A solid state memory system uses a power manager unit to alter non-volatile memory array configurations based on dynamic commands.
Placing a cache memory between interconnect circuitry and non-volatile memory reduces energy consumption and increases read speed for program instructions.
Purge control circuit writes back modified data to main memory before stopping cache ways, preventing coherency issues while reducing power consumption.
Firmware identifies and cleanses memory ranges with poison signatures, enabling safe reuse and preventing system crashes from non-correctable errors.
Dual mapping tables manage logical to physical page addresses, reducing data movement and write time during small updates.
A processing buffer circuit executes data operations within a memory module using standard DDR interfaces.
A ray tracing apparatus uses hit point identifiers to disambiguate intersection order during distance testing.