• Main Menu
  • CPUs

    • How to Overclock a CPU

      How to Overclock a CPU

      Overclocking is the process making a computer component run at a higher speed than that specified by the manufacturer. The components that can be overclocked include the CPU, the memory and the video cards. Although there may be many different reasons for overclocking, the most common reason is to increase hardware performance. For example the

    • Address Bus

      Address Bus

      The address bus is the set of wire traces that is used to identify which address in memory the CPU is accessing. The number of wire traces in the address bus limits the maximum amount of RAM which the CPU can address. CPU Address Bus Sizes CPU Address Bus Size 8086 20 bit 8088 20

    • Dual Core

      Dual Core

      A dual core processor is part of a category called multi-core processors. These computer processors have more than one independent processor on the chip or package. In the case of a dual core processor, the entire chip has two independent computer processors that can work together to increase total computer performance. For non-technical consumers, dual

    • How to Upgrade a CPU

      How to Upgrade a CPU

      You can upgrade an older microprocessor to a newer one in easy steps. Before going ahead, you should gather information about which new CPU you need and whether your motherboard is compatible with it or not. The compatibility of your new CPU with your motherboard can be ascertained by searching for specific information on the

    • How to Monitor CPU Temperature

      How to Monitor CPU Temperature

      Excessive heat damages electronics. Monitoring CPU and other computer components’ temperature help them run properly. To make the most of monitoring software, users must ensure that ACPI functionality is enabled in their motherboard BIOS. Why CPU Temperature is so Important When the first affordable PCs were offered to the general public in the early 80’s,

    • Multi-Core Technology

      Multi-Core Technology

      Multi-core technology is the term that describes today's processors that have two or more working processor chips (more commonly referred to as cores) working simultaneously as one system. Dual cores or chips with two processors that work as one system are the first type of multi-core technology applications. How It Works The multi-core processor technology

    • L2 Cache

      L2 Cache

      L2 cache is the second tier of a multi-cache memory system and provides memory to a processor without delay. An L2 cache sits between an L1 and L3 cache and is generally either 256 KB or 512 KB in size. An L2 cache contains frequently used information and prevents the processor from having to search

    • CPU (Central Processing Unit)

      CPU (Central Processing Unit)

      CPU is an acronym that stands for central processing unit. The central processing unit is responsible for performing all of the mathematical calculations that are required for a computer to function properly. Because a computer cannot function without the CPU (which may also be referred to as the central processor or just the processor), it

    • How Does a Processor Work?

      How Does a Processor Work?

      A computer processor is commonly referred to as the CPU, or central processing unit of a computer. The processor is the primary component of a computer designed to move and process data. Computer processors are commonly referred to by the speed that the CPU can process computer instructions per second measured in hertz and are

    • How Do Quad Core Processors Work?

      How Do Quad Core Processors Work?

      A quad core processor is a piece of hardware made up of three components. The first is the core, which in this case, there are four of them. Then these are bundled up and fit inside a die. The die is the silver tab you might see on your processor. Finally, this is added to

    cpus
    } 171 queries in 0.273 seconds.