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Industrial Protocols

Kappa4320Ard: IS4320 Demoboard for Arduino

15,00 

The Kappa4320Ard is a plug-and-play evaluation board for the IS4320 Modbus RTU chip. It features an RS485 interface with two daisy chained RJ45 connectors, a built-in RGB LED and potentiometer for quick testing. Compatible with Arduino and STM32 Nucleo, it's ideal for rapid Modbus prototyping without the need for custom hardware.
SKU: Kappa4320Ard

Kappa4320Rasp: IS4320 Demoboard for Raspberry Pi

15,00 

The Kappa3750Rasp is a plug-and-play evaluation board for the IS3750 Addressable LED Controller. It features 28 WS2812B LEDs, I2C speed/voltage jumpers, and a Raspberry Pi/Arduino compatible form factor. Ideal for rapid prototyping, it simplifies LED control while ensuring precise protocol timing.
SKU: Kappa4320Rasp

DamnModIsoUsb

49,00 

This USB Modbus device turns your PC or Mac into a Modbus RTU Slave or Master. It features a robust USB connector and galvanic isolation to ensure safe operation.

Modbus TCP/IP Client Chip – IS4360

6,83 

The IS4360 is a Modbus TCP/IP Master chip with built-in protocol stack and I2C control. It generates and handles Modbus frames (0x03, 0x06, 0x10), manages timing and CRC, and stores results in internal memory. With I2C for control and UART for fieldbus output, it drastically simplifies Modbus TCP/IP Master implementation.
SKU: IS4360-L64

4-20mA to Modbus TCP/IP Server Chip – IS4355

6,83 

The IS4355 is a high-integration 7-channel 4-20mA to Modbus TCP server chip designed for rapid Ethernet development. It eliminates the complexity of manual stack implementation while concentrating multiple analog inputs into a single compact solution
SKU: IS4355-L64

Streamline Development with Dedicated Industrial Protocol Chips

Industrial automation relies heavily on robust and standardized communication networks to ensure seamless data exchange between sensors, actuators, and control systems. However, implementing complex protocols such as Modbus RTU, Modbus TCP/IP, or analog 4-20mA current loops directly into a microcontroller’s firmware is often a time-consuming and error-prone process. It requires deep knowledge of timing constraints, error handling, and strict compliance with industrial standards.

This category features a comprehensive range of industrial communication protocol chips designed to bridge this gap. These specialized integrated circuits and modules act as hardware accelerators, managing the entire communication stack independently. By offloading these demanding tasks from the main microcontroller, developers can ensure reliable, deterministic performance without burdening their system’s resources. Whether you are designing for factory automation, energy management, or remote monitoring, these chips provide a certified and robust foundation for your connectivity needs.

Reduce Costs and Accelerate Time-to-Market

Integrating INACKS integrated circuits and modules helps a lot to develop products within this category because it significantly simplifies the engineering process. Instead of spending weeks writing and debugging proprietary protocol stacks, the firmware engineer can interface with these chips using simple standard connections like I2C or UART.

This hardware-based approach avoids the firmware engineer having to implement the protocol by themselves, ensuring that the device is compliant from day one. Consequently, there are less costs associated with development and testing, and the final product can be ended sooner. By using a dedicated communication chip, you eliminate the risk of protocol non-compliance and can focus valuable engineering time on the core application logic rather than connectivity maintenance.

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Industrial Protocols | Lighting Protocols | Image/Video | Storage | USB Peripheral | IoT Protocols | Utility Meter