Examples of using System clock in English and their translations into Polish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Financial
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Official/political
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Programming
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Computer
A simple and robust device to automatically update your computer system clock with atomic time from the MSF signal.
Your license will expire soon- This is indicated by the protection status icon displaying an exclamation point next to the system clock.
Synchronisation of time between the fiscal printer and the system clock significant in case of summer/winter time change.
so if a system clock is a few milliseconds from the UTC source it is altered to ensure it is maintaining the same accurate time as every other device hooked up to the NTP network.
robust device receives the Atomic Cumbria Clock signal to automatically update your system clock and simply plugs into a 9 pin D type serial port on the back of your computer.
It checks the time on a system clock and compares it with an authoritative,
robust device receives the Atomic Rugby Clock signal to automatically update your system clock and simply plugs into a 9 pin D type serial port on the back of your computer.
NTP will speed up or slow down a system clock to match the time of the reference clock coming into the NTP server(slewing) while SNTP will simply step forward or backward the system clock.
distributes it amongst all devices on a network it does this by using an algorithm that works out how much to adjust a system clock to ensure synchronisation.
the time protocol NTP then distributes it around the network- comparing the system clock of every device to the time reference
distributes it amongst all devices on a network it does this by using an algorithm that works out how much to adjust a system clock to ensure synchronisation.
System Clock Reference(SCR) is a timing value stored in a 33-bit header of each PES,
a suite of algorithms that process the time values to advance or retreat the system clock.
The problem with these system clocks is that they are not very accurate.
Their system clocks are simple electronic oscillators
For this reason, these system clocks are not relied on to provide synchronisation.
Most system clocks are crude crystal oscillators that are prone to drift,
While UTC makes no accounting for time-zones system clocks can still be set to the local time-zone
NTP servers then distribute the time around a computer network adjusting the system clocks on individual machines to ensure they are accurate.
NTP can reliable maintain system clocks to within a few millimetres of UTC(Coordinated Universal Time)