
ALT Time-sensitive applications need precise timing which can come from GNSS time servers or Traceable Time as a Service (TTaaS) While using a public NTP (NIST/NRC) has been sufficient for some use cases, many applications require far more precision, that GNSS time server or Traceable Time-as-a-Service (TTaaS) solution offer which can deliver the high accuracy and guaranteed traceability needed.

ALT In a synchronized clock system, the master clock maintains accurate time from either an NTP server (ie NRC) or GPS. When the master clock has received the correct time from either source, the time is then distributed to all slave clocks in the system. The signal is sent to the clocks multiple times per day, ensuring that all clocks stay synchronized and do not drift from their accurate time.

ALT These timing solutions work by linking grandmaster clocks to multiple primary UTC sources in a timing hub, which means that connectivity providers can syndicate highly accurate time to servers in any data centre in the world over Internet Protocol via low-latency fibre cables. Time synchronisation software then adjusts the server clock to match the time feed, measures the internal latency and creates traceable and trusted timestamps logs, which are stored in the cloud.

ALT Precise timing and synchronization are critical for the operation of many technologies. While public NTP servers may meet the needs of some networks, they cannot provide the high precision required for time-sensitive applications. For precise time synchronization, Global Navigation Satellite Systems (GNSS) and Traceable Time as a Service (TtaaS) offer highly accurate, secure methods to distribute precise time











