Basically, Internet speed works fine with approximately 50 Kbps. Internet working speed will depend upon the speed of the data packets sent and received per unit time. The conversion is done through a “MOdulator/DEModulator” also known as a modem. Digital data is converted from servers (or computers) to other servers. Unlike frequency, data travel is digital not analogue. One Mb which is a “megabit” is equal to 10^6 bits or 1,000 000 bits. Mbps stands for “megabits per second.” This term defines the speed of packet data being transferred along a network line.
Processor frequency determines how many Instructions Per Clock the CPU can process which accordingly affects system performance. The higher the frequency is for a given CPU, the faster the processor is. A processor frequency specifies the operating (internal) frequency of a CPU’s (Central Processing Unit) core.
Hz (hertz) is the unit of frequency, and 1 MHz is equivalent to 10^6 Hz.Īlthough being a property of a wave, this term is used in computer processors also. Where “F” is the frequency, “v” is the velocity with which the wave travels and “λ” is the wavelength of the wave. By “frequency,” we mean the rate by which a wave would travel per second. MHz or “megahertz” is a term used for measuring frequency. Now let us see clarified the differences between the two. Actually, MHz and Mbps do not have any direct relation with each other since they originate from very different parts of science and technological terms themselves. But the terms do not directly relate to computers and create a myth about transmission logs. This is most probably because they are related to computers themselves. In the dimension of transmission, these two terminologies “MHz” and “Mbps” are often used and are confused by common people.
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