What is an APU and what is an APU?

The APU is actually the integration of the CPU and the GPU, and also integrates the north and south bridges of the traditional motherboard to form a single-chip solution, which has the advantage of effectively reducing energy consumption and is suitable for mobile computing. With the maturity of the architecture, the higher performance APU will continue to be upgraded, and its integrated performance will gradually surpass the CPU + GPU solution.

The value of APU is: low power consumption, low noise (low heating, no need to install a large fan), **low (APU is specially made HTPC), small size (ITX specifications of 17*17cm, small motherboard is now fashionable).

Now that the APU has just come out, I suggest that the landlord don't have too many illusions, and at first I was also going to buy X120E, as a result. It is recommended that the landlord go to the "x120e" post bar to see. CPU and GPU are the two major heads in the computer, and no matter how low the power consumption is, when put together, the heat may not be low.

I don't know which one is wrong or not, because after all, there is no one around to use it, but if the landlord intends to buy the APU product, it is recommended to take a wait-and-see attitude first.

APU is an accelerated processor, which is a product that integrates the functions of CPU and GPU, and the two most important processors on the computer are fused to complement each other and maximize performance.

It is the product of AMD's convergence concept, which for the first time combines a processor and a discrete graphics card.

The core is made on a single chip, which has the processing performance of both high-performance processor and the latest discrete graphics card, supports the "accelerated computing" of DX11 games and the latest applications, greatly improves the efficiency of computer operation, and realizes the true integration of CPU and GPU.

The APU can also be on an airplane.

APU is an accelerated processing unit.

The APU has the processing power of a high-performance processor and the latest discrete graphics cards to support accelerated computing for DX11 games and the latest applications. The APU greatly improves the efficiency of computer operation and realizes the true integration of CPU and GPU. The secret of APU's strong performance lies in its innovative core architecture, the latest ** decoding engine, ultra-small chip and ultra-low power consumption design, and powerful display performance.

The APU design combines the strengths of the CPU and GPU, giving software developers unprecedented flexibility to develop new applications in whatever way works best. The APU connects a programmable CPU and a GPU's vector processing architecture on a single silicon via a high-performance bus, both of which can read high-speed memory directly.

Highlights of the APU:

The APU integrates the graphics processor with the application processor on the same chip. The APU improves the communication performance between the CPU and the GPU. The APU can take into account a variety of tasks, such as general-purpose and graphics processing.

The APU is ideal for use in laptops, laptops, and other devices that require a balance of performance and energy efficiency.

APUs are more energy-efficient than dedicated graphics cards. The setup of the APU is easier. There are fewer driver updates for the APU.

APUs are a one-size-fits-all solution that can be installed like any standard CPU and often don't require as frequent updates as a standalone graphics card. APUs can improve the overall performance of your computer. APUs can execute instructions and calculations faster and more efficiently.

What is APU? - In-depth understanding of the concept and technical principles of APU.

The Accelerated Processing Unit (APU) is an integrated CPU and GPU, developed by AMD to optimize the computing and graphics capabilities of computers to improve overall performance and energy efficiency. Compared to traditional CPUs and discrete GPUs, APUs have the advantage of being highly integrated and have lower power consumption. So, what exactly is an APU, and what are its characteristics and technical principles?

Definition and characteristics of APU.

The APU is a multi-functional processor that combines two separate chips, CPU and GPU, into a complete processor. The CPU is responsible for processing data and instructions, while the GPU is focused on graphics processing and computing, and the two work together to improve computing power and responsiveness. In addition, the APU also has some built-in functional modules, such as multi-** decoders, accelerators, etc., to further optimize computing and graphics processing.

The power consumption of APUs is lower than that of discrete CPUs and GPUs, and the corresponding heat dissipation problems are easier to solve.

The technical principle of the APU.

The R&D technology of APU mainly includes three important parts: HeterogeneousSystemArchitecture, Fusion, and HSA (HeterogeneousSystemArchitecture).

The HSA architecture is the core technology of the APU, which can manage and schedule the computing power of the CPU and GPU in a unified manner, so that they can fully work together to improve computing efficiency and performance.

Fusion technology is AMD's breakthrough in APUs, allowing CPUs and GPUs to work together more efficiently. Through Fusion, data from the CPU and GPU can be shared within the APU, making the transmission and processing of data faster and smoother, and at the same time, it can also effectively reduce the communication delay between the CPU and the GPU.

Heterogeneous system architecture is the basic technology of APU, which can make APU better compatible with various open standards and architectures in the industry, including OpenCL, DirectX, etc. With the support of heterogeneous system architecture, APUs can better exploit their data processing capabilities and graphics processing potential.

Summary. As an emerging processor technology, APU is believed to have a lot of room for development in the computer field. Compared with traditional CPUs and discrete GPUs, APUs have the advantages of high integration, lower power consumption, and higher efficiency, which will bring excellent cost performance and user experience to computer users.

With the further maturity and improvement of APU technology, it will penetrate more deeply into various computer fields and play a greater role.

Auxiliary Power Unit (APU) for short. It refers to a small auxiliary power unit that can independently output compressed air or power supply in addition to the main power device (engine) on the aircraft. It is generally a small gas vortex turbine engine.

Including power output shaft, compressed air extraction device and automatic control device. Before take-off, it provides compressed air for the aircraft, which can be used to supply pure air to the aircraft's air-conditioning system or provide air source start for the main engine starter, and can also output power for the aircraft power system before the main engine starts, so as to reduce the aircraft's dependence on airport equipment; In flight, when the main engine or its power generation device fails, it can provide emergency energy to the aircraft and improve flight safety; When landing, it can also provide energy for the aircraft. Auxiliary power units are installed on both large and medium aircraft and large ***.

The APU of Xiamen Airlines Boeing 787

The information comes from the encyclopedia.

APU (Accelerated Processing Unit) is called Accelerated Processor in Chinese.

It is the product of AMD's "Convergence of the Future" concept, it is the first time that the first-class processor and the independent graphics core are made on the same chip, it has both high-performance processors and the processing performance of the latest discrete graphics cards, and supports the "accelerated computing" of DX11 games and the latest applications.

The computer APU has been greatly improved, and the CPU core of the X86 architecture of Yubu general computing is integrated with the programmable vector processing engine, combining the precision scalar operation that the CPU is good at with the large-scale parallel vector operation that is traditionally only available to GPUs. The AMD APU design combines the advantages of a bridge CPU and a GPU.

This gives software developers unprecedented flexibility to develop new applications in whatever way suits them. line efficiency.

Phrase. Apu-DOMA decarboxylation fine sensitive beam-splitting cell tumor.

the world of apu ; Apu's world.

Fusion APU Acceleration Processor ; Accelerated processing unit.

Apu Gupta Gupta.

AMD APU Acceleration Processors ; Accelerated processing unit. Storm Video.

The Apu Trilogy.

Apu Inti Sun God.

APU Supervisor

CPU: The full name of Central Processing Unit in English is the processor in our traditional sense, and I believe everyone is familiar with this concept. It is the first processor of the computer, and it is the computing core and control core of a computer.

GPU: GPU English full name Graphic Processing Unit, Chinese translated as "graphics processor", it is the core chip inside the graphics card, so we can directly understand it as a graphics card. Now AMD and Intel processors have integrated graphics chips, so these processors can be regarded as a combination of CPU + GPU.

APU: Generally speaking, it is a high degree of integration of CPU and GPU through certain technologies, collaborative computing, and mutual acceleration. AMD has encountered such a technology, fusing CPU and GPU, so we call such a processor APU.

At present, Intel's CPU simply adds a module of display chips, so it can't be called an APU in the strict sense, and there is no problem if you understand it this way.