This page (revision-5) was last changed on 29-Nov-2024 16:16 by -jim

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1 29-Nov-2024 16:16 6 KB unknown to last

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Z-Wave
Z-Wave

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At line 2 changed one line
[{$pagename}] is a [proprietary Protocol] [wireless] [communications] [protocol] and designed for home [Building Automation], specifically to remote control [applications] in [Home Automation] and light commercial environments.[{$pagename}] is a [Constrained-Node Network] [Protocol]
[{$pagename}] is a [proprietary Protocol] [wireless] [communications] [protocol] and designed for home [Building Automation], specifically to remote control [applications] in residential and light commercial environments.
At line 4 removed one line
The technology uses a [low-power] [Wireless LAN] embedded or retrofitted into home electronics [devices] and systems, such as lighting, home [Access Control], entertainment systems and household appliances.[3]
At line 6 changed one line
[Z-Wave] [Mesh Network] is a medium for 2-way communication between devices on the [Z-Wave Network]. Commands can be routed from one [Z-Wave Node] to another throughout the house, around common household obstacles that would block other [wireless] systems.
[{$pagename}] is a [Constrained-Node Network] [Protocol]
At line 7 added 4 lines
The technology uses a [low-power] RF radio embedded or retrofitted into home electronics devices and systems, such as lighting, home [Access Control], entertainment systems and household appliances.[3]
[Z-Wave] [Mesh Network] is a medium for 2-way communication between devices on the [Z-Wave Network]. Instead of a central controller commanding devices around the house, each [Z-Wave Node] is capable of sending and receiving commands from other devices and controllers. Commands can be routed from one [Z-Wave Node] to another throughout the house, around common household obstacles that would block other wireless systems.
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The [{$pagename}] [protocol] is a low bandwidth [half duplex] [protocol] designed for reliable [wireless] [communication] in a low cost control network. The [protocols] main purpose is to communicate short control messages in a reliable manner from a control unit to one or more nodes in the network.
The [{$pagename}] [protocol] is a low bandwidth half duplex [protocol] designed for reliable [wireless] [communication] in a low cost control network. The [protocols] main purpose is to communicate short control messages in a reliable manner from a control unit to one or more nodes in the network.
At line 23 changed one line
There are four types of frames in [{$pagename}]: [Unicast], [Multicast], [Broadcast], and [ACK]. !! [Physical Layer]
There are four types of frames in [{$pagename}]: [Unicast], [Multicast], [Broadcast], and [ACK].
!! [Physical Layer]
This page (revision-5) was last changed on 29-Nov-2024 16:16 by -jimTop