.IP \[bu]
Clock ID (unique identifier)
.IP \[bu]
-Operating mode (manual, automatic, holdover, freerun)
+Operating mode (manual, automatic)
.IP \[bu]
-Lock status (locked-ho-ack, locked, unlocked, holdover)
+Lock status (unlocked, locked, locked-ho-acq, holdover)
+.IP \[bu]
+Lock status error (if present)
+.IP \[bu]
+Clock quality level (if supported)
.IP \[bu]
Temperature (if supported)
.IP \[bu]
Type (PPS or EEC)
+.IP \[bu]
+Supported modes
+.IP \[bu]
+Phase offset monitor status (enable/disable)
+.IP \[bu]
+Phase offset averaging factor
.RE
.SS dpll device set id ID [ mode { automatic | manual } ] [ phase-offset-monitor { enable | disable } ] [ phase-offset-avg-factor FACTOR ]
will not automatically switch sources.
.TP
-.BI phase-offset-monitor " { enable | disable | true | false | 0 | 1 }"
+.BI phase-offset-monitor " { enable | disable }"
Enable or disable phase offset monitoring between the device and its pins.
When enabled, the kernel continuously measures and reports phase differences.
.IP \[bu]
Board label (hardware label from device tree or ACPI)
.IP \[bu]
+Panel label
+.IP \[bu]
+Package label
+.IP \[bu]
Pin type (mux, ext, synce-eth-port, int-oscillator, gnss)
.IP \[bu]
Frequency and supported frequency ranges
.IP \[bu]
Phase adjustment range, granularity, and current value
.IP \[bu]
+Fractional frequency offset
+.IP \[bu]
Parent device relationships (direction, priority, state, phase offset)
.IP \[bu]
Parent pin relationships
.IP \[bu]
Reference sync information
.IP \[bu]
-Esync frequency support (if applicable)
+Esync frequency and pulse support (if applicable)
.RE
.SS dpll pin set id ID [ PARAMETER VALUE ] ...
Success
.TP
.B 1
-General failure
-.TP
-.B 2
-Invalid arguments or usage
-.TP
-.B 255
-Netlink communication error
+Failure
.SH NOTES
.IP \[bu] 2