Examples of using Atomic clock source in English and their translations into Norwegian
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
Finding an atomic clock source of UTC is a simple procedure.
These devices receive the UTC time direct from an atomic clock source.
Furthermore, as the time signals come from a direct atomic clock source they are very accurate and don't suffer any latency problems.
Often, these network time servers also get their time from an atomic clock source.
These dedicated devices receive the time directly from an atomic clock source such as the GPS network(Global Positioning System).
This will be a time server that receives the time direct from an atomic clock source.
NTP servers can receive UTC time from an atomic clock source via the Internet, a national radio transmission or through the GPS network.
This means the clock will be accurate to an atomic clock source.
This time source typically comes from an atomic clock source, usually received by the NTP server by either GPS or a radio signal.
Stratum 1 NTP time servers receive a secure time signal direct from an atomic clock source.
Most technologies receive this time from an atomic clock source using devices known as NTP servers(after the time protocol: Network Time Protocol).
A more secure andmore accurate solution is to get the time directly from an atomic clock source.
Various time servers around the internet distribute an atomic clock source for computer network synchronisation.
However, GPS is not the only accurate andsecure method of receiving the time from an atomic clock source.
There are those that receive an atomic clock source of UTC time from long wave radio broadcasts or those that use the GPS network(Global Positioning System) as a source. .
It does this by using a NTP network time server,which receives the time from a secure and accurate atomic clock source.
These devices receive a time stamp direct from an atomic clock source, such as GPS or radio signals broadcast by the likes of NIST or NPL(National Physical Laboratory).
To ensure an accurate and secure source of time is used then a dedicated NTP time server that receives the time from an atomic clock source should be used.
So if you are have a network controlled by a NTP server,which utilises an atomic clock source, any clock plugged into the PoE system can have the same accuracy and precision.
Furthermore, they also need to be as accurate as possible andthe most accurate source a digital wall clock can get its time from is atomic clock source.
By far the easiest, most efficient, secure, accurate andreliable method of receiving an atomic clock source of UTC is to use a dedicated NTP time server.
This signal is not only highly accurate,coming direct from an atomic clock source, but also as it is external to a network is highly secure and can't be tampered with or used as a means of an unauthorised user gaining access to a network.
These UK time servers are primarily stratum 2 devices which means that they do not connect directly to an atomic clock source but connect to another time server that does.
These dedicated NTP time servers are ideal as they receive time direct from an atomic clock source they are also secure as they are situated externally and therefore do not require interruptions in the network firewall.
NTP servers receive their time source from either a specialist radio transmission from national physics laboratories which broadcast UTC time taken from an atomic clock source or by the GPS network which also relays UTC as a consequence of needing it to pin point locations.
In both cases, these dedicated NTP time servers receive these signals directly from an atomic clock source, so are always accurate and reliable as there is no latency or third party server to affect the time.
Furthermore, if fraud or another criminal act takes place, a system that is synchronised with an NTP time server will have an auditable trail, andbecause the time comes from an atomic clock source, it is irrefutable, and can therefore be used in any potential legal proceedings.
Stratum level- which stratum level the NTP server is(a stratum 1 server receives the time from an atomic clock source a stratum 2 server receives the time from a stratum 1 server).
Stratum level- which stratum level the NTP server is(a stratum 1 server receives the time from an atomic clock source a stratum 2 server receives the time from a stratum 1 server).