GitHub - panStamp/swap: Simple Wireless Abstract Protocol (SWAP) library for Arduino 1.6

panStamp / swap Public

Notifications You must be signed in to change notification settings
Fork 13
Star 23

Simple Wireless Abstract Protocol (SWAP) library for Arduino 1.6

23 stars 13 forks Branches Tags Activity

Notifications

Name		Name	Last commit message	Last commit date
Latest commit History 61 Commits
examples		examples
LICENSE		LICENSE
README.txt		README.txt
commonregs.h		commonregs.h
config.h		config.h
datatypes.h		datatypes.h
library.properties		library.properties
nvolat.h		nvolat.h
register.cpp		register.cpp
register.h		register.h
repeater.cpp		repeater.cpp
repeater.h		repeater.h
swap.cpp		swap.cpp
swap.h		swap.h
swcommand.cpp		swcommand.cpp
swcommand.h		swcommand.h
swpacket.cpp		swpacket.cpp
swpacket.h		swpacket.h
swquery.cpp		swquery.cpp
swquery.h		swquery.h
swstatus.cpp		swstatus.cpp
swstatus.h		swstatus.h

Repository files navigation

This library for Arduino IDE 1.6 implements SWAP on top of any existing
ISM radio as far as the necessary hardware cores exist. Take a look at
our repository containing the cores to see how to port your radio for SWAP.

https://github.com/panStamp/panstamp/wiki

SWAP stands for Simple Wireless Abstract Protocol and is designed to turn
simple wireless nodes into powerful interoperable devices programmable
the Arduino IDE:

https://github.com/panStamp/panstamp/wiki/Simple%20Wireless%20Abstract%20Protocol

panStamp is fully supporting SWAP, which has proven to be a serious
alternative to other oversized and overkilled protocols like Zigbee.
SWAP usually requires less than 8 KB of flash space and less than 1 KB of RAM.

SWAP is not a true MESH technology. However, it is able to implement a good
amount of very different topologies, including star, point-to-point and
mixed coordinated-autonomous cells.