universal powerline bus (or upb) is a protocol for communication among devices used for home automation. this document is meant to help the new user get started with upb quickly. each upb device can be associated with multiple links, meaning that the device can participate in multiple scenes. while devices can be controlled via their unit id, the real power of upb is in the links. the unit id will have a value between 1 and 250. units out of the box from the factory will have a unit id assigned that equals the manufacturer’s product id. each upb product must also have a network id. in real life, it is expected that a network id will correspond to one home.
the appropriate range for network ids is 1 – 250, with the default network id out of the box being ff (hex) or 255 decimal. in order to program a device or change its programming, you must know the appropriate network id, and then the appropriate network password. the network password is a four character alpha-numeric password, with each character allowed to be in the range of 0 – f (hexadecimal). however, the network name is not used as a primary means of identification, and has little importance. the device name merely gives the user the ability to name a device so that it is easily understood what the device does. subscribe now to get the latest & greatest news on smart home products & receive special offers only for our newsletter subscribers. learn more… subscribe now to get the latest & greatest news on smart home products & receive special offers only for our newsletter subscribers.
i’ve looked in to power line modem chips and they are quite expensive ($3 and up), compared to esp chipset. and to make matter worse: where it’s very doable to impedance-match an antenna for a range of frequencies large enough for communication, powerline has a very frequency-dependent impedance, and especially the frequencies with low noise are the ones that are lower in impedance and thus require more power to drive. one of the reason a very wideband, complex, impressive chip like the esp32 is even cheaper is the economics of scale, and the different expectations for reliability.
plc is mostly dead, at least indoors, because rf turns out to be easier, requires less energy, can actually be made very robust (especially in the low-datarate regime), and doesn’t require expensive couplers (you really don’t want to connect your semiconductor plc modem to your power line without protection, most often in the shape of a transformer), but only relatively small antennas. it is expensive, bulky (ie, not thin), power-hungry, usually requires a transformer, and it requires wires, opening junction boxes or calling an electrician… this means the customer has only a limited number of places where they can put your wired product. my experience also has shown that the ethernet over power line adapters that i tried are unable to sustain the bandwidth to stream video for a pleasent viewing experience. the system worked well enough, but i scrapped it and got a wifi router quite soon after we got smartphones.
powerline (x10). x10 is an international and open industry standard for communication among electronic devices used for home automation. it primarily uses power the long answer, its impractical to utilize an entirely hardwired home automation network via hardwired devices unless you are gutting your we set our minds to bring control while you are at home or not, delivering comfort, inspiration, and tailor-made automation solutions in hand., home automation switches, home automation switches, wired home automation system, power line-based home automation pdf, types of home automation.
powerline communication (plc) is a popular technique employed in home automation systems that reuses household electrical wiring for communication. universal powerline bus (or upb) is a protocol for communication among devices used for home automation. it uses power line wiring for signaling and control. cables in addition to standard electrical facilities. index terms— ac powerline commnication, home. automation, domotics, .p. protocol. i. introduction., wireless home automation, wired or bus cable home automation, power line communication module, universal powerline bus, power line communication, smart on/off switch, upb switches, upb controller, insteon.
When you try to get related information on powerline home automation, you may look for related areas. home automation switches, wired home automation system, power line-based home automation pdf, types of home automation, wireless home automation, wired or bus cable home automation, power line communication module, universal powerline bus, power line communication, smart on/off switch, upb switches, upb controller, insteon.