3Designing with NevoStudio Pro
3Designing with NevoStudio Pro
3Designing with NevoStudio Pro
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Z-Wave Overview Configuring Nevo Ecosystems<br />
How NevoLink Connects to the Network<br />
Like any other network-ready device, NevoLink has a MAC Address (see<br />
the “Glossary” on page 213) to identify it as a unique node on the network.<br />
Once you have connected NevoLink and plugged it into a power source, the<br />
network should automatically see it.<br />
Each NevoLink’s MAC Address is hard-coded and unique, which means it is<br />
the same no matter what network the NevoLink is in. This allows you to<br />
configure the NevoLink using any network and still have the commands<br />
and devices you configured recognize the same NevoLink you set up once<br />
you install the system on a different network.<br />
The MAC Address is located on a label on the bottom of the NevoLink. Note<br />
it down as you connect each NevoLink so that you can be sure to associate<br />
the correct NevoLink <strong>with</strong> the appropriate devices.<br />
Z-Wave Overview<br />
Z-Wave is a 2-way RF protocol created by ZenSys and implemented by<br />
various home control device manufacturing partners. Z-Wave can be used<br />
<strong>with</strong> lighting, HVAC, and other home control devices.<br />
Z-Wave is a mesh network, meaning that signals can be routed from the<br />
sending device to the target device through multiple paths, depending upon<br />
how many devices (or nodes) are in the network, and whether or not a<br />
particular node is currently active. The Z-Wave network consists primarily<br />
of portable controllers, static controllers, and slave nodes. Controllers have<br />
the ability to initiate commands and to execute commands sent to them.<br />
Slave nodes can only respond to commands they receive; they cannot<br />
initiate commands.<br />
Mesh network commands such as Z-Wave are routed through any node that<br />
supports the particular data rates required. Newer hardware supports<br />
higher data rates, though all devices are backwards compatible and can<br />
route signals through older hardware. To prevent unnecessary power drain<br />
on battery powered controllers, they are not used in communication hops<br />
through the network.<br />
A Z-Wave network is created via one controller defined as the Primary<br />
Controller. This is the only controller that can add and remove nodes from<br />
the network. All other portable controllers are considered Secondary<br />
Controllers.<br />
There is also a single Static Controller defined as Static Update Controller<br />
(UC). The Static UC maintains a complete and current copy of the routing<br />
table. In the event that the original Primary Controller is damaged, the<br />
154 <strong>NevoStudio</strong> <strong>Pro</strong> Design Guide