Beginning of the Intel company and its processors
Introduction
This company was founded in 1968 by two men, Robert Noyce and Gordon and. Moore. In the beginning the company was named Moore Noyce, but consequently to the confusion that this name gave, later it was changed by Integrated Electronic or as we know it today by the union of its acronym, Intel. After this, Noyce and Moore had to buy the rights of this name, since it was previously being used by a hotel company. This company first concentrated on the production of memories.
Developing
It was not until 1971 that they produced the first microprocessor of the company on 4004. This was created for a calculator who was about to be launched to the public, by the Busicom company. Through the years, this company has been in charge of creating a number of microprocessors which we will be mentioning in details the last 3 that have been launched, these are Intel Core i5, i7 and i9.
Intel Core I5-1135G7 11th Gen processor
This processor was first launched in September 2009, but this specific version or generation was launched on September 1, 2020. This processor has a lithography of 10 nano meters, 4 nuclei (quad-core), 8 threads and offers level 3, 8Mb cache memory. Also, it has a maximum 64GB memory amount and the maximum amount of memory channels is 2, but it does not have ECC (Correcting Code error). It has a 64 -bit support and run at a speed of 4.20GHz and the GPU that has this generation is the Intel Iris XE Graphics which has a 1 graph frequency of 1.30GHz. The maximum temperature that this processor can endure is 100 ° C.
Intel Core I7-1185g7 11th Gen processor
The i7 processor was first launched in November 2008, but this specific version or generation was launched on September 2, 2020. This processor with this specific generation is very similar to the i5-1135g7 11th gen, both have 4 cores and have 8 threads. They have the same lithography of 10 nano meters, but unlike the aforementioned processor this has a 12MB cache memory and with a speed of up to 4.80GHZ supporting 64 bits vs. 4.20GHZ which was the i5-1135g7 11th gen.
This has a maximum memory capacity of 64GB and 2 maximum memory channels, nor has ECC (correcting code error). In addition, in the graphics area it has the intel iris xe graphics of 1.35GHZ vs. 1.30GHz from i5-1135g7 11th gen. Finally, it also supports a maximum temperature of 100 ° C.
Intel Core I9-10900K 10 Gen processor
This core i9 processor was launched for September 2017, although obviously as all the other different versions have continued to come out later. In this processor he is considered one of the most powerful in the market. It takes advantage of the other two processors mentioned above. Core I9-10900K 10 Gen has a lithography of 14 nano meters, 10 cores, 20 threads, 20Mb of cache memory and a speed of up to 5.30GHz. It has a maximum memory capacity of 128GB, 2 maximum memory channels and a broadband speed up to 45.8GB/s,
Nor has ECC. In the graphic, it has an Intel UHD GRAPHICS 630 GPU at a maximum dynamic speed of 1.20GHz, supports 4k resolution at 60GHz. It also supports 64 bits and a maximum temperature of 100 ° C. In my opinion, the most notable constant difference between these processors is the speed they can reach. Of course, the i9 made more changes than the previous ones, taking into consideration its speed, storage, nuclei and threads, graphics, among other things. We owe when choosing a team we must take these characteristics into consideration, since this depends on the performance of said equipment.
Brief History of AMD
Advanced Micro Devices (AMD) is a company founded in 1969, a year after Intel. The company was founded by several men, these were Jerry Sanders III, Edwin Turney, Jim Giles, Larry Stenger, Jack Gifford, Frank Botte, Steven Simonsen and John Carey. AMD is currently he is in second position in the manufacture of x86 processors worldwide, the first is Intel. It is also one of the main graphics card producers in the professional and domestic area. The first processor that launched to the market was the AMD 9080, and this was a copy of Intel 8080.
During 1982 AMD signed a contract with Intel to produce X86 processors, which this architecture belongs to Intel, but in 1986 the contract was canceled when Intel refused to say the technical details of the I386 processor. After this, they sued Intel and won the demand and they had to pay AMD $ 1,000 million accordingly for the violation of the contract. Because of this AMD had to make changes in its code so as not to directly clone the Intel processors. Currently, AMD, has the central offices in Santa Clara, California.
AMD Ryzen 3 2200g
AMD Ryzen 3 2200g was released in February 2018. This processor has a lithography of 14 nano meters and has 4 cores (quad-core) of CPU, 4 wires and a speed of up to 3.7GHz. It also has 3 cache levels, the first level supports 384kb, the second 2MB and the third up to 4MB. In the graphic area it has the Radeon Vega 8 Graphics model, it has an 8 -core GPU and operates at a frequency of 100MHZ. In addition, it supports 64 bits, its maximum temperature is 95 ° C and has a cooling system called Wraith Stealth.
AMD Ryzen 5 3600X
AMD Ryzen 5 3600X was released in July 2019. This processor has a lithography of 7 nano meters and has 6 nuclei, 12 threads and a speed of up to 4.4GHz. It also has 3 cache levels, the first level supports 384kb, the second 3MB and the third up to 32mb. Unlike Ryzen 3, Ryzen 5 does not have Radeon Vega 8 Graphics. It supports 64 bits, its maximum temperature is 95 ° C and has a Wraith Spire cooling system.
AMD Ryzen 9 3900X
AMD Ryzen 9 3900X was released in July 2019. This processor has more power, speed and storage that Ryzen 3 and Ryzen 5. Ryzen 9 has a lithography of 7 nano meters and has 12 cores, 14 wires and a speed of up to 4.6GHz. It also has 3 cache levels, the first level supports 768kb, the second 6MB and the third up to 64mb. Like Ryzen 5 he does not have the Radeon Vega 8 Graphics. In addition, it supports 64 bits and its maximum temperature is 95 ° C with Wraith Prism cooling system.
conclusion
Finally, AMD in the little I know from my personal experience, is more related to what the world of gaming is, unlike Intel that is more corporate. If we start looking for AMD processors, much of these processors will focus on the description of graphics and internal cooling systems, since they are used for a long time and with a high level of consumption due to the power that a video game requiresto strive more and if they do not have due precautions they will be lost.
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