Oregano syn1588 | Connections

Once configured, the Synchronization I/O interface offers different data points to be read from the model. The following data points can be connected to the model to provide the timestamp and additional information about the state of the synchronization:

Connection Point	Direction	Description

Connection Point	Direction	Description
Time/Seconds	From driver to model	Provide the number of seconds elapsed since 00:00:00 of January 1st, 1970 (UTC). This number is also known as UNIX time, POSIX time, or Epoch time. It begins at 0 at the moment the card is powered on and increases at each second. If the Oregano Syn1588 PCIe card becomes synchronized by an external IEEE1588 PTP mater or by an external IRIG-B signal, this value will suddenly change to the time provided by the external equipment.
Time/Nanoseconds	From driver to model	Provide the number of nanoseconds within the actual second. This number varies from to at each second.
Shifted time/Seconds	From driver to model	Provide the shifted timestamp in seconds obtained from the 'Time offset (s)' parameter applied on the Time/Seconds connection point. This data point is only available if the 'Time offset (s)' parameter is non null.
Shifted time/Nanoseconds	From driver to model	Provide the shifted nanoseconds obtained from the 'Time offset (s)' parameter applied on the Time/Nanoseconds connection point. This number varies from to at each second. This data point is only available if the 'Time offset (s)' parameter is non null.
Info/PTP Synch State	From driver to model	This data point provide information about the state the synchronization: 1: Initializing: The card is not ready yet 2: Faulty: Should never happen. Contact Opal-RT support 3: Disabled: Should never happen. Contact Opal-RT support 4: Listening: Waiting to be synchronized 5: PreMaster: Initializing master mode 6: Master: Operating as a IEEE1588 master PTP node on the network; can be synchronized through IRIG-B or 1PPS 7: Passive: IEEE1588 is not activated; card is synchronized through IRIG-B or 1PPS 8: Uncalibrated: Attempting to lock on external synchronization source 9: Slave: Operating as a IEEE1588 PTP slave node on the network
Info/PTP Slave Offset	From driver to model	This data point only provides information if the card is operating as a PTP slave (state 9), which means it is synchronized by a PTP master. It gives information about the offset with the master clock calculated at each second by the PTP protocol algorithm. A low number indicates a good synchronization with the PTP master clock. All the network equipment between the PTP master and the Oregano Syn1588 PCIe card must be IEEE15888 compliant to have a good synchronization.
Info/Sync Accuracy	From driver to model	In PTP mode, this data point provides information about the accuracy of the PTP master clock. As an example, if the PTP master clock is operating on its local oscillator without any external reference, the accuracy can be 100000 nanoseconds (depending on the equipment). And when this PTP master clock acquire external synchronization with a GPS antenna, as an example, the accuracy will change to 100 nanoseconds. If the Oregano Syn1588 PCIe is synchronized by good IRIG-B or 1PPS signal, the accuracy can reach 25 nanoseconds.