Can anyone tell me what is the difference between the latest i9 and E5 Xeon CPUs for computer CPUs?

The main frequency of the E5 is low, the architecture is old, the single-core performance is low, and the game frame rate is much lower under the premise of the same graphics card.

Take the CPU-Z test and see the single-core performance.

i9 is all over 550 points.

It's hard to score 350 points on the E5.

Xeon E5 is designed for server stability, heat dissipation, powerful data processing ability, stability, and the core thread is stronger than the same series of Core, and the Core i9 is designed for civilian use, which is better in terms of cost performance. In addition, E5 is largely not aimed at the retail market. The basic ones on the market are refurbished or smuggled over, and the quality and ** are not as good as the Core i9.

Let's use i9, but also depends on the generations of CPU that belong to i9, the larger the algebra, the better. There is a lot of foreign garbage in E5, and the products are eliminated, although the main frequency is high, but the process technology.

Problems such as backward frameworks, which generally appear on online shopping computers, play word games.

Described as an i9 grade product.

The i9 is a CPU for gaming, while the Xeon E5 is for servers, so the performance of the Xeon E5 is slightly worse. Usually the i9** advantage is a little better, and the Xeon E5 has to be used on a workstation computer.

E5 has been out of production for many years.,And this CPU is not suitable for office or games.,This is a server CPU.,The architecture is too old.,Well, the job number is big and the frequency is low.,This CPU can't even do i5.,So except for profiteers, no one generally recommends you use this CPU.。

The multi-clock frequency of the server core is too low, which is suitable for long-term boot operation. The Core processor is suitable for high-performance processing, so it is recommended that you just use the i9.

The i9 is a CUP for PCs, and the E5 Xeon is a CPU for servers

The Xeon E5 series CPUs are ranked as follows:

1st place: Intel Xeon E7-8870

Intel Xeon E7-8870, socket type: LGA1567 Frequency: 2400MHz Number of cores: 10 cores Bus frequency: Number of threads: 20CPU architecture: 64-bit working power: 130 watts.

Second place: Intel Xeon E7-2687

Intel Xeon E7-2687, main frequency: 3100MHz Number of threads: 16CPU series: Xeon E5-2600 series Working power: 150W Number of cores: 8 cores CPU architecture: 64 bit.

3rd place: Intel Xeon E5-2665

Intel Xeon E5-2665, main frequency: 2400MHz working power: 115 watts number of cores:

8 core chain meng CPU architecture: 64-bit threads: 16L3 cache:

20MBCPU series: Xeon E5-2660.

4th place: Intel Xeon E5-2650

Intel Xeon E5-2650, main frequency: 1800MHz working power source: 70W Number of cores: 8 coresNumber of threads: 16 Manufacturing process: 32nm CPU architecture: 64 bits.

5th place: Intel Xeon E7-2820

Socket Type: LGA1567 Frequency: 2000MHz Bus Frequency: Seconds Working Power: Hail Beam 105 Watts Number of Cores: 8 Core CPU Architecture: 64 bits.

The Xeon E52690 multi-core performance can reach the level of the i7 6700K, but the single-core performance is only about half of that of the i7 6700K. In general, the Xeon E52690 is equivalent to the i76700K.

**The CPU (Central Processing Unit) is the computing and control core of the computer system, and is the final execution unit of information processing and program operation. Since its inception, CPUs have made tremendous progress in terms of logical structure, operational efficiency, and functional extension.

**The processor (CPU) is one of the main equipment of the electronic computer and the core component in the computer. Its function is mainly to interpret computer instructions and process data in computer software. The CPU is the core component of the computer that is responsible for reading, decoding and executing instructions.

**The processor mainly consists of two parts, namely the controller and the combinator, which also includes the cache memory and the data and control bus that realize the connection between them. The three core components of an electronic computer are the CPU, internal memory, and input and output devices. **The functions of the processor are mainly to process instructions, perform operations, control time, and process data.

In computer architecture, the CPU is the core hardware unit that controls and allocates all the hardware resources of the computer (such as memory, input and output units) and performs general-purpose operations. The CPU is the computing and control core of a computer. The operations of all software layers in a computer system will eventually be mapped to the operations of the CPU through the instruction set.