GPU (Graphics Processing Unit) and CPU How do GPU and CPU work together? are two different types of processors that work together in a computer system to carry out different tasks.

CPU is responsible for executing general-purpose tasks such as running applications, managing system resources, and executing operating system instructions. On the other hand, GPU is designed to perform highly parallelized tasks such as graphics rendering, video decoding, and scientific computations.

When a task is initiated on a computer system, the CPU receives the instructions, and it decides which resources should be allocated to complete the task. If the task involves graphics rendering or any other highly parallelized operation, the CPU will delegate the task to the GPU.

The CPU and GPU are connected through a bus, which allows data to be transferred back and forth between the two processors. The CPU sends instructions to the GPU, and the GPU processes the data and returns the results to the CPU.

How do GPU and CPU work together? In summary, the CPU and GPU work together in a coordinated fashion to ensure that all tasks are completed efficiently. The CPU acts as a manager, assigning tasks to the GPU that require parallel processing, while the GPU performs the heavy lifting of executing those tasks in a highly parallelized way.