The SMART Controller is a rugged computer running Ubuntu Linux and the SMART System Software.
The SMART Controller is the central component of a SMART System. It hosts the browser-based SMART Control Panel used for configuring the SMART System, analyzes and records the audio from any attached microphones, and communicates with a wide variety of external devices.
SMART Controller Connectivity
Figure 1. SMART Controller Connectivity: Ethernet and DisplayPort
- One Gigabit Ethernet port can be used to connect the SMART Controller to a network.
- Two Gigabit Ethernet ports with Power over Ethernet (PoE) can directly power two SMART MIC-1 microphones. With an external PoE switch, up to three SMART MIC-1 microphones can be used simultaneously with the base model SMART Controller.
- Two DisplayPort sockets allow you to view the SMART Controller's Ubuntu command line on an external display.
Figure 2. SMART Controller Connectivity: Serial, Power Input, and Wi-Fi
- Two DB-9 serial ports can output bat call analysis measurements via the RS-232, RS-422, or RS-485 protocols. These ports can also be used to communicate the status of the SMART Controller's alarms via Modbus.
- The SMART Controller's power input accepts 9-36 V DC.
- A grounding lug can be used to protect the SMART Controller from electrical discharges.
- Two Wi-Fi antennas allow you to connect the SMART Controller to an existing Wi-Fi network or to host a local Wi-Fi network.
Figure 3. SMART Controller Connectivity: Digital I/O, USB, and Power Button
- Optically isolated Digital I/O pins are available for use by custom applications. One possibility is to signal the presence of bats to connected devices using a simple script.
- A CAN bus can be used for custom applications.
- Four USB 3.0 Type A ports allow you to connect storage devices, keyboards, and other accessories.
- The power button is not generally required, as the SMART Controller boots automatically. You can use it to manually reboot the SMART Controller.