There is no parity interrupt on the 8085 or 8086/8088.
If you mean a memory parity interrupt, that is a function of system design, not a function of the particular microprocessor involved. Generally, a memory parity error is fatal, so one would typically place it on a non-maskable interrupt, such as TRAP on the 8085, or INT 2 (NMI) on the 8086/8088. This assumes, of course, that the memory parity error does not just crash the processor.
A parity error always causes a non-maskable interrupt. It doesn't make sense to mask a parity interrupt because if you get parity errors it's not very smart to ignore it. What the effect is depends on the operating system. Usually the NMI jumps to a predefined mem location in the OS and executes whatever the designers put there. Jan Didden
A.The blue screen of deathB.A parity errorC.excessive heatD.an incorrect memory count
A non-maskable interrupt can be caused by two things 1. when an I/O channel check signal is received from an adapter card located in one of the board's expansion slot. 2. when there is the occurrence of a parity check in the system's DRAM
There are two types of parity bits.they are even and odd parity.
A parity error always causes the system to hault. On the screen, you see the error message parity error 1 (parity error on the motherboard) or parity error 2 (parity error on an expansion card)
parity error
Parity of Authority and Responsibility?
Interrupt is a verb.
Odd parity and even parity are error detection schemes used in digital communication and computer memory. In odd parity, the number of bits set to '1' in a binary sequence is always odd, while in even parity, it is always even. Marking parity refers to a specific implementation of even parity where a binary '1' is added as a parity bit to ensure that the total number of '1's is even. These methods help identify errors in data transmission or storage by providing a simple means of checking integrity.
Parity error indicates bad memory. Parity checks compare the memory read with what was writen.
It can be calculated via an XOR sum of the bits, yielding 0 for even parity and 1 for odd parity
Parity Error