Heavy upgrade! Nimotion NIMC2400N-A series (high-performance) motion controller

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The NiMotion NIMC2400N series is a high-performance industrial motion controller equipped with an industrial quad-core chip (Cortex-A55 @ 2GHz) and a 1TOPS NPU, supporting edge computing scenarios such as AI vision and predictive maintenance. With 2GB LPDDR4 memory and 16GB eMMC storage, it runs multiple tasks smoothly.


Rich Communication Interfaces

Interface TypeQuantityDescriptionGigabit Ethernet3 ×Supports EtherCAT, MODBUS TCP, OPC UA, with separate control, data, and management networksIsolated CAN2 ×Supports CANopen master and CAN control devicesIsolated RS4852 ×Supports Modbus RTU, connects to traditional instruments and HMIRS2322 ×Compatible with Modbus RTU protocol


Onboard Multi-Channel IO

IO TypeChannelsSpecificationsDI (Digital Input)16NPN/PNP switchableDO (Digital Output)12—PWM4Up to 100 MHzAI (Analog Input)14~20mA / 0~10VAO (Analog Output)20~10V


Quad-Core Chip & High-Performance Computing

  • CPU: Cortex-A55 @ 2GHz, quad-core industrial-grade processor

  • NPU: Integrated 1TOPS computing power, supporting edge AI scenarios like vision and predictive maintenance

  • Memory: 2GB LPDDR4

  • Storage: 16GB eMMC

  • Capable of running multi-task control logic and data caching simultaneously for smooth system response.


One-to-Many Synchronous Control

Suitable for synchronous control of CANopen / EtherCAT servo motors, stepper motors, and brushless motors with fast response. It can stably control 8 to 16 motors simultaneously.


IEC 61131-3 International Programming Standard

Equipped with self-developed programming software compliant with IEC 61131-3, supporting multi-language mixed programming:

  • Ladder Diagram (LD)

  • Structured Text (ST)

  • Function Block Diagram (FBD)

Built-in motion control function libraries (e.g., axis parameter configuration, position mode switching) significantly improve development efficiency.


Wide Application Scenarios

The NIMC2400N motion controller empowers various industries with high precision and intelligent algorithms, including:

  • Industrial robotic arms

  • Medical surgical robots

  • UAV formation flight

  • Logistics AGV flexible scheduling

  • Wind turbine pitch control

  • VR haptic feedback

Continuously driving industrial automation upgrades and intelligent transformation.

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