata XPG 2933 MHz DDR3 review

Memory (DDR4/DDR5) and Storage (SSD/NVMe) 367 Page 11 of 12 Published by

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Performance - dGPU Bioshock Infinite | Tomb Raider | 3DMark 2013

We recently moved on-wards towards a new graphics card, the GeForce GTX 780 Ti. This page for now is just a placeholder for future results. 

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We test at Ultra quality settings which is the way you guys game at home with your dedicated graphics card. We could show you higher differences fs we would lower image quality. But if you purchase a high-end system, surely you will not be playing at medium graphics quality right? As such we test in a real-world usage replication.

From top to bottom you are looking at a maximum frame-rate difference of 2-3 frames in Tomb Raider. For gaming, your money is better spend on the GPU rather than system memory.

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BioShock is very dependent on system memory and processor performance. As such the results will be much higher when using either fast latency memory or highly clocked system memory. We use Ultra quality settings in-game. With this GPU and proper Ultimate image quality; settings will be more GPU bound.

Despite that the ADATA XPG 2933 MHz clocked memory was the faster. Now compared to Nice latency 2133 MHz memory the difference in-game is 3 to 4 FPS.  But if you compare to system memory utilized say 1600 MHz with an extremely slow CL12 the difference will be more significant. 

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So above the 3DMark FireStrike results. Fire Strike is the latest showcase DirectX 11 benchmark designed for high-performance gaming PCs. Marginal differences, you'd gain much more in performance with a faster graphics card.

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