Ratpac Cintenna Battery RX Receiver

The Cintenna Battery RX is a self-powered, professional-grade wireless DMX receiver that eliminates the need for cables, zip ties, or mounting brackets. Engineered with industry-leading LumenRadio CRMX technology, this compact unit offers error-free, encrypted wireless communication over a 1/4 mile range — giving you reliable, high-performance DMX control on set or on stage.

Designed for plug-and-play integration, the Cintenna Battery RX plugs directly into your fixture’s DMX input. With RDM capability (when paired with Nova FX or TX2) and smart frequency hopping, it ensures robust signal delivery even in crowded RF environments. The integrated 14-hour rechargeable battery and swivel antenna make it the ultimate wireless solution for mobile lighting workflows.

Key Features:

• CRMX Wireless Technology – Professional-grade reliability with 128-bit encryption and built-in error correction

• 1/4 Mile Range – Control fixtures wirelessly across large sets or venues

• Intelligent Frequency Hopping – Avoids interference for uninterrupted signal

• Integrated Rechargeable Battery – 14-hour lithium-ion battery for all-day shoots; full charge in 5 hours

• One-Button Link – Simple, fast pairing with your wireless DMX transmitter

• Proprietary Tilt/Swivel Antenna – For flexible signal positioning and optimization

• Direct Plug-In – No additional hardware or cabling needed

• RDM Capable – Supports bi-directional communication when paired with Nova FX or TX2

Why Choose the Cintenna Battery RX?

Whether you're on a fast-paced film set or configuring a complex lighting grid for a live performance, the Cintenna Battery RX gives you cable-free control with unmatched reliability. Designed for professionals who demand performance without compromise, it’s your all-in-one wireless DMX receiver and power solution.

💡 Ideal For:

• Film & Broadcast

• Touring Productions

• Live Events

• Architectural Lighting

• Mobile DMX Workflows

Note: Use with Nova FX or TX2 to unlock full RDM functionality.