Which is better Intel Celeron vs Pentium?

Characteristics of Pentium D.

Processor: Intel Pentium D processor.

Processor numbers δ 840, 830, 820

Architecture 90nm technology.

L2 cache 2x1mb

Clock speed80 ghz

Front-side bus 800 MHz

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Celeron D on the P4 has proven that the Prescott core is not as good as the Northwood core in addition to getting higher frequencies. But on Celeron processors, how will the Prescott core behave? The Celeron D still only has the P4 processor with Prescott cores 1 4 L2 cache at 256KB, and the L1 cache has also been increased from 8KB to 16KB on Celeron 4 and supports the 533MHz front-side bus.

Prescott vs Northwood, 256KB L2 Cache vs 128KB L2 Cache, 533MHz vs 400MHz, this is the focus of the old and new Celeron, whether the increase in L2 cache and the increase in the front-side bus can offset the impact between the core, will be the decisive factor in the performance of the Celeron D.

The new 65nm Celeron D processor has a higher frequency, lower power consumption, lower heat, and further increases the L2 cache to reach 512KB, so that the Celeron D performance has reached a very high level, and the highest Celeron D365 achieves a high main frequency, which is extremely cost-effective.

Previously, the Intel Core 2 Duo PC and Laptop processors were internally codenamed Conroe and Merom, respectively, and they were both based on the newly designed Intel Core microarchitecture, and each chip would contain two processing cores, or "brains", hence the distinction between "dual-core". Intel will also offer enthusiasts and gamers the highest performance Intel Core X Extreme Edition processors.

These breakthrough processors will be based on Intel's advanced 65nm design and manufacturing process technology, which further compresses the size of the processor's circuits and transistors. This more compact approach will allow processors to achieve higher performance while achieving higher energy efficiency, which will lead to the emergence of more powerful, more beautiful, quieter, smaller, and more power-efficient mobile and desktop PCs.

Pentium good. Pentium and Celeron are both product brands. It's just that the two different brands used for market positioning are aimed at different groups of people.

Among them, the market positioning of "Pentium" is higher than that of "Celeron". Different markets need different products, which in turn restrict their product performance.

Celeron generally has more single-core, less dual-core and low frequency. No new products came out either. Pentium now has a new product, and the performance of the 22nm production process is not bad.

As of the time of the question, the most powerful Celeron is naturally the Celeron G6900 with the 12th generation Alder Lake architecture.

Celeron G6900 uses Intel 7 process (10nm), 2 performance cores, main frequency, 4M cache capacity, and integrated ultra-core graphics card 710.

In fact, the performance of Celeron is not very strong in entry-level chips, and it can be said that they are all relatively poor performance levels of the same era, which are generally suitable for office, Internet access, simple audio-visual entertainment, etc.

First of all, Celeron is positioned in the low-end market, which is basically economical, and most of them are used in ordinary homes or ordinary offices, and they can only find Celeron's running scores from the Internet.

These CPUs are, in order of performance, Core> Pentium, > Celeron.

Core series. Core is a series of CPUs launched by Intel Corporation for mid-to-high-end consumers, workstations, and enthusiasts. The CPUs representing the Core series are currently mainly composed of i3, i5, i7, and i9 series products, and the current mainstream products are 8th generation Core processors, such as: i3-8100, i5-5400, i7-8700, etc.

Pentium series. Pentium is a registered trademark of Intel Corporation as one of its x86 processor brands, launched in 1993. The market positioning is positioned as one level higher than the low-end entry-level Celeron series, and one level lower than the mid-range entry-level of the Core series, which spans the mid-to-high-end mainstream and high-end flagship models. At present, the main models of the 8th generation CPU are G5600 and G5400, all of which have been upgraded to dual-core 4-thread CPUs.

Celeron series. Celeron processors are Intel's economical products and were launched in 1998. Its positioning is low-end, one level lower than the Pentium.

Intel Core series number.

Core series CPU i3, i5, i7 and other CPUs are numbered according to their models, here we are easy to identify, the front i7 represents the brand identity (i7 > i5 > i3), the first place in the back, represents the first generation of the Core series, ** shown on the 7th generation CPU (8th generation > 7th generation > 6th generation). The higher the last 3 digits, the stronger the performance. The last letter U stands for a low-voltage version of the CPU, which is generally used on laptops and has lower performance than desktop CPUs.

There is no big difference, it represents different series and grades of CPUs, you get what you pay for, and in most cases, the more expensive and higher.

This is mainly a different positioning, different performance for the division of product classification.

You can take the common BMW car model as an example to understand. 3 series, 5 series, 7 series, the larger the number, the more high-end the performance configuration.

Similarly, those with i are all high-end products, and the larger the number, the more high-end.

Pentium is a cost-effective product, Pentium is the main low-end market, and the performance is not as good as that of products with i.

Celeron, Pentium, i3, i5, i7 are from low to high, i3 and below products are positioned for office use, i5 mid-range, game office can be, i7 positioning high-end products, large-scale games, and graphics.

Celeron is a low-end entry-level type.

The Pentium is a mid-range entry-level type.

The i3 i5 i7 belongs to the high-end type. (The entry-level type in the i3 high-end, the economy type in the i5 high-end, the high-end type in the i7 high-end, and the enthusiast type in the i9 high-end, which can be roughly understood in this way).

The performance is sorted from low to high: Celeron Pentium i3 i5 i7 i9 Xeon processors belong to the server CPU. Not on this list.

Let's pick it up again.

In the case of the same generation of the Core series, i9 is greater than i7, greater than i5, and greater than i3, but if you compare CPUs of different generations, it is recommended to look at the CPU ladder diagram, for example, the eighth generation i3 (i3 8350K) is stronger than the seventh generation i5 (i5 7600).