The
work of networking is totally about moving data starting with one point then
onto the next. In like manner, a standout amongst the most essential things
that you have to comprehend about any network connection is the amount of data it
can convey. Extensively, this limit is called bandwidth, which is measured by the
measure of data that a connection can convey in a given timeframe.
The
most essential estimation of bandwidth is bits per
second, shortened
as bps. Bandwidth capacity is what number of bits the connection
can convey per
second. All the more generally utilized are different products of this
estimation, including thousands number of bits every second (Kbps),
millions number
of bits every second (Mbps), or billions of bits every second (Gbps).
A
firmly related estimation that you will likewise see bandied about is hertz,
which is the quantity of cycles being conveyed every second. Hertz is shortened
as Hz. Pretty much as with bps, it is the multiples of hertz that are discussed
the most, including a large number of hertz (KHz, or kilohertz) and a huge
number of hertz (MHz, or megahertz). For instance, a chip running at 100 MHz is
running at 100 million cycles for each second. The power in the United States
keeps running at 60 Hz; in Europe, the rate is 50 Hz.
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