Deep integration with the software’s master clock sync, maximizing data throughput across the internal backplane bus.
However, moving away from V3.1 requires an exclusive, official migration strategy. Because the projects are locked to the hardware, users cannot simply open a V3.1 file in the new software. The official documentation specifies that to migrate, engineers must:
Setting up industrial networks is highly visual. The software provides graphical configuration tools for Modbus TCP, EtherNet/IP, and CANopen, eliminating manual register mapping. 3. Supported Hardware and Compatibility
SoMachine V3.1 is a single software environment designed for developing, configuring, and commissioning entire automated machines. The "Exclusive" designation refers to the complete, fully licensed software suite that unlocks advanced logic, motion control, and HMI configuration without functional restrictions. Core Architecture
It consolidates logic, motion control (using PLCopen blocks), and visualization into a single workspace, heavily streamlining the development of complex kinematic systems.
Deep integration with the software’s master clock sync, maximizing data throughput across the internal backplane bus.
However, moving away from V3.1 requires an exclusive, official migration strategy. Because the projects are locked to the hardware, users cannot simply open a V3.1 file in the new software. The official documentation specifies that to migrate, engineers must:
Setting up industrial networks is highly visual. The software provides graphical configuration tools for Modbus TCP, EtherNet/IP, and CANopen, eliminating manual register mapping. 3. Supported Hardware and Compatibility
SoMachine V3.1 is a single software environment designed for developing, configuring, and commissioning entire automated machines. The "Exclusive" designation refers to the complete, fully licensed software suite that unlocks advanced logic, motion control, and HMI configuration without functional restrictions. Core Architecture
It consolidates logic, motion control (using PLCopen blocks), and visualization into a single workspace, heavily streamlining the development of complex kinematic systems.