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Known as soft parity errors, these events are typically transient or random and usually occur once. These events may randomly change the electrical state of one or more memory cells or may interfere with the circuitry used to read and write memory cells. The majority of single-event errors in memory chips are caused by background radiation (such as neutrons from cosmic rays), electromagnetic interference (EMI), or electrostatic discharge (ESD). Most parity errors are caused by electrostatic or magnetic-related environmental conditions. There are many causes of memory parity errors, which are classified as either soft parity errors or hard parity errors. Such memory errors, if undetected, may have undetectable and inconsequential results or may cause permanent corruption of stored data or a machine crash. This event makes the original data bits invalid and is known as a parity error. Within a computer system, electrical or magnetic interference from internal or external causes can cause a single bit of memory to spontaneously flip to the opposite state. If these two values differ, this indicates a data error, and at least one bit must have been changed due to data corruption. The parity value calculated from the stored data is then compared to the final parity value. Parity checking is the storage of an extra binary digit (bit) in order to represent the parity (odd or even) of a small amount of computer data (typically one byte) while that data is stored in memory. What is a processor or memory parity error?
#Error in initializing process monitor module software
Recent improvements in hardware and software design reduce parity problems as well. This document describes soft and hard parity errors, explains common error messages, and recommends methods that help you avoid or minimize parity errors.