Which hardware component is designed to work in conjunction with a dedicated GPU?

The hardware component that is specifically designed to work in conjunction with a dedicated GPU is GDDR Synchronous Dynamic RAM. This type of memory, which stands for Graphics Double Data Rate Synchronous Dynamic RAM, is optimized for use in graphics cards and is crucial for the performance of dedicated GPUs.

GDDR memory is engineered to provide high bandwidth and speed, enabling efficient data transfer between the GPU and the memory. This capability is essential for rendering graphics and handling complex computations that modern games and applications require. The dedicated GPU utilizes GDDR memory to store textures, frame buffers, and other graphical data that are used during rendering processes.

The other components, while integral to a computer system, do not specifically interact with the GPU in the same specialized way that GDDR memory does. For instance, SSDs provide storage but do not directly enhance the graphics processing. Power supplies deliver necessary power to all components but have no impact on graphical performance. Motherboards serve as the backbone of the system, allowing communication between various components, but they do not directly affect the functioning of the GPU in the specialized manner that GDDR memory does.