Milliseconds Converter (2024)

A millisecond is a measurement unit for time. The millisecond corresponds to a thousandth of a second and is a relatively short amount of time, at least in our day-to-day experience. The millisecond is a unit of the International System. Thus it fits nicely in the framework of other metric units. In the coming sections, we will explain to you how to convert time in milliseconds to other units.

The millisecond is of great importance in computer science and electronics (or, at least, it was): the duration of an operation of early processors and the first personal computers was in the range of the millisecond (it now moved a few orders of magnitude below). Most system times still operate with such resolution.

Human brains are a particular kind of computer. Their frequency is not that high, but their computational abilities are unparalleled, thanks to the connections between neurons. The average neuron operates (in jargon, we say it spikes) about 200 times per second, or one time every 5 milliseconds: our brain can't operate faster than this!

There are two orders of magnitude between these two units that we associate with two widely used time units in sports, for example:

• The tenth of a second, that equals 100 ms; and
• The hundredth of a second, equal to 10 ms.

If we move in the direction of smaller time scales, we meet units most commonly used in fundamental science and computing:

• The microsecond, using the following relationship: $1\ \mathrm{ms} = 1,\!000 \ \text{μs}$1ms=1,000μs; and
• The nanosecond, which is a thousand times smaller: $1\ \mathrm{ms} = 1,\!000,\!000\ \mathrm{ns}$1ms=1,000,000ns.

Skipping two powers of ten each time, we can create additional time units: the picosecond, femtosecond, and attosecond: the attosecond is the duration of fundamental chemical phenomena at the atomic scale.

From the millisecond, we can also move to larger time scales. However, the regularity we just met disappears right after we pass the seconds: larger time units are historical and follow a pattern that dates back to the early Babylonian math (they counted in base 60).

• As there are 60 seconds in a minute, to convert milliseconds in minutes we say that $1\ \mathrm{ms} = 1/1000\cdot60\ \mathrm{min} = 0.0000166667\ \mathrm{min}$1ms=1/1000⋅60min=0.0000166667min.
• Divide again by $60$60 to find the relationship between milliseconds and hours: $1\ \mathrm{ms} = 2.77778\times10^{-7}\ \mathrm{h}$1ms=2.77778×10−7h.

Dividing by $24$24 would give you the relationship for days, and so on.

To convert time to milliseconds from other time measurement units, we follow the inverse procedure as the ones detailed above. Notice that in the previous section, a millisecond corresponded to a large magnitude of shorter time units, and vice versa for longer time units (converting a millisecond in days returns a very small value). In this section, this behavior will be entirely reversed. Let's deal with shorter time units first:

• A nanosecond corresponds to a millionth of a millisecond: $1\ \mathrm{ns} = 0.000001\ \mathrm{ms}$1ns=0.000001ms.
• A microsecond corresponds to a thousandth of a millisecond: $1\ \mathrm{μs} = 0.001\ \mathrm{s}$1μs=0.001s.

To convert seconds into milliseconds, we multiply by a thousand: the magnitude of the conversion begins to increase!

The millisecond is a niche unit; we made many other tools for better known measurement units: try the:

• Time unit converter;
• Seconds converter;
• Minute converter;
• Hour converter;
• Day converter;
• ms to seconds conversion;
• Seconds to days converter;
• Minutes to days calculator; and
• Hours to days calculator.