A S3 Plus state mechanism preserves CPU context in local memory to enable direct restoration from RAM.
A power sourcing equipment reduces and reallocates power to low priority devices before a swap event.
Vertical vias connect processors to DC/DC converters, reducing voltage drops and signal interference in high-performance servers.
Current direction detection circuit identifies whether overcurrent failures occur inside the power supply or on the load side, reducing recovery time.
An event detection device connects a microcontroller to power only when a sensor detects an event.
A control module disables the delay locked loop during standby to reduce power consumption.
A peripheral device chip manages clock source selection to synchronize operational modes with master controller signals.
Dynamic CPU frequency adjustment prevents system shutdowns by matching processor load to the rated capacity of the power supply unit.
Centralized power management protects virtualized assets by correlating UPS events with affected servers and executing automated migration sequences.
A touch scanning system adjusts detection frequency based on application state to conserve energy.
An analog circuit measures voltage ripple amplitude and frequency on a power supply line to estimate active circuit power demand levels.
A transaction filter intercepts on-chip data to block messages destined for power-gated functional circuit blocks.
Notification means guide users to the operation section when human detection sensors fail to trigger automatic power return, resolving blind spot issues.
A dynamic low power mode controller evaluates cache working set sizes and exit latencies to manage multi-core system-on-a-chip energy states.
An electronic device detects environmental signals and compares them against a state look-up table to adjust its execution state automatically.
Geometrical acoustic processing spatializes microphone audio within virtual environments using ray propagation simulation.
Electronic devices defer sensor data processing to conserve battery charge during low-power operation.
A processor adjusts I/O throttling rates based on external power energy capacity to preserve computational data in volatile memory.
A prediction circuitry resets current policy information from stored previous data, eliminating warm-up periods and improving accuracy.
Periodic activation of signal detection circuitry lowers energy usage during the U3 low power state while maintaining timely wake-up response.
A power control system manages multi-port serial memory by enabling or disabling individual ports based on activity.
A computing device evaluates connection criteria to manage accessory interface port access states.
A processor control system uses dynamic thermal models to determine operational speed based on predicted temperature.
Controller prioritizes local job completion while canceling network jobs to prevent data loss and equipment damage during scheduled shutdown.
Reservation stations detect off-core load instructions and stall dependent micro operations to conserve execution unit power.
Acoustic models map speech units to detect wake-up words across languages without network connections.
Non-pipelined execution units eliminate clock signal reception, shortening distribution lines and reducing power consumption in processors.