It allows ThinKnx clients to receive VoIP calls coming from devices with VoIP technology, such as VoIP telephones, IP intercoms (TCS, 2N, Mobotix).It enables also the VoIP PBX (SIP Server) function that handles VoIP calls on the server.
It allows to collect data from KNX plants (both locally and on the cloud), to generate reports and to continuously store KNX telegrams (logger modality).More information
It allows to control the Philips Hue lights from KNX bus. In the ThinKnx system different rules can be created to control Hue elements (lights or groups) from KNX and to receive feedbacks from them.
It allows the bidirectional connection of MyHome BTicino plants to KNX plants. Through easy-to-fit tables it is possible to set matching among the messages coming from the two worlds.
It allows to control, in a bidirectional and fully configurable way, Sonos players.More Information
Linux-based appliance with direct connection to the KNX bus (no need of separate IP-router).
An unlimited number of clients (PCs, smartphones or tablets) can simultaneously connect to the server.
There aren't any limitations on the number of KNX entities that can be controlled by our servers.
There are different kinds of switches available: on/off normally open, on/off normally close, on on pressure/off on release, on on pressure, value on pressure, etc.
The lights can be easily dimmered through a simple interface of the client app.
RGB leds can be controlled through KNX.
Rollers and blinds contain KNX groups to move, to stop and to obtain a feedback of shades, blinds, etc.
The chronothermostat is used to interact with a KNX thermostat and allows to set weekly timers to control the temperature. The desired temperature can be hourly and daily set.
Switching can be temporized using two modes: the “Calendar” mode allows to set complex temporizations, while the “Switch Schedule” mode allows to set six weekly temporizations.
Weather forecast can be displayed into the client application.
The loads control allows to monitor the electric energy consumption following disarm thresholds and rearm intervals.
Scene is a sequence of programmed actions such as the switching on of the lights in a room. This list of action can be predetermined by the user through the scene recording function.
Logical operations (AND, OR, XOR) and mathematical functions based on values and coming from KNX groups can be created using simple and intuitive interfaces.
Visualize analogical values in the client interface (for example weather data such as wind speed, outdoor temperature, etc.) and to send them to a KNX group (for example to adjust threshold values).
Visualization of IP cameras with MJPEG or RTSP video flow.
Service that allows to send SMS notifications when specific conditions predefined in the ThinKnx Configurator occur (no additional hardware required).
It is possible to perform actions depending on a command or on a specific value sent by the KNX bus (or other integrated systems), for example it is useful to create temperature alarms.
Management of technical alarms with push notification messages (iOS), email and automatic page change in the ThinKnx client interface.
Through web interface you can control switches, shutters, thermostats and monitor sensors in the system.
Integration of IR TRANS devices to control TVs, Blurays, Apple TV, etc. directly from ThinKnx client interface (no database required).
It allows to collect data up to 20 MB from KNX plants (both locally and on the cloud), to generate reports and to continuously store KNX telegrams (logger modality).
- Quad-core ARM Cortex A9 CPU- 1 GB DDR3 SDRAM- Capacitive touch screen- 7'' screen 158x93mm visible area, 1024x600 resolution- Linux embedded operating system- Power: 12-24 VDC - 1.5A Max
- Z-Wave transceiver
- 1x EIB/KNX port with direct connection through clips- 1x network port- Consumption 10 W MaxTechnical sheet Envision 7
