inter: Why can t I break through the CPU below 10nm?

Intel thinks too far, it sees that the current physical limit of semiconductors is about to peak at 1 nanometer, and does not want to invest too much in this area, but engages in the research and development of other new technologies, and intends to continue to have absolute industry dominance in the next new processor era. But I don't know if it was triggered but not triggered, or if it really didn't make a name for itself, which led to Intel's "seeming" window period now. But Intel can rely on the continuous improvement of microarchitecture to improve CPU efficiency, X86 was originally Intel's patent, it has no competitors so don't panic, AMD followed it to squeeze a little toothpaste.

It can be seen that AMD can still only take the cost-effective route, and the market share still does not suppress Intel, which is the advantage of industry monopoly (for the enterprise itself) and the disadvantages (for consumers). You can take a look at the report on Intel's R&D direction (news source "Electronics Enthusiast"):

As far as the description goes, according to the current trend, there have been detours, or the design concept is different. It's been too long. After all, the CPU has not changed much in at least 8 years, which can be seen from this.

The technical reserve can be said to be over until the tenth generation, and in fact the ninth generation is over.

Now we can only look at the new large and small nuclear architecture, and we can't break through. As for the craft. Definitely stuck at some point.

I don't know how to continue asking, satisfied.

This shows that you still have to continue to work hard, that is to say, you can't break through, it means that there is still something not in place, that is to say, it's okay, break through.

This is a better CPU if it can't break through ten nanometers

If Inter can't get rid of the CPU below 10 rice, it may be because your level is not enough, or the quality of one of its products is not good enough to know.

The toothpaste is almost finished, and I can't squeeze it out.

Under normal circumstances, if you can't break through, you can restart it and try again, okay?

CPU is an abbreviation for Central Processing Unit, which is the most important part of a computer and consists of combinators and controllers. If a computer is compared to a human, then the CPU is the human brain. CPUs have evolved very rapidly, and it has taken less than two decades for PCs to evolve from the 8088 (XT) to the current Pentium 4 era.

In terms of production technology, the original 8088 integrated 29,000 transistors, while the Pentium has more than 28.1 million transistors. The CPU runs at a speed of 8088 in MIPS (million instructions per second), which has exceeded 1000 MIPS by the time of the high-energy Surge. No matter what kind of CPU, its internal structure can be summarized into three parts: control unit, logic unit and storage unit, these three parts coordinate with each other, analyze, judge, calculate and control the command and data of each part of the computer to coordinate work. The role of the motherboard The motherboard is also called the motherboard, the system board and the motherboard; It is installed in the chassis and is one of the most basic and important components of the microcomputer.

The motherboard is generally a rectangular circuit board, on which the main circuit system of the computer is installed, generally there are BIOS chips, IO control chips, keyboard and panel control switch interfaces, indicator plugs, expansion slots, DC power supply connectors of the motherboard and plug-in cards, etc. Another feature of the motherboard is that it adopts an open structure. Most motherboards have 6-8 expansion slots for PC peripherals to plug in control cards (adapters).

By replacing these plug-in cards, the corresponding subsystems of the microcomputer can be partially upgraded, so that manufacturers and users have greater flexibility in configuring models. In short, the motherboard plays a pivotal role in the entire microcomputer system. It can be said that the type and grade of the motherboard determine the type and grade of the entire microcomputer system, and the performance of the motherboard affects the performance of the entire microcomputer system.

The CPU determines how fast everything runs, and the motherboard determines the level of other hardware devices. A poor motherboard determines that only a poor CPU can be installed

The CPU is a very large-scale integrated circuit, which is the computing core (back core) and control core (control unit) of a computer.

The CPU function is mainly to interpret computer instructions and process data in computer software.

**The processor mainly consists of combinators (ALUs, arithmetic logic units) and caches, as well as buses that enable the data, control and state between them.

The CPU, along with internal memory and input-output (IO) devices, is the three core components of an electronic computer.

It is the processor at the heart of the computer.

CPU Introduction CPU is the abbreviation of ** processing unit (Central Processing Unit), which can be abbreviated as microprocessor (microprocessor), but it is often directly referred to as processor (processor). Don't ignore its role because of these abbreviations, the CPU is the heart of the computer, and its importance is like the brain to people, because it is responsible for processing and computing all the data inside the computer, while the motherboard chipset is more like the heart, which controls the exchange of data. The type of CPU determines the operating system and the corresponding software you use.

The CPU is mainly composed of combinators, controllers, register banks and internal buses, etc., which is the core of the PC, and is equipped with memory, input and output interfaces and system buses to form a complete PC (personal computer). The basic structure, functions and parameters of the CPU are mainly composed of combinators, controllers, register banks and internal buses. The register group is used to store operands and intermediate data after the instruction is executed, and the combinator completes the operations and operations specified in the instruction.

CPU is the English abbreviation of ** processor, which includes combinator and controller. The main functions of combinators are arithmetic operations and logical operations; The function of the controller is to take out instructions from memory (memory and external memory) in turn, analyze instructions, send control signals to other components, and command all parts of the computer to work together.

What is CPU? CPU is an abbreviation, the full name is Central Processing Unit, ** processor, is the computer responsible for processing data and computing components. Every action you do needs to go through its calculations before it can show you the results.

An adder keeps counting additions. A controller is responsible for converting subtraction, multiplication, and division into addition to the adder.

Here's how to check it out:

1. Right-click the taskbar on the left side of the desktop and select Click System.

2. In the system interface, we can view the CPU model of our computer.

3. It can also be viewed through the task manager. Go to Task Manager. Click Performance.

4. In the performance bar of Task Manager, we can view the CPU model and operation.

5. It can also be viewed through other CPU detection software, as shown in the figure below:

6, As shown in the figure below, we can see the detailed parameters of the CPU.

Question: Is a desktop computer CPU a processor?

Is a desktop CPU a processor?

Whether a computer system runs smoothly or not is mainly related to the CPU and memory usage. Many users use some third-party software to detect CPU and memory usage in real time. However, in this article, we will introduce the use of desktop gadgets that come with your computer system to display CPU and memory usage in real time without using third-party software.

1. We can generally view the CPU and memory of the computer through the computer properties;

2. If you want to view the real-time usage of CPU and memory, you can use the built-in gadget, right-click on the blank space of the desktop, and select "Gadget" to open;

3. After opening, find "CPU Dashboard" and right-click to select "Add".

4. Then you can see that there are two dashboards on the computer desktop, the left is the CPU usage, and the right is the memory usage;

5. We can also set the widget to drag, zoom in, and close the widget.

This is how to display CPU and memory usage in real time on a computer using a desktop gadget.

Yes, the CPU is the processor.

Click Start, Run, and enter DXDIAG. The pop-up dialog box contains information such as CPU, memory, graphics card, etc.

The watchtower lord adopts it).

There are a variety of methods to choose from:

Enter the start menu, right-click "Computer" to enter the right-click menu, click "Properties", enter the system page and you can see some information of the system on the right, including "processor", the information behind it is the model of the CPU, the main frequency and other information.

Enter the start menu, right-click "Computer" to enter the right-click menu, click on the "Manage" option, click on "Device Manager" after entering the computer management page, then find "Processor" and click on it, you can see the CPU frequency, model and other information, in addition, the number of CPU entries represents the number of CPU cores.

Driver wizard, it's very easy to use, you can see what you want!