Difference between revisions of "SIGNALduino Stick"

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(Flashing new Firmware)
 
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THIS PAGE IS CURRENTLY UNDER CONSTRUCTION
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<div style="float:left;">__TOC__</div>
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<div style="float:left; margin:25px 0 0 100px;">
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<strong>Die deutsche Version dieser Anleitung: [[SIGNALduino_Stick_(deutsch)]]</strong>
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</div>
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<div style="clear:both; margin-bottom:10px;"></div>
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=Hardware=
 
=Hardware=
  
[[File:Signalduino_Stick_433_45_1000.jpg|x300px|right|link=https://shop.in-circuit.de/product_info.php?cPath=22_28&products_id=253 | SIGNALduino Stick]]
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[[File:Signalduino_Stick_433_45_1000.jpg|x300px|right|link=https://shop.in-circuit.de/product_info.php?cPath=22_28&products_id=253 | SIGNALduino Stick]]<br>
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[[File:Signalduino_Stick_liegend_aufrecht_1000.jpg|x110px|right|link=https://shop.in-circuit.de/product_info.php?cPath=22_28&products_id=253 | SIGNALduino Stick]]
  
The [[SIGNALduino Stick]] combines our fully Arduino compatible [[radino CC1101]] Module with the handy format of a USB Stick. The [[SIGNALduino Stick]] comes in two different versions, either with 433 or 868MHz radio front end.
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The SIGNALduino Stick combines our fully Arduino compatible [[radino CC1101]] Module with the handy format of a USB Stick. The SIGNALduino Stick comes in two different versions, either with 433 or 868MHz radio front end.
  
The utilized microcontroller is an Atmega 32U4 with 8MHz clock frequency. The CC1101 RF-Transceiver form Texas Instruments is used as radio front end either configured in 433MHz or 868MHz mode.
+
The utilized microcontroller is an ''Atmega 32U4'' with 8MHz clock frequency. The ''CC1101 RF-Transceiver'' form Texas Instruments is used as radio front end either configured in 433MHz or 868MHz mode.
  
 
It is able to receive and transmitt different communication protocols depending on the utilized firmware. In this manner it can be used to receive and transmit data from/to different devices via a FHEM Server.
 
It is able to receive and transmitt different communication protocols depending on the utilized firmware. In this manner it can be used to receive and transmit data from/to different devices via a FHEM Server.
  
The [[SIGNALduino Stick]] comes preflashed with the [https://github.com/RFD-FHEM/RFFHEM/commit/257aaeb19b0186121f79faf329496d7ecfd45ec9#diff-333ef8333f74797a8b4f43ef7f67ef20 SIGNALduino_radinoCC1101.hex] firmware.
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The SIGNALduino Stick comes preflashed with the [https://github.com/RFD-FHEM/RFFHEM/commit/257aaeb19b0186121f79faf329496d7ecfd45ec9#diff-333ef8333f74797a8b4f43ef7f67ef20 SIGNALDuino_radinoCC1101.hex] firmware.
  
 
It behaves like an Arduino Micro and can be programmed using the Arduino IDE.
 
It behaves like an Arduino Micro and can be programmed using the Arduino IDE.
 
To reprogramm the [[SIGNALduino Stick]] it has to be set to bootloader mode by pressing the reset button twice. (bootloader mode is indicated by fading status LED)
 
  
 
'''Features:'''
 
'''Features:'''
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*available with 433 oder 868MHz transceiver
 
*available with 433 oder 868MHz transceiver
 
*Antenna 5cm +3dBi included
 
*Antenna 5cm +3dBi included
 +
  
 
=SIGNALduino Stick & FHEM=
 
=SIGNALduino Stick & FHEM=
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**network connection via LAN-Cable
 
**network connection via LAN-Cable
 
**FHEM installed and updated, according to [https://debian.fhem.de/html/nightly.html this instructions]  
 
**FHEM installed and updated, according to [https://debian.fhem.de/html/nightly.html this instructions]  
*[SIGNALduino Stick] 868MHz
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*SIGNALduino Stick  868MHz
*''ELV FHT80TF-2'' Funk-Tür / Fenster-Melder (radio door/window contact)
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<!-- *''ELV FHT80TF-2'' Funk-Tür / Fenster-Melder (radio door/window contact) -->
 
*PC running Win7 Professional 64Bit
 
*PC running Win7 Professional 64Bit
 
**connected to the network via LAN cable
 
**connected to the network via LAN cable
  
==Checking the SIGNALduino Firmware==
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==Check the SIGNALduino Firmware==
The [[SIGNALduino Stick]] comes with preinstalled [https://github.com/RFD-FHEM/RFFHEM/commit/257aaeb19b0186121f79faf329496d7ecfd45ec9#diff-333ef8333f74797a8b4f43ef7f67ef20 SIGNALDuino_radinoCC1101.hex] firmware. To check if it is working correctly, connect the Stick to an USB port of your PC and open a serial connection using a serial port monitor e.g. Putty at 57600 Baud.
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The SIGNALduino Stick comes with preinstalled [https://github.com/RFD-FHEM/RFFHEM/commit/257aaeb19b0186121f79faf329496d7ecfd45ec9#diff-333ef8333f74797a8b4f43ef7f67ef20 SIGNALDuino_radinoCC1101.hex] firmware. To check if it is working correctly, connect the Stick to an USB port of your PC and open a serial connection using a serial port monitor e.g. Putty at 57600 Baud.
 
*Starting the connection leads to:
 
*Starting the connection leads to:
  
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   V 3.3.1-dev SIGNALduino cc1101 (868Mhz )- compiled at Mar 10 2017 23:27:29
 
   V 3.3.1-dev SIGNALduino cc1101 (868Mhz )- compiled at Mar 10 2017 23:27:29
  
*The shown frequency depends on the Version of the [[SIGNALduino Stick]].
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*The shown frequency depends on the Version of the SIGNALduino Stick.
 
*If this message shows up, the SIGNALduino Firmware works correctly.
 
*If this message shows up, the SIGNALduino Firmware works correctly.
  
==Connecting the SIGNALduino Stick to FHEM==
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==Connect the SIGNALduino Stick to FHEM==
  
 
The following steps are also described in detail in the [https://wiki.fhem.de/wiki/SIGNALduino FHEM-Wiki]
 
The following steps are also described in detail in the [https://wiki.fhem.de/wiki/SIGNALduino FHEM-Wiki]
  
'''Determining the SIGNALduino's port'''
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'''Determining the SIGNALduino's device path'''
*Connect the [[SIGNALDuino Stick]] to the Raspberry Pi while monitoring messages:
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*Connect the SIGNALDuino Stick to the Raspberry Pi while monitoring messages:
 
   pi@raspberrypi:~$ tail -f /var/log/messages
 
   pi@raspberrypi:~$ tail -f /var/log/messages
 
   [...]
 
   [...]
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   Mar  6 10:15:37 raspberrypi mtp-probe: bus: 1, device: 6 was not an MTP device
 
   Mar  6 10:15:37 raspberrypi mtp-probe: bus: 1, device: 6 was not an MTP device
  
*Dertermine the SIGNALduino's port:<br>
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*<code>Product: radino CC1101</code> should appear
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*Dertermine the SIGNALduino's device path:<br>
 
   pi@raspberrypi:/$ ls /dev/serial/by-id/ -l
 
   pi@raspberrypi:/$ ls /dev/serial/by-id/ -l
 
   total 0
 
   total 0
 
   lrwxrwxrwx 1 root root 13 Mar  6 10:15 usb-Unknown_radino_CC1101-if00 -> ../../ttyACM0
 
   lrwxrwxrwx 1 root root 13 Mar  6 10:15 usb-Unknown_radino_CC1101-if00 -> ../../ttyACM0
  
*In this case the port is <code>usb-Unknown_radino_CC1101-if00</code>
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*In this case the port is: <code>usb-Unknown_radino_CC1101-if00</code>
 
'''Update FHEM'''
 
'''Update FHEM'''
 
*The following steps are done in FHEM
 
*The following steps are done in FHEM
*open a browser and enter FHEM: <code>http://''<IP-adress>''/fhem</code>
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*Open a browser on your PC and enter FHEM: <code>http://''<IP-adress>:8083''/fhem</code>
*update FHEM by typing: "<code>update</code>" in the FHEM command line
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*Update FHEM:
*restart the website: <code>shutdown restart</code>
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  update
 +
*Update the SIGNALduino Module:
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  update all https://raw.githubusercontent.com/RFD-FHEM/RFFHEM/dev-r33/controls_signalduino.txt
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*Restart the website:
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  shutdown restart
 
'''Defining the SIGNALduino Stick in ''FHEM'''''
 
'''Defining the SIGNALduino Stick in ''FHEM'''''
*define the SIGNALduino in the FHEM command line by its port: <code>define radinoCC1101 SIGNALduino /dev/serial/by-id/usb-Unknown_radino_CC1101-if00</code>
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*Define the SIGNALduino Stick in the FHEM command line by its port:
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  define radinoCC1101 SIGNALduino /dev/serial/by-id/usb-Unknown_radino_CC1101-if00
 
*The Stick is now being listed as <code>radinoCC1101</code> in the ''DeviceOverview''
 
*The Stick is now being listed as <code>radinoCC1101</code> in the ''DeviceOverview''
*reset the Stick by setting the <code>reset</code> parameter  
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*Reset the Stick by <code>set</code> <code>reset</code> parameter  
 
*'''IMPORTANT:''' When using the 868MHz version of the SIGNALduino Stick, the operating frequency has to be changed manually
 
*'''IMPORTANT:''' When using the 868MHz version of the SIGNALduino Stick, the operating frequency has to be changed manually
**Therefor <code>set</code> the parameter <code>cc1101_freq</code> in the ''radinoCC1101 Device Overview'' to <code>868.35</code>
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**Therefor <code>set</code> the parameter <code>cc1101_freq</code> of radinoCC1101 to <code>868.35</code>
**check if the frequenzy has ben set correctly: <code>get</code> <code>ccconfig</code>
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**check if the frequency has been set correctly: <code>get</code> <code>ccconfig</code>
 
   ccconf: freq:868.350MHz bWidth:325KHz rAmpl:42dB sens:4dB (DataRate:5603.79Baud)
 
   ccconf: freq:868.350MHz bWidth:325KHz rAmpl:42dB sens:4dB (DataRate:5603.79Baud)
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 +
==Flashing new Firmware==
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 +
To flash a new firmare, the SIGNALduino Stick sometimes needs to be set to bootloader mode manually beforehand, by pressing the reset button twice. The bootloader mode is indicated by fading status LED.
 +
Be aware that the Stick has an other serial port number in bootloader mode.<br>
 +
The SIGNALduino Stick is fully Arduino compatible. If you want to program it using the Arduino IDE, you just have to download the [http://wiki.in-circuit.de/index.php5?title=Downloads#radino_Modules Arduino Library] for radino. (See also [[radino/radino32 software]])<br>

Latest revision as of 07:13, 13 September 2018

Die deutsche Version dieser Anleitung: SIGNALduino_Stick_(deutsch)


[edit] Hardware

SIGNALduino Stick

SIGNALduino Stick

The SIGNALduino Stick combines our fully Arduino compatible radino CC1101 Module with the handy format of a USB Stick. The SIGNALduino Stick comes in two different versions, either with 433 or 868MHz radio front end.

The utilized microcontroller is an Atmega 32U4 with 8MHz clock frequency. The CC1101 RF-Transceiver form Texas Instruments is used as radio front end either configured in 433MHz or 868MHz mode.

It is able to receive and transmitt different communication protocols depending on the utilized firmware. In this manner it can be used to receive and transmit data from/to different devices via a FHEM Server.

The SIGNALduino Stick comes preflashed with the SIGNALDuino_radinoCC1101.hex firmware.

It behaves like an Arduino Micro and can be programmed using the Arduino IDE.

Features:

  • Arduino campatible (Atmega 32U4 Processor, 8MHz)
  • CC1101 Transceiver (433 or 868MHz)
  • USB-A Plug
  • RP-SMA Antenna Connector
  • Input voltage: 5 VDC (USB)
  • on Board 3.3V regulator
  • Reset- and boot-select-(BSL) Button
  • User LED, RX/TX LEDs and Power-LED
  • available with 433 oder 868MHz transceiver
  • Antenna 5cm +3dBi included


[edit] SIGNALduino Stick & FHEM

This is a short instruction on checking if your SIGNALduino Stick is working correctly and connecting it to FHEM running on a raspberry Pi.

Our utilized test setup looks like this:

  • Raspberry Pi 3 Model B running Raspbian Stretch Lite
    • with screen and Keyboard connected
    • network connection via LAN-Cable
    • FHEM installed and updated, according to this instructions
  • SIGNALduino Stick 868MHz
  • PC running Win7 Professional 64Bit
    • connected to the network via LAN cable

[edit] Check the SIGNALduino Firmware

The SIGNALduino Stick comes with preinstalled SIGNALDuino_radinoCC1101.hex firmware. To check if it is working correctly, connect the Stick to an USB port of your PC and open a serial connection using a serial port monitor e.g. Putty at 57600 Baud.

  • Starting the connection leads to:
 Init eeprom to defaults after flash
 ccFactoryReset done
 CCVersion=20
 CCPartnum=0
 CC1101 found
 Starting timerjob
 receiver enabled
  • Typing V<ENTER> shows something like this:
 V 3.3.1-dev SIGNALduino cc1101 (868Mhz )- compiled at Mar 10 2017 23:27:29
  • The shown frequency depends on the Version of the SIGNALduino Stick.
  • If this message shows up, the SIGNALduino Firmware works correctly.

[edit] Connect the SIGNALduino Stick to FHEM

The following steps are also described in detail in the FHEM-Wiki

Determining the SIGNALduino's device path

  • Connect the SIGNALDuino Stick to the Raspberry Pi while monitoring messages:
 pi@raspberrypi:~$ tail -f /var/log/messages
 [...]
 Mar  6 10:15:37 raspberrypi kernel: [   92.131244] usb 1-1.4: new full-speed USB device number 6 using dwc_otg
 Mar  6 10:15:37 raspberrypi kernel: [   92.282248] usb 1-1.4: New USB device found, idVendor=1da9, idProduct=002c
 Mar  6 10:15:37 raspberrypi kernel: [   92.282261] usb 1-1.4: New USB device strings: Mfr=1, Product=2, SerialNumber=3
 Mar  6 10:15:37 raspberrypi kernel: [   92.282269] usb 1-1.4: Product: radino CC1101
 Mar  6 10:15:37 raspberrypi kernel: [   92.282276] usb 1-1.4: Manufacturer: Unknown
 Mar  6 10:15:37 raspberrypi kernel: [   92.283479] cdc_acm 1-1.4:1.0: ttyACM0: USB ACM device
 Mar  6 10:15:37 raspberrypi mtp-probe: checking bus 1, device 6: "/sys/devices/platform/soc/3f980000.usb/usb1/1-1/1-1.4" 
 Mar  6 10:15:37 raspberrypi mtp-probe: bus: 1, device: 6 was not an MTP device
  • Product: radino CC1101 should appear
  • Dertermine the SIGNALduino's device path:
 pi@raspberrypi:/$ ls /dev/serial/by-id/ -l
 total 0
 lrwxrwxrwx 1 root root 13 Mar  6 10:15 usb-Unknown_radino_CC1101-if00 -> ../../ttyACM0
  • In this case the port is: usb-Unknown_radino_CC1101-if00

Update FHEM

  • The following steps are done in FHEM
  • Open a browser on your PC and enter FHEM: http://<IP-adress>:8083/fhem
  • Update FHEM:
 update
  • Update the SIGNALduino Module:
 update all https://raw.githubusercontent.com/RFD-FHEM/RFFHEM/dev-r33/controls_signalduino.txt
  • Restart the website:
 shutdown restart

Defining the SIGNALduino Stick in FHEM

  • Define the SIGNALduino Stick in the FHEM command line by its port:
 define radinoCC1101 SIGNALduino /dev/serial/by-id/usb-Unknown_radino_CC1101-if00
  • The Stick is now being listed as radinoCC1101 in the DeviceOverview
  • Reset the Stick by set reset parameter
  • IMPORTANT: When using the 868MHz version of the SIGNALduino Stick, the operating frequency has to be changed manually
    • Therefor set the parameter cc1101_freq of radinoCC1101 to 868.35
    • check if the frequency has been set correctly: get ccconfig
 ccconf: freq:868.350MHz bWidth:325KHz rAmpl:42dB sens:4dB (DataRate:5603.79Baud)

[edit] Flashing new Firmware

To flash a new firmare, the SIGNALduino Stick sometimes needs to be set to bootloader mode manually beforehand, by pressing the reset button twice. The bootloader mode is indicated by fading status LED. Be aware that the Stick has an other serial port number in bootloader mode.
The SIGNALduino Stick is fully Arduino compatible. If you want to program it using the Arduino IDE, you just have to download the Arduino Library for radino. (See also radino/radino32 software)

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