What does a CPU mean by a few thousand hundreds?

…What are the upstairs guys doing? Don't be ashamed, okay?

Any of AMD's frequency nominal products is for Intel!

For example, the early AMD Athlonon 3000+ is directly aimed at Intel's P4 hyper-threading, which means that the AMD Athlonon 3000+ is better! The results of the performance evaluation are also true! The Sempron 2600+ is aimed at Intel's full Celeron series of the year.

This was a major factor in AMD's naming of models to seize the market, but the subsequent version did not have such a close meaning, because Intel recognized its mistake and switched to multi-core development instead of blindly pursuing high clock speeds. Since the Intel PD series products have encountered indifference, Intel will launch a new product AMD will follow with it, and it will be followed by the word +, which is still-for-tat, so that AMD has today's country.

Upstairs, how many of you don't know the history of development, and you just say that such a classic competition story has no meaning?

There are too many whites here, too lazy to talk about them, landlord, if you go to the zol**cpu area to ask people like them, you will be directly used as a laughing stock ......

The AMD processor clock speed is also available as a model.

It's just the model of the AMD processor. It does not indicate the main frequency.

It's just a way AMD names CPUs, e.g. 5600+, and doesn't mean anything in particular.

CPU is AMD's CPU representation method.

The main frequency, that is, the clock frequency of the CPU, simply put, is the working frequency of the CPU, for example, we often say that P4 (Ben Si) 1 8GHz, this 1 8GHz (1800MHz) is the main frequency of the CPU.

Generally speaking, the number of instructions completed in a clock cycle is fixed, so the higher the clock speed, the faster the CPU speed will be. Main frequency: Outer frequency x multiplier. In addition, it should be noted that AMD's Athlon-XP series processors are clocked at a nominal PR (Performance Rating) value, such as Athlon-XP 1700 and 1800.

For example, the Athlon's XP, which actually runs at 1 53GHz, is nominally 1800 and is displayed on the self-test screen of the system boot, the system properties of the Windows system, and the detection software such as WCPUID.

1. CPU: Description Intel Pentium Dual Core E5400.

2. E5400: A low-end ** processor for the mainstream market by Intel, Pentium Core dual-core.

3. : CPU series model Pentium Dual Core.

4. Gradually replaced by 45 nanometers. It is recommended to only exceed to be stable, the external frequency is over 266, the main frequency is very easy, no need to add voltage, 333 needs to add some voltage, the main frequency, but very stable.

What you need to know

**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. Together with internal memory and input and output (IO) devices, it is known as the three core components of electronic computers.

The CPU takes instructions from memory or cache memory, puts them in instruction registers, and decodes instructions. It decomposes the instruction into a series of micro-operations, and then issues various control commands to execute a series of micro-operations, so as to complete the execution of an instruction. An instruction is a basic command for a computer that prescribes the type of operation to be performed and the number of operands.

AMD's models! Belong to the K8 architecture! Compared to 7750, 7750 will be much better! The 7750 is modified from a 3-core shield, and the 7750 is a K10 architecture.

It will be much better than 5400+ in terms of overclocking and performance! If you have the technology, the 7750 can be brushed into 4 cores! ~

+ is AMD's CPU representation method.

The main frequency, that is, the clock frequency of the CPU, simply put, is the working frequency of the CPU, such as the P4 (Ben Si), which is the main frequency of the CPU. Generally speaking, the number of instructions completed in a clock cycle is fixed, so the higher the frequency, the faster the CPU. Main frequency: Outer frequency x multiplier.

In addition, it should be noted that AMD's Athlon-XP series processors are clocked at a nominal PR (Performance Rating) value, such as Athlon-XP 1700 and 1800. For example, the actual operating frequency of the Athlon-XP is nominally 1800+, and it is also displayed in the self-test screen of the system boot, the system properties of the Windows system, and the detection software such as WCPUID.

+ stands for upgraded version of the Athlon 5000+ is still not the main frequency 5G

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

The controller of the computer.

That is, data processing.

Computers are all binary data, finished images and other things.

The CPU is all about processing data.

It is also the controller of the computer.

3600 5000 7750 are the nominal values processed by AMD.

These originated in the Pentium era.

Inter has been working hard to increase the main frequency of the processor, but AMD's manufacturing process cannot be reached, and the increase of the main frequency cannot keep up with Inter, so it is committed to improving the working performance of the processor. (The frequency of the processor is not equal to the rate energy of the processor).

So it comes out, 2000+ means that the performance is about equivalent to the performance of the Pentium 4 2G, but the actual frequency of the AMD processor is only about 2G.

Later 3600+ 5000+ also used this nominal value, but the actual clock speed is not 3600 5000!

Inter, the processor was previously named after the processor's frequency, such as the previous P3 800 P4 P4 This provides a reference for AMD's nominal value. In the Inter Core era, the i-series was renamed by a codename.

For example: T2250, T6600, E5200, E5300, I3, I5

Both AMD processors 3600+ and 5000+ are K8 and 7750 are K8 without + 65nm K10

The reason for the simple saying is that AMD wants consumers to know that the performance level of the CPU is calculated based on the main frequency of the Pentium 4, such as 5000+, which has more than the performance of P4 5G, and the 7750 is due to the use of the first generation K10, so the 7 series is dual-core, the 8 series is 3 cores, and the 9 series is quad-core, so as to officially decouple from Intel's main frequency appointment method.

All are models of AMD's processors, and Pentium's processors don't have these numbers. The higher the number, the better the performance!

It's the model, AMD's is basically the higher the appointment.

Pentium's processor doesn't.

Generally speaking, the higher the number, the better the performance. Provided that it is in the same era.