What is the difference between intel Xeon CPUs and Core I series CPUs

The main differences are:

Xeon CPU:

2.Core i-series CPUs:

The specific data is as follows:

Xeon is a server CPU, with a large cache, strong stability, and some server-specific instruction sets with large data throughput.

In terms of performance, it is stronger than ordinary CPUs, especially E3, close to the performance of i7, only a little higher than i5**, so there are also ordinary players with E3.

Xeon processors do not have integrated graphics cores, and most ordinary CPUs have integrated graphics cards.

Zhiqiang CPU can check two or even 4 CPUs on one motherboard (motherboard support is required), while ordinary CPUs are generally one motherboard and one CPU.

To put it simply, the Xeon series focuses on multitasking performance, and there are relatively large restrictions on the processing capacity of a single task, while the i series focuses on desktop performance, for a single task can occupy CPU resources as much as possible, such as i5, i7 with high-end graphics cards can be fully turned on games, Xeon is difficult to achieve, the reason is that the game program can not fully use Xeon performance, and Xeon's chipset basically does not support high-end graphics cards, because there is no need for this... For example, the Xeon platform can handle more than 100,000 IIS connections at the same time, while the I-series platform is estimated to strike a few thousand.

Haven't you seen the reviews? The i7 2600K outperforms the new Xeon.

No. Xeon processors have more cores than Core's. Multipliers are more than Core's.

The external frequency is about the same. But the Xeon ones are very expensive. Generally, it is used as a CPU for the server....

If you play a lot of games, it's better to use Xeon. But if you want to play games cost-effectively, AMD is better.

Good core.

There are also the following differences between Xeon and Core:

1. Xeon is a CPU for servers, with larger caches and stronger stability, and some server-specific instruction sets with large data throughput. The Core i-series is a desktop-class CPU.

2. The performance is not much different from the ordinary core, at least it is disproportionate to the huge gap in **.

3. Xeon processors do not have integrated graphics cores, while the Core i series has integrated graphics.

The two sets actually serve different purposes:

The Core i is a civilian series, and the Xeon is a server series. Many of their features are different, but the most important and simplest performance differences can be roughly understood.

Here we only talk about the core of the desktop part, because after all, it corresponds to the Xeon on the server side. Core i3 i5 i7 mainstream models in 2 4 cores (i7 high-end series not counted), three slow in 3MB-8MB, i3 for dual-core four-thread, i5 for four-core four-thread, i7 for four-core eight-thread, their single-core performance is generally better, because the use is civilian, the use of all kinds of special software and games is the main.

Xeon E3 E5 E7 is quite different, E3 is very close to i7, the same is four cores and eight threads, the frequency is generally lower than i7, equivalent to the cost-effective version of i7, in the 4th generation and before, E3 is very popular with the installation party.

E5 and E7 caches are very large, except for individual models, they have a large number of cores, for example, the number of cores of E7 8890V4 has reached 24, 48 threads, L3=60MB, the main frequency is relatively low, because its purpose is a server, multitasking is more important, playing an interstellar 2 game, i3 6100 is much better than it.

Summary. The differences between Intel E-series processors and i-series processors are as follows: the number of cores is different, the CPU frequency is different, and the objects are different.

What is the difference between Intel E-series processors and i-series processors?

The differences between Intel E-series processors and i-series processors are as follows: the number of cores is different, the CPU frequency is different, and the objects are different.

1. The number of cores is different1. E-series processors: For basic virtualization, E-series processors have more cores than i-series processors. 2. I-series processors: Because the i-series processors are for personal use, the number of cores is less than that of the E-series processors.

2. The CPU frequency is different1. E series processors: Because E series processors are only used to provide service interfaces, the CPU frequency is lower than that of I series processors. 2. I series processors:

Because the i-series processors need to process the system program software to ensure the performance, the CPU frequency is higher than that of the E-series processors.

3. Different objects 1. E series processors: E series processors are the representatives of Intel's CPUs for the server market. 2. I series processors: I series processors are Intel's representatives of CPUs for the general home or game computer market.

First, the reference is different.

1. Core i: It is aimed at the most high-end audiophiles.

and products for gamers, targeting the high-end market.

2. Xeon. CPU: It's Intel.

Production of microprocessors for:"Intermediate range"of business servers and workstations.

Second, the special car hall is different.

1. Core i: Can every need be met quickly and seamlessly from Intel? Variable speed technology can wake up the PC in seconds, as well as quickly in the app.

and web pages.

2. Xeon CPU: Based on the Pentium microprocessor P6 architecture, it is designed to work with the new fast peripheral component interconnection line and accelerated graphics port. liters of liquid.

Third, the advantages are different.

1. Core i: A single charge can support longer hours of work, play, and creation. The extended battery life allows users to use it for up to 10 hours without limitations.

2. Xeon CPU: 512 kilobytes or 1 megabytes, 400MHz cache memory.

A high-speed bus that transfers data between processors, RAM, and I-O devices, and an extended server memory structure that provides 36-bit addresses.

List of Xeon CPU models:

First place: Intelxeone7-8870, slot type: LGA1567, frequency: 2400MHz, number of threads: 20CPU, architecture: 64-bit, working power: 130W.

Second place: Intelxeone7-2687W, frequency: 3100MHz, number of threads:

16, CPU series: Xeone5-2600 series working power: 150W, number of cores:

Eight empty group core, CPU architecture: 64-bit.

Third place: Intelxeone5-2665, frequency: 2400MHz, working power:

115W, number of cores: eight cores, CPU architecture: 64 bits, number of threads:

16L3 cache: 20MB, CPU series: Xeone5-2600 series.

History

CPU appeared in the era of large-scale integrated circuits, and the iterative update of processor architecture design and the continuous improvement of integrated circuit technology have promoted its continuous development and improvement. From the initial dedication to mathematical calculations to the widespread use of general-purpose computing, from 4-bit to large scattered 8-bit, 16-bit, 32-bit processors, and finally to 64-bit processors, from the incompatibility of various vendors to the emergence of different instruction set architecture specifications, CPUs have been developing rapidly since their inception.

Xeon and Core are generally good for Core.

Xeon is the processor of the server, while Core is the computer processor, the highest gear Buqiang does not support high-frequency memory, Core supports high-frequency memory, Xeon does not support core graphics cards, Core supports core graphics cards, Xeon cannot be overclocked, and some Core models support overclocking. It depends on how you use it, compared to Core, Xeon's servers use CPUs, which have more memory space in terms of caching and better stability.

Difference Between Xeon Processor and Core Processor:

1. The first difference between the CPU of the Xeon series and the Core series is that the market positioning is different, the Xeon series is a server CPU, which has a richer instruction set than the Core series, better performance and supports more concurrent connections, especially in scenarios that require multi-threaded operation, and the advantages are obvious compared to the Core series (such as processing a large amount of data exchange, suppressing transcoding, and processing**a large number of IIS connection requests).

2. The Core series (including the low-end G series Celeron, Mu Jue i3, i5, i7 series) is mainly for the vast majority of the home desktop consumer market, and the main feature of this type of CPU is the full range of integrated GPUs, that is, nuclear graphics. The main frequency is generally relatively high, and a considerable number of models have overclocking ability (mainly manifested in the model suffix with K). <