Welcome to GPU Builder! 1. Use the ENGINEER menue to build your GPU. Start with the installation of the CHIP. The CHIPS differ in size, Base Clockspeed, number of CUDA Cores, and power consumption. Place as much VRAM as you like in the highlighted area around the CHIP. The installation of shader units results in additional CUDA Cores which improve the basic computing performance. RT units improve the raytracing performance and tend to draw more power than regular shader units. Voltage converters act as overclocking multipliers and enable drastically higher clock speeds. However, he clock speed does not increase linearly, so check carefully to see how many voltage converters actually make sense. Make sure the GPU has sufficient power via PCIE connections. 2. Adjust the GPU clock speed in the OVERCLOCKING menu using the voltage slider. Note that a higher clock speed requires significantly more power. If the voltage is set too low, the voltage slider can cause the clock speed to drop dramatically. A higher clock speed allows the GPU to process data faster, resulting in higher scores. 3. Select the test you want from the BENCHMARK menu and beat the high score!
Created by @UltraEngine / Published by UE Studio https://scratch.mit.edu/studios/34077444/ --- GPU Designs by Render 1 by Render 2 by VectorRender by
