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Lighting Protocols

Kappa3715Ard: IS3715 Evaluation Board for Arduino

15,00 

The Kappa3715Ard is a plug-and-play evaluation board for the IS3715 I2C DMX Controller chip. It features 3x sliders, I2C speed and voltage configuration jumpers, and an Arduino–compatible form factor. Designed for rapid prototyping, it simplifies DMX data generation and helps accelerate your product’s time to market.
SKU: Kappa3715Ard

Art-Net Receiver Module – IS3730-M1

15,00 

The IS3730 is an Art-Net receiver chip with SPI interface and Ethernet PHY support. It receives Art-Net data over Ethernet (via RMII) and outputs DMX channel values via SPI. No Ethernet stack or Art-Net parsing required — just clean, ready-to-use DMX data for your microcontroller.
SKU: IS3730-M1

Art-Net Receiver Module – IS3730-M2

15,00 

The IS3730 is an Art-Net receiver chip with SPI interface and Ethernet PHY support. It receives Art-Net data over Ethernet (via RMII) and outputs DMX channel values via SPI. No Ethernet stack or Art-Net parsing required — just clean, ready-to-use DMX data for your microcontroller.
SKU: IS3730-M2

Kappa3715Rasp: IS3715 Evaluation Board for Raspberry Pi

15,00 

The Kappa3715Rasp is a plug-and-play evaluation board for the IS3715 I2C DMX Controller chip. It features 3x sliders, I2C speed configuration jumpers, and a Raspberry Pi–compatible form factor. Designed for rapid prototyping, it simplifies DMX data generation and helps accelerate your product’s time to market.
SKU: Kappa3715Rasp

Advanced Lighting Control Protocols and Hardware Interfaces

Modern lighting systems rely on robust communication standards to ensure seamless interoperability between LED drivers, sensors, and controllers. This category features high-performance hardware solutions designed for the most critical lighting control protocols in the industry. Our components support widely adopted standards such as DALI, DALI-2, and D4i, which are essential for commercial building automation and smart lighting networks. Furthermore, we provide interfaces for entertainment and architectural lighting standards, including DMX512, RDM, Art-Net, and sACN. These technologies enable precise dimming, color mixing, and device management across complex infrastructures.

Accelerating Development with INACKS Integrated Circuits

Implementing a full protocol stack from scratch is often a time-consuming and costly challenge for development teams. INACKS integrated circuits and modules solve this problem by managing the communication logic internally. This architecture removes the need for firmware engineers to write and debug complex protocol code manually. Consequently, manufacturers can significantly lower development costs and reduce technical risks. By utilizing these pre-programmed solutions, engineering teams can ensure strict compliance with industry standards. Ultimately, this allows for a faster development cycle, ensuring that the final product reaches the market sooner.

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