A data storage controller segments sensor data into volatile and nonvolatile memory based on sampling intervals.
A unified cache structure stores program instructions, data, and translation table entries in a single memory resource.
Mini read scrub tests monitor NAND flash blocks by reading portions to detect errors, preventing data loss from abrupt fail bit spikes.
A flash memory controller uses a programmable module with multiple operation phase circuits to execute selected instructions for diverse interface specifications.
Pre-caching dimensional filters reduces network overhead and matching delay when retrieving coupon data for complex e-commerce scenarios.
A USB flash drive input device selects an operating mode before mounting, eliminating time-consuming auto-install processes on non-primary hosts.
Mapping modules translate logical addresses to physical ranks, expanding capacity while shielding controllers from complexity.
Apparatus generates object-count information from dump data to identify and preserve valuable files for cause analysis.
Block encoding compresses image data to reduce memory capacity, solving the trade-off between high pixel counts and driver IC area constraints.
A flash memory controller adjusts driving current levels based on the total number of connected memories to ensure sufficient power delivery.
Configurable cache replacement circuitry sets initial re-reference interval prediction values based on partition identifiers to optimize victim selection.