Burst mode (computing)
Burst mode (alternatively burst-mode) is a generic electronics term referring to any situation in which a device is transmitting data repeatedly without going through all the steps required to transmit each piece of data in a separate transaction. The usual reason for having a burst mode capability, or using burst mode, is to increase data throughput. The steps left out while performing a burst mode transaction may include A: waiting for input from another device; B: waiting for an internal process to terminate before continuing the transfer of data; or C: transmitting information which would be required for a complete transaction, but which is inherent in the use of burst mode.
The actual manner in which burst modes work varies from one type of device to another; however, devices which have some sort of standard burst mode include:
- Random access memory (RAM), including EDO, SDRAM, DDR SDRAM, and RDRAM (only the last three are required to send data in burst mode, according to industry standards)
- Hard disk drive (HDD) interfaces such as SCSI and IDE
- Accelerated Graphics Port (AGP) processors (debatable, write-combining is similar in purpose and meaning)
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