The basic of the Moduline controllers is the processorboard. The board is designed according automotive specifications to withstand al kind of influences in a harsh environments.
The Moduline III is equipped with an i.MX6 application processor. The operating system running on the controller is Linux. The controller can be programmed using a graphical software development environment called Node-RED. No external software IDE’s, compilers or licenses are needed. GOcontroll has build some dedicated function nodes to configure the controller and interface with the Moduline compatible modules. It is still possible to run Simulink models on top of the Linux controller.
If you have a GOcontroll Moduline III controller, the getting started will help to setup the controller.
The GOcontroll Moduline III controller is standard equipped with some features which can be used in applications without the need of extra modules plugged into the controller.
|8 Module slots||For Moduline compatible modules|
|4 Onboard programmable status leds||Multiple color RGB|
|2 x CAN||CAN 2.0 B|
|2.4 GHz p2p communication||BT 4.2|
|2.4 GHz wlan||Standard configured as accespoint|
|Celular communication||LTE CAT-M1 with 2G fallback|
|Positioning GNSS||GPS/GLONASS and BeiDou|
|Internal storage ( max 32Gb)||MMC card (internal)|
|Serial communication||RS232 (internal)|
The GOcontroll Moduline III controller is equipped with an i.MX6 application processor which is only used for the application. Low level signal processing is handled locally by the modules.
|Moduline III||Single Core||Dual Core||Quad Core|
|Architecture||ARM®Cortex®-A9||ARM®Cortex®-A9||Quad ARM® Cortex® -A9|
|Flash memory||4 GB eMMC||4 GB eMMC||8 GB eMMC|
|RAM memory||512 MB||1 GB||1 GB|
|Core speed (for each core available)||800 MHz||800 MHz||1 GHz|
Module 1 & 2
Module 3 & 4
Module 5 & 6
Module 7 & 8
An active high +15 will activate the controller. The controller can keep itself active by software. If a low +15 is detected in software, user can finish some routines/controls before shutting down the controller.
+15 is only for activation of the controller. The supply for the controller comes from the +30 connection.
The system connector (C) interfaces some onboard features and supplies the controller.
|3 – 7||+30 (supply)||Battery positive connection|
|23 – 26||-31 (ground)||Battery negative connection|
|3||+15 (contact)||Switch on controller (active high)|
|14||CAN 1 Low||CAN low line|
|15||CAN 1 High||CAN high line|
|16||CAN 1 Ground||Optional ground for shielding|
|20||CAN 2 Low||CAN low line|
|21||CAN 2 High||CAN high line|
|22||CAN 2 Ground||Optional ground for shielding|
|1||Controller Reset||Reset controller (active high)|
The controller is supplied by the C connector. This supply is only used to power up the controller. Output modules are supplied separate from the controller. This means that each output module can drive a maximum of 15 Ampère and (when preferred) have a different working voltage than the controller itself. Check the datasheet from the Output Module for more information.
|Supply voltage (+30)||7 to 32 V|
|Contact voltage (+15)||7 to 32 V|
|Nominal current consumption on +30 (no modules installed)||650 mA|
|Current consumption on +15 pin||< 1 mA|
|Load dump protection||Designed according ISO7637-2 5a/5b|
|GOcontroll Moduline II controller (without modules)||1380 gram|
|Each extra input module||13 gram|
|Each extra output module||29 gram|
|Each extra communication module||25 gram|
|Enclosure material||Aluminium anodized grey|
|Seal material||High density carbon holding foam (2mm)|
|Enclosure breather||Goretex membrane®|
|Temperature range||-20° C to 85° C|
Please let us know if you consider to implement a GOcontroll controller into your system. We can provide a step file for more detailed dimensions.