July-10th-2018, 04:22 PM
HI Armin,
I would like to make a request. We are evaluating the NetPi and NetIOT platforms for a clould solution my company is developing. I really need to have Modbus/TCP on the realtime port or else the solution is not viable. I like everything else about the hardware, especially the Node Red implementation.
My request is this. First, would it be possible for you to create a Node Red container for the NetPi hardware similar to what you described in the steps in this post. Or possible create a Node Red deployment that already includes the standard Lan firmware load for the RTE port, or even if it was selectable as another option along side Ethernet/IP and Profinet. That would be ideal.
Second, I would like to make this same request for the NetIOT platform. The NetIOT is more attractive for our solution because of the Node Red, MQTT, etc pre-installed. But with no access to the docker system, I am stuck with never having Modbus/TCP as an option on the RTE port which is a must have for our option.
Regards,
Chris
I would like to make a request. We are evaluating the NetPi and NetIOT platforms for a clould solution my company is developing. I really need to have Modbus/TCP on the realtime port or else the solution is not viable. I like everything else about the hardware, especially the Node Red implementation.
My request is this. First, would it be possible for you to create a Node Red container for the NetPi hardware similar to what you described in the steps in this post. Or possible create a Node Red deployment that already includes the standard Lan firmware load for the RTE port, or even if it was selectable as another option along side Ethernet/IP and Profinet. That would be ideal.
Second, I would like to make this same request for the NetIOT platform. The NetIOT is more attractive for our solution because of the Node Red, MQTT, etc pre-installed. But with no access to the docker system, I am stuck with never having Modbus/TCP as an option on the RTE port which is a must have for our option.
Regards,
Chris