An active fiber loop with delay lines and optical switching forms stable GHz laser pulse bursts while preserving pulse timing, amplitude, and duration.
Staggered enable signals sequence multiple power supply circuits to avoid current spikes and keep supply voltage stable during initialization.
Phase shifting, delay, and optical combining multiply a seed clock into ultrafast photonic timing for higher processor speeds.
A battery buffer and solid-state switch replace heavy DC-DC conversion to control voltage and current while cutting heat and weight.