Radio-over-IP Gateway TRBOnet Swift A100 User Manual World HQ US Office Internet Telephone Neocom Software Neocom Software EMEA: +44 203 608 0598 8th Line 29, Vasilyevsky Island 15200 Jog Road, Suite 202 Email: info@trbonet.com Americas: +1 872 222 8726 St. Petersburg, 199004, Russia Delray Beach, FL 33446, USA WWW.TRBONET.COM...
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This document is for informational purposes only. Neocom software, Ltd offers no warranties, express or implied, in this document. Neocom and the Neocom logo, TRBOnet and the TRBOnet logo are either registered trademarks or trademarks of Neocom software, Ltd. MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC.
Contents Introduction ................................1 About This Document ........................1 About TRBOnet Swift .........................1 Contacts ..............................1 About TRBOnet Swift A100 ...........................2 Features ..............................2 Capabilities ............................2 Restrictions ............................3 Package Contents ..........................3 Specification ............................4 Panels ..............................5 Interior Layout ............................6 LED Indication ........................... 10 Setup and Connection ..........................11 MOTOTRBO Mode ..........................
TRBOnet Swift is a family of hardware products designed by Neocom Software Solutions, Ltd for MOTOTRBO radio networks. The Swift family hardware is presented by the RoIP gateways A100 and A200, and the option board ST002. For more information about the TRBOnet Swift family products, refer to our website. Contacts Region Phone Email &...
About TRBOnet Swift A100 TRBOnet Swift A100 (also referred to as the "A100 gateway") is a hardware radio- over-IP gateway intended to connect a control radio to TRBOnet Server. The radio can transfer voice and data to one or multiple connected TRBOnet Servers over IP.
Controls the power supply and switches to the backup battery automatically if the AC power fails. Sends an alarm notification to all connected TRBOnet Servers in case of power loss or when switching to the backup power supply.
Audio (wired) + Control (PTT, CSQ) Non-MOTOTRBO Inputs/outputs Open collector Output type 100 mA Output current, max 12 V Input voltage, max The OLED is located on the IP controller. TRBOnet Enterprise/PLUS of version 5.2.5 and higher is required. TRBOnet Swift A100 – User Manual...
About TRBOnet Swift A100 Panels TRBOnet Swift A100 comes in a metal case. 2.6.1 Front Panel The front panel features a slot for a two-way mobile radio (1) and two handles (2) for transportation and mounting. 2.6.2 Rear Panel The rear panel of the unit has two built-in fans (3), several connectors, and a power switch (8).
2. Rear panel 3. Power supply unit 4. AC power socket and switch 5. Radio (user supplied) 6. Brackets for the radio 7. IP controller (see section 2.7.1) 8. External antenna socket 9. Built-in fans TRBOnet Swift A100 – User Manual...
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About TRBOnet Swift A100 2.7.1 IP Controller 1. Rear panel 2. USB port, type B 3. LAN port 4. Input/Output terminal block (for pin assignment, see section 2.7.1.1) 5. Analog terminal block (see section 3.2.1) 6. Power terminal block 7. LED Display (see section 2.8) 8.
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RADIO terminal block pinout: 1 – D- USB 2 – +VBUS USB 3 – --- 4 – IGNITION (radio on) 5 – D+ USB 6 – GND 7 – GND 8 – SWB (radio detect) TRBOnet Swift A100 – User Manual...
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About TRBOnet Swift A100 Analog terminal block ANALOG terminal block pinout: 1 – CSQ 2 – PTT 3 – GND 4 – AUDIO GND 5 – AUDIO IN 6 – AUDIO OUT Power terminal block POWER terminal block pinout: 1 – GND 2 –...
Flashing icon: The radio is disconnected or powered off. Radio TX Radio RX IP connection The number next to the icon indicates how many TRBOnet Servers are connected. Flashing icon: the A100 gateway is not connected to an IP network. Incoming/outgoing data indicator USB connection to the radio Memory card The memory card is not detected.
Setup and Connection Setup and Connection TRBOnet Swift A100 can operate in the MOTOTRBO mode or in the non- MOTOTRBO mode. The choice of the operation mode depends on the type of the connected radio. Table 4: A100 operation modes...
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7. Assemble the control head seal on the radio. Assemble the control head to the radio chassis by aligning one side of the control head assembly tabs to one side of the radio chassis tabs and then rotate the control head assembly until the other side engages. TRBOnet Swift A100 – User Manual...
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Setup and Connection Note: Verify that the control head seal is not pinched and not visible. If a pinch is found, disassemble the control head, reseat the seal and reassemble the control head. 3.1.2 Installing and Connecting the Radio Now install your MOTOTRBO radio into the A100 gateway and connect it to all required components inside the unit.
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1. Power off the A100 gateway. Connect the programming cable to the radio and to a USB port of your computer. Power up the A100 gateway. 2. Launch TRBOnet Swift CPS on your computer. In the main window, select USB as the programming interface (Figure 6, page 15).
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Configuring the A100 Gateway To configure the A100 gateway: 1. Launch TRBOnet Swift CPS. In the main window's bottom bar, select USB as an interface for device programming (Figure 6). Connect the programming cable to a USB port of your computer.
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IP address of your A100 gateway and click Read. If you use the USB connection and the Select device window appears, point your device. The configuration settings appear in a separate tab. 4. Click Network Settings in the left panel. TRBOnet Swift A100 – User Manual...
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Setup and Connection Figure 9: Configuring the IP network settings of the A100 gateway In the right panel, specify the following settings: IP Address: The IP address assigned to your A100 gateway. Subnet Mask: The mask of the subnet to which the A100 gateway belongs.
Non-MOTOTRBO Mode To configure TRBOnet Swift A100 to operate in the non-MOTOTRBO mode, follow the steps in Table 6. Table 6: High-level steps to configure TRBOnet Swift A100 to operate in the non-MOTOTRBO mode Step Refer to: Assemble the service cable.
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Setup and Connection A100 6-pin connector Radio connector CSQ DETECT 2. (Optional) Add two wires between the A100 Radio terminal block and the radio connector plug to implement additional features. A100 Radio terminal block Radio connector PIN 4 IGNITION SENSE PIN 8 SWB+ 3.
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A100 gateway. Use the radio programming software provided by the manufacturer of the radio. Program the GPIO pins of your radio as described in the documentation supplied by the manufacturer of the radio. TRBOnet Swift A100 – User Manual...
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Configuring the A100 Gateway To configure the A100 gateway: 1. Launch TRBOnet Swift CPS. In the main window, select USB as an interface for device programming at the bottom (Figure 6, page 15). Connect the programming cable to the USB type B port of the A100 gateway and to a USB port of your computer.
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If any I/O pins are connected to external hardware, configure the A100 gateway to send the states of these pins to TRBOnet software. For each I/O pin connected by external hardware, expand the menu and select the logical pin in TRBOnet: Specify the active level of the signal and other I/O pin settings.
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Setup and Connection 6. Click Audio Settings in the left panel. In the right panel (Figure 15), do the following: Use the sliders to adjust the level of the input and output audio signal in the range of -42Db to 20 Db. ...
(page 27) TRBOnet Enterprise/PLUS Configuration In this example, TRBOnet Swift A100 is registered as a radio system in the TRBOnet Enterprise (PLUS) Server configuration (Figure 16). Figure 16: Registering the A100 gateway as a radio system Launch the TRBOnet Dispatch Console and click Voice Dispatch in the left pane. If registered correctly, your A100 gateway appears on the Radio Interface tab with the green (“connected”) icon (Figure 17).
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TRBOnet Configuration To configure pins: 1. In the TRBOnet Dispatch Console, click Administration and Radio Systems in the left pane (Figure 18, step 1 and 2). 2. In the right pane, the list of the registered radio systems appears. Double-click the radio system associated with your A100 gateway (Figure 18, step 3).
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A pop-up window appears displaying the pin states: Figure 20: Pin states The temperature is measured inside the unit and transmitted to TRBOnet by default, no additional configuration is required. The fan speeds for each of the two coolers are displayed in revolutions per minute.
Figure 21: Changing the output pin states TRBOnet Watch Configuration The I/O pins of TRBOnet Swift A100 are supported in TRBOnet Watch 2.5 and later versions. In this example, the A100 gateway is registered as a radio system in the TRBOnet Watch Server configuration (Figure 22).
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specified in the A100 configuration (see section 3.1.5). After you apply the changes, launch the TRBOnet Watch console and click Live Monitor in the left pane. You can see the states of the connected A100 pins on the Diagnostics tab and on the Physical GPIO Pins tab.
Maintenance Maintenance Built-in Clock Battery Replacement If the flashing Low battery charge icon appears on the display of the unit, you need to replace the built-in clock battery. Figure 24: Replacement of the battery and memory card To replace the battery: 1.
Note: The maximum supported memory size of a microSD card is 32 Gb. Important Note The manufacturer reserves the right to make changes and/or improvements in designs and dimensions without notice and without incurring obligation. TRBOnet Swift A100 – User Manual...
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