Difference between revisions of "Larnitech Smart Home System Architecture"

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(Created page with "{| class="wikitable" |The Main Gateway is the core device of the system. Its main task is to configure the system, and provide the logic for its operation. It also keeps track...")
 
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{| class="wikitable"
 
{| class="wikitable"
 
|The Main Gateway is the core device of the system. Its main task is to configure the system, and provide the logic for
 
|The Main Gateway is the core device of the system. Its main task is to configure the system, and provide the logic for
 
its operation. It also keeps track of the sensors data and provides authorized access to the system. The Main Gateway is connected to the local network. It has 2 CAN bus ports.
 
its operation. It also keeps track of the sensors data and provides authorized access to the system. The Main Gateway is connected to the local network. It has 2 CAN bus ports.
 +
<br>[[file:Architecture1.png|700px]]
 
|-
 
|-
 
|The CAN bus is used to connect the sensors and actuators to the system. Terminators, 120 Ohm resistors, need to be
 
|The CAN bus is used to connect the sensors and actuators to the system. Terminators, 120 Ohm resistors, need to be
 
installed at the end of the CAN bus.
 
installed at the end of the CAN bus.
 +
<br>[[file:Architecture2.png|700px]]
 
|-
 
|-
 
|As can be seen from the table below, a Four-wire bus is used (two twisted pairs) with a maximum length of a eight hundred
 
|As can be seen from the table below, a Four-wire bus is used (two twisted pairs) with a maximum length of a eight hundred
 
metres. A maximum of 50 devices can be connected to each CAN bus.
 
metres. A maximum of 50 devices can be connected to each CAN bus.
 +
<br>[[file:Architecture3.jpg|700px]]
 
|-
 
|-
 
|The following diagram shows how modules can be connected to the system. In the drawing below a 7-channel
 
|The following diagram shows how modules can be connected to the system. In the drawing below a 7-channel
 
actuator, a leak control module and a heating control module have been connected to the first CAN bus.
 
actuator, a leak control module and a heating control module have been connected to the first CAN bus.
 +
<br>[[file:Architecture4.png|700px]]
 
|-
 
|-
 
|The second CAN bus has a four-in-one multi-sensor, a dimmer and a two-channel pattress box space actuator. In such
 
|The second CAN bus has a four-in-one multi-sensor, a dimmer and a two-channel pattress box space actuator. In such
  
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a manner up to 100 devices can be connected to the main gateway.
 
a manner up to 100 devices can be connected to the main gateway.
 +
<br>[[file:Architecture5.png|700px]]
 
|-
 
|-
 
|In its turn, the main gateway is connected to the Local Area Network.
 
|In its turn, the main gateway is connected to the Local Area Network.
 +
<br>[[file:Architecture6.png|700px]]
 
|-
 
|-
 
|If the building where the system is set up has several floors or 100 devices are not sufficient to perform all of your
 
|If the building where the system is set up has several floors or 100 devices are not sufficient to perform all of your
 
tasks, additional extension modules are connected to the system. Each of them gives the user the ability to connect
 
tasks, additional extension modules are connected to the system. Each of them gives the user the ability to connect
 
100 more devices.
 
100 more devices.
 +
<br>[[file:Architecture7.png|700px]]
 
|-
 
|-
 
|As many extension modules as needed may be added, therefore the system can be expanded almost indefinitely. In
 
|As many extension modules as needed may be added, therefore the system can be expanded almost indefinitely. In
 
this way via the Local Area Network numerous CAN networks can be united into one network with a total number of
 
this way via the Local Area Network numerous CAN networks can be united into one network with a total number of
 
up to 1000 controlled modules.
 
up to 1000 controlled modules.
 +
<br>[[file:Architecture8.png|700px]]
 
|-
 
|-
 
|Tablets or smartphones get connected to the local area network via Wi-Fi. After installing the Larnitech application on
 
|Tablets or smartphones get connected to the local area network via Wi-Fi. After installing the Larnitech application on
 
your tablet or phone, you can control the devices in the system.
 
your tablet or phone, you can control the devices in the system.
 +
<br>[[file:Architecture9.png|700px]]
 
|-
 
|-
 
|The main gateway is connected to the cloud, which allows to get authorized remote access to the Smart Home.
 
|The main gateway is connected to the cloud, which allows to get authorized remote access to the Smart Home.
 +
<br>[[file:Architecture10.png|700px]]
 
|-
 
|-
 
|The multiroom system is integrated via the local area network. The media points allow to playing music from your
 
|The multiroom system is integrated via the local area network. The media points allow to playing music from your
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Many media points can be connected to the system, which will allow listening to music in various areas. The music
 
Many media points can be connected to the system, which will allow listening to music in various areas. The music
 
may be taken from your network attached storage (NAS).
 
may be taken from your network attached storage (NAS).
 +
<br>[[file:Architecture11.png|700px]]
 
|-
 
|-
 
|The system allows the use of the intercom. When someone rings your doorbell, the multiroom system will play the
 
|The system allows the use of the intercom. When someone rings your doorbell, the multiroom system will play the
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property owner is not at home, the system will let them speak to the visitor via the application on their smartphone
 
property owner is not at home, the system will let them speak to the visitor via the application on their smartphone
 
or tablet.
 
or tablet.
 +
<br>[[file:Architecture12.png|700px]]
 
|-
 
|-
 
|The multiroom system lets the user control smart TV and other devices which support the DLNA standard.
 
|The multiroom system lets the user control smart TV and other devices which support the DLNA standard.
 +
<br>[[file:Architecture13.png|700px]]
 
|-
 
|-
 
|If you connect the IP cameras to the system, you will be able to see the corresponding areas through our application.
 
|If you connect the IP cameras to the system, you will be able to see the corresponding areas through our application.
 +
<br>[[file:Architecture14.png|700px]]
 
|-
 
|-
 
|The API can be provided by Larnitech, which lets the third-party applications, after they are authorized, get the
 
|The API can be provided by Larnitech, which lets the third-party applications, after they are authorized, get the
 
information from the Smart Home system and control its devices.
 
information from the Smart Home system and control its devices.
 +
<br>[[file:Architecture15.png|700px]]
 
|-
 
|-
 
|Connecting an additional power supply to the CAN bus
 
|Connecting an additional power supply to the CAN bus
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<br>[[file:Architecture16.png|700px]]
 
|}
 
|}
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</translate>

Latest revision as of 11:35, 13 January 2022

Other languages:
English • ‎русский

The Main Gateway is the core device of the system. Its main task is to configure the system, and provide the logic for

its operation. It also keeps track of the sensors data and provides authorized access to the system. The Main Gateway is connected to the local network. It has 2 CAN bus ports.
Architecture1.png

The CAN bus is used to connect the sensors and actuators to the system. Terminators, 120 Ohm resistors, need to be

installed at the end of the CAN bus.
Architecture2.png

As can be seen from the table below, a Four-wire bus is used (two twisted pairs) with a maximum length of a eight hundred

metres. A maximum of 50 devices can be connected to each CAN bus.
Architecture3.jpg

The following diagram shows how modules can be connected to the system. In the drawing below a 7-channel

actuator, a leak control module and a heating control module have been connected to the first CAN bus.
Architecture4.png

The second CAN bus has a four-in-one multi-sensor, a dimmer and a two-channel pattress box space actuator. In such

a manner up to 100 devices can be connected to the main gateway.
Architecture5.png

In its turn, the main gateway is connected to the Local Area Network.


Architecture6.png

If the building where the system is set up has several floors or 100 devices are not sufficient to perform all of your

tasks, additional extension modules are connected to the system. Each of them gives the user the ability to connect 100 more devices.
Architecture7.png

As many extension modules as needed may be added, therefore the system can be expanded almost indefinitely. In

this way via the Local Area Network numerous CAN networks can be united into one network with a total number of up to 1000 controlled modules.
Architecture8.png

Tablets or smartphones get connected to the local area network via Wi-Fi. After installing the Larnitech application on

your tablet or phone, you can control the devices in the system.
Architecture9.png

The main gateway is connected to the cloud, which allows to get authorized remote access to the Smart Home.


Architecture10.png

The multiroom system is integrated via the local area network. The media points allow to playing music from your

home storage and Internet radio. The multiroom system is deeply integrated into the Smart Home system, which allows using it in various scenarios. For example, when you leave home, the scenario ‘I’m gone’ can be activated. In this scenario the system turns off the lighting, puts the climate control system in the energy saving mode and with the help of the multiroom system can tell you about the unlocked back door or an open window. Many media points can be connected to the system, which will allow listening to music in various areas. The music may be taken from your network attached storage (NAS).
Architecture11.png

The system allows the use of the intercom. When someone rings your doorbell, the multiroom system will play the

notification about it. Of course, it will only do that in the areas where you want the notification to be played. If the property owner is not at home, the system will let them speak to the visitor via the application on their smartphone or tablet.
Architecture12.png

The multiroom system lets the user control smart TV and other devices which support the DLNA standard.


Architecture13.png

If you connect the IP cameras to the system, you will be able to see the corresponding areas through our application.


Architecture14.png

The API can be provided by Larnitech, which lets the third-party applications, after they are authorized, get the

information from the Smart Home system and control its devices.
Architecture15.png

Connecting an additional power supply to the CAN bus


Architecture16.png

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