a storage media having different latencies for different storage operations. Many types of solid-state storage media (e.g., memory dies) are asymmetric; for example, a read operation may be much faster than a write/program operation, and a write/program operation may be much faster than an erase operation (e.g., reading the storage media may be hundreds of times faster than erasing, and tens of times faster than programming the storage media). … more a storage media having different latencies for different storage operations. Many types of solid-state storage media (e.g., memory dies) are asymmetric; for example, a read operation may be much faster than a write/program operation, and a write/program operation may be much faster than an erase operation (e.g., reading the storage media may be hundreds of times faster than erasing, and tens of times faster than programming the storage media).

a temperature code that is trimmed to serve as a point of reference in calculating a slope error. In one embodiment, a baseline temperature code is determined by adjusting, trimming, and/or configuring a temperature sensor such that a measured temperature code represents a temperature that matches an actual temperature at a point in time, where the trimming and adjustments remove error from the measured temperature code. After a trimming or adjustment operation, the trimmed measured temperature code comprises the baseline temperature code. … more a temperature code that is trimmed to serve as a point of reference in calculating a slope error. In one embodiment, a baseline temperature code is determined by adjusting, trimming, and/or configuring a temperature sensor such that a measured temperature code represents a temperature that matches an actual temperature at a point in time, where the trimming and adjustments remove error from the measured temperature code. After a trimming or adjustment operation, the trimmed measured temperature code comprises the baseline temperature code.