Examples of using Reference clock in English and their translations into Arabic
{-}
-
Colloquial
-
Political
-
Ecclesiastic
-
Ecclesiastic
-
Computer
No Reference Clock required.
NTP servers rely on using a reference clock;
No Reference Clock required.
Used to identify the particular reference clock.
MHz reference clock input, BNC interface.
A synchronisation network has the capacity to feature numerous reference clocks.
Reference clocks have very little or no time delay.
It is therefore imperative that the reference clock is as accurate as possible.
Even when a reference clock is temporarily unavailable, NTP can use past measurements to estimate the current time.
A NTP server will maintain an estimate the quality of both the reference clocks and itself.
NTP needs a reference clock that defines the true time.
Propagating time from one node to another form a hierarchical graph with reference clocks at the top.
The accurate reference clock is important for LoRaWAN technology.
Spreading time from one node to another creates a hierarchical system,at the top of which, the reference clocks are found.
Conf and contains a list of reference clocks that it can synchronise too.
NTP divides devices into strata,each stratum level is defined by its proximity to the reference clock(atomic clock). .
The closer a device is to the reference clock the higher on the NTP strata it is.
Gov and most Windows software has a built in utility, Windows Time(win32. exe)to synchronise the system clock to a reference clock over the Internet.
NTP's algorithm can query multiple reference clocks an calculate which is the most accurate.
The NTP server checks the time stamp from the UTC source and uses the information to calculate if the network clocks are drifting and adds orsubtracts a second to match the reference clock.
The command‘server' specifies the reference clock, any characters after the‘' symbol are comments, example.
The reference clock is the device that sits atop the stratum hierarchy and is typically a cesium atomic clock or a Global Positioning System(GPS), which have atomic clocks built into them.
NTP is a protocol that distributesand checks the time on all network devices to a reference clock- and it is this reference which is the true key to network time synchronisation.
An atomic clock reference clock is a stratum 0 device and a NTP server that receives the time from it is a stratum 1 device, clients of the NTP server are stratum 2 devices and so on.
First and foremost, NTP requires a‘reference clock' that defines the‘true' time in order to operate correctly.
A list of NTP servers and reference clocks, ntp documentation, time and frequency standard stations, and time and frequency standard station transmission data is maintain ed at the Information on Time and Frequency Services page.
NTP will speed up orslow 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. .
NTP is reliant on a reference clock and all clocks on the NTP network are synchronised to that time.
The distance from the reference clock is known as the stratum levels and they exist to prevent cycles in the NTP.
Most often, these users compare a reference clock directly to GPS time by viewing one or more satellites, rather than transferring time from one reference clock to another.