Processor adjusts read and write pointers using frequency ratios to minimize latency while maintaining data integrity across clock domains.
A clock distribution system selects configurations based on demand indications to optimize energy efficiency.
Clock stalling transitions interconnect fabric frequency without interrupting agents, resolving the trade-off between power efficiency and continuous operation.
A guest timer facility generates local PM Timer values from the Time Stamp Counter to eliminate virtual machine monitor overhead.
A post-CTS clock tree modification system sets target insertion delays based on mean sink values to reduce skew violations.
Skipping clock transitions during transient periods reduces voltage ringing magnitude and duration, preventing data errors without increasing power consumption.
Dynamic SRIS mode selection resolves vendor compatibility conflicts by switching clocking configurations at runtime based on link training outcomes.
A low power clock multiplexer fans out a source clock signal to multiple input output groups within a microcontroller unit.
A configurable timer circuit adjusts input data timing using retimers and multiplexors to support serial transmission.
A time synchronization system exposes leap seconds to applications through distinct conversion components.
A peripheral interface circuit maintains a local timebase correlated to a global host timebase using phase and frequency detection.
An orchestration layer manages connectivity access between host devices and recovery arrays to resolve logical corruption from ransomware attacks.
Bidirectional chip select lines merge slave selection with interrupt transmission to eliminate dedicated pins and reduce wiring complexity.
A clock management circuitry uses master and slave controllers connected via dedicated channels to handle signal distribution.
Segmenting touch sensing into master and slave controllers distributes workload to overcome single ASIC limitations on large panels.