What happens if a Link 16 node loses synchronization with the network time?

What happens if a Link 16 node loses synchronization with the network time?

• A. It may lose slot alignment and data updates until resynchronized.
• B. It automatically re-synchronizes without delay.
• C. It increases transmit power to regain alignment.
• D. It becomes a dummy node with no transmissions.

Answer: (A)

Time synchronization in Link 16 coordinates when each node transmits and receives in precise time slots. If a node loses that network time, its timing drifts relative to the rest of the network, so it no longer lines up with the assigned slots. That means the node may miss the correct transmission opportunities and the data it’s supposed to update or exchange can be missed or delivered at the wrong times until it re-locks to the network time. Re-synchronization isn’t instantaneous; the node must reacquire the network timing reference (or GPS/standalone timing) to resume proper participation. Increasing power won’t restore timing, and the node doesn’t just become a dummy—it's simply out of sync and unable to reliably contribute until alignment is regained.

Time synchronization in Link 16 coordinates when each node transmits and receives in precise time slots. If a node loses that network time, its timing drifts relative to the rest of the network, so it no longer lines up with the assigned slots. That means the node may miss the correct transmission opportunities and the data it’s supposed to update or exchange can be missed or delivered at the wrong times until it re-locks to the network time. Re-synchronization isn’t instantaneous; the node must reacquire the network timing reference (or GPS/standalone timing) to resume proper participation. Increasing power won’t restore timing, and the node doesn’t just become a dummy—it's simply out of sync and unable to reliably contribute until alignment is regained.