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Computer Generation

  • 1st Generation

    1st Generation

    The first generation computers were developed by using vacuum tube or thermionic valve machine.
  • 2nd Generation

    2nd Generation

    The second generation of computers consists of two types of devices transistors and magnetic core. For e.g., IBM 1401, IBM 1920, etc.
  • 3rd Generation

    3rd Generation

    Third generation computers were computers that emerged due to the development of the integrated circuit (IC). They were the first steps toward computers as we know them today.
  • 4th Generation

    4th Generation

    In the fourth generation of computers there was a radical change that marked a before and after in the technological revolution, all this due to the arrival of microprocessors that meant a great advance of microelectronics.
  • 5th Generation

    5th Generation

    This generation of computers is built on microelectronic technology and has high computational power and parallel processing capability. This computer generation is the most modern and technologically advanced.
  • 6th Generation

    6th Generation

    The sixth generation of computers is the rearmost and most advanced stage of computer technology. The sixth generation of computers started around the time 2000 and is still ongoing. Some people still consider us to be in the fifth generation, as AI is still evolving and developing.
  • 7th Generation

    7th Generation

    Intel's 7th generation processors, also known as Kaby Lake, are a family of Core microprocessors that were announced in 2016 .They are produced using a 14 nanometer manufacturing process technology. Kaby Lake is a refresh of the previous Skylake architecture, with some improvements in efficiency and power. They are suitable for streaming high-resolution video and gaming on the go.
  • 8th Generation

    8th Generation

    The 8th-gen processors launch today (Aug. 21) and will begin shipping in laptops in September. Both the i5 and i7 CPUs are now quad-core chips even in the U-series, and Intel claims that this generation of chips will span three architectures: a refresh of the currently existing Kaby Lake, as well as Coffee Lake and Cannon Lake.
  • 9th Generation

    9th Generation

    Intel 9th generation processors are a refresh of the Intel 8th Gen. Coffee Lake Processors. The latest Intel 9th Gen Core series processors pack extra performance, higher clock speeds, and better thermals.
  • 10th Generation

    10th Generation

    Intel's 10th generation Core processors, also known as Comet Lake, are the latest microprocessors for laptops and desktops. They are manufactured using Intel's third 14 nm Skylake process refinement. They offer a slew of improvements and a few surprising new features, such as higher core counts, faster clock speeds, and better power efficiency.
  • 11th Generation

    11th Generation

    Intel 11th Gen Core processors are a family of chips that offer powerful performance, immersive graphics, advanced overclocking, and superior connectivity1. They are also known as Tiger Lake processors and come in Core i3, i5, and i7 variants2. Most of them have access to Intel’s new Xe integrated graphics, which provide a hike in GPU power over the previous generation2.
  • 12th Generation

    12th Generation

    12th generation Intel processors are the latest CPUs from Intel. They are the first 10nm processors with a hybrid core design, combining performance and efficiency cores.