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PROCESSOR AND HYPERTHREADING Friends in the last post i tried to say something about computer science and mathematics relationship. Now i am going to say something about processor and hyperthreading. So let’s get started. The Physical Component By Which A Computer Is Mde Which We Can See, Touch And Feel Is Called Computer Hardware Example Ram, Motherboard. · INPUT DEVICE : These hardware are used to input any data, instruction on command insidea computer device. example keyboard mo9use scanner microphone, webcam etc · OUTPUT DEVICE : these hardware are used to get any output from a computer system. example: monitor, printer, speaker. · CENTRAL PROCESSIG UNIT (CPU) : This Device Proceses All Instruction Given By A User, And It Also Other Haqrdwqaar Peripherals Example :Microprocessor · MOTHERBOARD: It is the main electric circuit board which is made by a pcb(printed circuit board). It hods all hardware component

EXPANSION SLOTS IN MOTHERBOARD Friends today i am going to share my knowledge and understanding of the expansion slots. So lets begin with our topic. Expansion slots are used to provide additional properties for carrying the computation task such as additional video, audio and sound, advanced graphics and Ethernet. So lets begin with our knowledge hunting. I will start by AGP expansion slots. AGP AGP stands for ACCELARATED GRAPHICS PORT. AGP was introduced with high speed 3D graphics display in 1996. It is used for older graphics card types which is discontinued by PCI EX16 graphics port in 2005. These were kernel version of AGP most of the brand in 1.5 volt DC. AGP 1x channel and 66MHZ clock speed resulting a data table of 266 MBPS. AGP 2x, 4x ,8x specification multiply MHZ clock to produce increase throughput. AGP 8x produces effective clock frequency of 533 MHZ resulting a throughput of 2 GBPS (2133MHZ) resulting a throughput of over a 32 bit channel. PCI PCI stands for P

ARITHMETIC OPERATION AND CONVERSION DONE BY COMPUTER As we have seen in previous post that arithmetic computation is an important thing in calculation, if a person doesn’t know arithmetic computations, he will be doomed to be in trouble during calculations that happens in everyday life. So it is necessary to learn arithmetic computation. So in this post I am going to take one step further. I am going to write about octal and hexadecimal numbers. Now let us discuss some arithmetic conversion. Let us see what is octal and hexadecimal numbers used by digital computer. The conversion from and to binary, octal and hexadecimal plays an important part in digital computers. Since 2 3 = 8 and 2 4 = 16 each octal digit corresponds to three binary digits and each four binary digit corresponds to one hexadecimal digit. The conversion of from binary to octal is easily accomplished by partitioning the binary into group of three digit each, starting from binary

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