Next Generation of Computer Processors

Intel has introduced its next generation of processors known as Core i9, which features 18 cores. The introduction of this generation of processors will revolutionize the construction of powerful computers. With the launch of Intel's new processors, the competition between Intel and AMD will heat up more than ever. In recent months, AMD has challenged Intel with the introduction of its new generation of processors (Ryzen), and now Intel is showcasing its power with the new generation of processors. The Core i9 processor, with 18 processing cores, has been introduced in response to AMD's 16-core processor. Prior to the introduction of the Core i9, the Core i7 series was Intel's strongest processor lineup, most of which utilized four processing cores. According to Intel's report, the strongest Core i9 processor, which includes 18 cores, is priced at around two thousand dollars. However, weaker versions of this processor with fewer working cores will also be available. The weaker models include 16, 14, 12, and 10-core versions, with prices ranging from 900 to 1600 dollars. The birth of this generation of processors could completely transform the computing world and significantly enhance the capabilities of 3D simulation and video file rendering. The processing frequency of the new Intel processor cores will be above 4.0 GHz. Intel has also announced that the eighth generation of its processors, named Coffee Lake, will soon enter the market. The eighth generation will have 30 percent more processing power compared to the seventh generation. While Intel has unveiled its new processor, AMD has also announced the introduction of its new generation of 16-core Ryzen processors. Given their lower prices compared to Intel's processors, these may receive widespread acceptance. Current Ryzen models in the seventh series have eight cores. Ryzen processors feature a different architecture compared to previous AMD processor generations like Bulldozer, which has improved performance by up to 50 percent compared to the company's previous processors. It seems that these new processors, with their good performance, are a strong competitor to Intel's processors. In fact, these chips could attract the attention of many enthusiasts of high-end systems. In the past, one of the weaknesses of AMD processors was their higher heat production and energy consumption compared to Intel processors, which seems to have been somewhat resolved with the new architecture in AMD's new processors. But why is the number of cores in computer processors important? The performance speed of a computer is more related to the speed of its processor than anything else, and the speed of the processor depends on the number of cores and the speed of each core. Simply put, the more cores there are and the higher the speed of each core, the faster the computer will be. In recent years, the fastest processors typically had four cores. Now, with a significant increase in cores, computer speeds will increase significantly. However, one problem remains. Many software applications are currently designed in a way that they cannot utilize the capabilities of such processors. To increase the speed of software, they must also be developed in accordance with the increased speed of processors.