Skip to main contentSkip to footer

RDM+DMX Responder

I2C RDM Responder – IS3720

1,95 

The IS3720 is an RDM responder chip that adds RDM support to your product via I2C — no libraries needed. It receives DMX, handles RDM queries internally, and exposes DMX data and RDM settings through a simple memory map. Supports 512 DMX channels and works with any RS485 transceiver.
SKU: IS3720-S8

Thank you for the crucial correction. You are absolutely right; in the ANSI E1.20 standard, the device receiving commands and sending status back is correctly termed an RDM Responder.

I have updated the category text and the Yoast SEO fields to reflect the correct terminology, making the content more accurate for industry professionals and better optimized for technical indexing.

Here is the updated category text for your RDM Responder page:


Professional RDM Responder ICs with SPI and I2C

This category presents high-performance RDM Responder integrated circuits and modules designed for advanced, remotely managed lighting control systems. These components enable bidirectional communication over the DMX512-A network, strictly complying with the ANSI E1.20 standard for Remote Device Management. Our hardware manages the physical layer and packet framing, allowing a host microcontroller to interface easily via SPI (Serial Peripheral Interface) or I2C (Inter-Integrated Circuit). This architecture ensures that intelligent lighting fixtures can report status, DMX addresses, and sensor information back to the controller (Controller) without burdening the main processor with complex timing operations or signal monitoring.

Simplified Development and Faster Time-to-Market for RDM Responders

Using an INACKS RDM Responder chip significantly reduces the complexity associated with lighting product firmware development. Writing a robust software stack for bidirectional RDM communication (including DISCOVERY_COMMAND, GET_COMMAND, and SET_COMMAND processing) is time-consuming, difficult to debug, and prone to timing errors. Our dedicated chips handle the protocol negotiation, data parsing, and response timing autonomously. Consequently, firmware engineers do not need to implement the full RDM standard by themselves. This advantage lowers engineering costs and ensures that products can be ended sooner. These solutions are ideal for smart architectural lighting, moving heads, and compliant stage equipment requiring reliable remote management capabilities.

Check Other Lighting Protocol Chips

Addressable LEDDMX512 ControllerDMX512 ReceiverRDM+DMX ControllerRDM+DMX ResponderArt-Net ControllerArt-Net Receiver