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Protocoles

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Composants Z-Wave. Digital Enhanced Cordless Telecommunications. Digital Enhanced Cordless Telecommunications (Digital European Cordless Telecommunications), usually known by the acronym DECT, is primarily used for creating cordless phone systems.

Digital Enhanced Cordless Telecommunications

It originated in Europe, where it is the universal standard, replacing earlier cordless phone standards, such as 900 MHz CT1 and CT2.[1] Beyond Europe, it has been adopted by Australia, and most countries in Asia and South America. North American adoption was delayed by United States radio frequency regulations. Smart Home Communication Protocols. When it comes to the Smart Home, communication protocols may not be the sexy part, but they're doing all the work behind the scenes.

Smart Home Communication Protocols

It's great to monitor and measure something, but if you can't transfer the data into a usable form for viewing on the web or communicating with other devices, all you have is 1's and 0's escaping into the ether. Plus, without communication networks, how would you be able to control your home with your smart phone! Communication protocols work to form home networks, which fall into 2 camps: Hardwire (like powerline) or RF (like wi-fi).

You can also have a combination of both types of protocols (hardwire and RF) in a home network. Devices using communication protocols are either : Wireless Microcontrollers. Wireless Microcontrollers. JenNet-IP is an IP-based networking solution enabling the ‘Internet of Things’, enabling IPv6 connectivity to all Smart Devices in the home and other buildings.

Wireless Microcontrollers

Using an enhanced 6LoWPAN network layer as defined by the IETF, it targets ultra-low-power IEEE802.15.4-based wireless networking for residential and industrial applications. With a “mesh-under” networking approach, it places NXP’s industry-proven JenNet network layer at the heart of the platform to provide a self-healing, highly robust and scalable network backbone, serving wireless networks up to 500 nodes. Supported on the JN5148-J01 and JN5142-J01 wireless microcontrollers, the solution offers an ultra-low-power platform for product development.

Zwave

KNX. Zigbee. X10. Enocean.