In-system programming: Difference between revisions

Revision as of 16:21, 23 August 2019

Revision as of 15:20, 28 March 2020

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[[File:Novaflash hydra.png|alt=|thumb|Stand-alone in-system programmer Novaflash]]

[[Image:Sp iso1 transp.png|thumb|Stand-alone in-system programmer SuperProIS01]]{{Use American English|date = March 2019}}

{{Short description|Embedded system programming technique}}

{{Use mdy dates|date = March 2019}}

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Example of devices using ISP is the [[Atmel AVR|AVR]] line of micro-controllers by [[Atmel]] such as the [[ATmega#Basic families|ATmega]] series.

== E-ISP Programming (Extended In-System Programming) ==

[[File:Novaflash E-ISP.png|thumb|Novaflash E-ISP System]]

It consists of a compact master unit and a tiny programming unit, communicating through NOVALINK, a proprietary high-speed protocol.

== Microchip ICSP ==

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An industry standard for using [[Registered jack#RJ11|RJ11 sockets]] with an ICSP programmer is supported by Microchip. The illustration represents information provided in their data sheets. However, there is room for confusion. The PIC data sheets show an inverted socket and do not provide a pictorial view of pinouts so it is unclear what side of the socket Pin 1 is located on. The illustration provided here is '''untested''' but uses the phone industry standard pinout (the RJ11 plug/socket was original developed for wired desktop phones).

==References==