A game of tech trio! What's the difference between CPU, GPU, and NPU? Become a master of technology

What is CPU, GPU, and NPU: We are going to tell you about CPU, GPU, and NPU. All these three terms are considered very important in the world of technology. 

All three are processing units. Simply put, the CPU handles multitasking tasks on your device, while the GPU is designed to handle graphics and heavy visuals on your device. 

Similarly, the NPU accelerates smart processing related to artificial intelligence. By understanding the roles of these three processing units, you can understand the actual performance of any device.

What is a CPU?

The CPU (Central Processing Unit) is called the brain of a computer or smartphone. It's used for tasks like opening apps, browsing the web, managing files, and operating the system. Simply put, the CPU's function is that it processes commands and instructs the hardware to execute them.

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The CPU is often called the brain of your device. Its speed depends entirely on the cores within it. These cores are small, functional parts of the CPU that handle different tasks. 

The more and faster cores a CPU has, the more power it consumes. This allows your device to perform faster without slowing down.

What is an NPU?

The NPU (Neural Processing Unit) is a new processor specifically designed for smart tasks like artificial intelligence and machine learning. 

This processor plays a key role in running advanced features like facial recognition, photo enhancement, live translation, object detection, and voice assistants, making them more efficient and faster.

To put it simply, the NPU can process AI models using very little power. This directly improves the device's battery life. It's also thanks to the NPU that the camera quality, night mode, and AI features in our smartphones have become so advanced and powerful.

What is a GPU?

The GPU (Graphics Processing Unit) is the backbone of a device's visual performance. The GPU handles all the heavy lifting related to animation, graphics, and visuals. 

It helps ensure smooth, uninterrupted gaming, video editing, 3D design, and high-resolution images. Compared to a CPU, a GPU has many smaller cores that can process multiple graphics tasks at the same time.