W-DMX WhiteBox F-2 G5 Wireless Transceiver

The W-DMX WhiteBox F-2 G5 is a dual-universe wireless DMX transceiver designed for outdoor and architectural applications where reliability and long-range performance are critical. Engineered by Wireless Solution, this device supports both transmit and receive modes, making it ideal for flexible installations in permanent outdoor venues, theme parks, and large-scale event spaces. Built into a weatherproof IP65-rated enclosure, the F-2 G5 thrives in harsh environmental conditions, from rain to dust and extreme temperatures.

Utilising the patented W-DMX G5 technology, the WhiteBox F-2 G5 supports Adaptive Frequency Hopping, Data-Safe error correction, and backward compatibility with earlier W-DMX generations. This ensures robust data transmission and eliminates interference from other wireless devices. With two universes of DMX512 and RDM support, this unit gives lighting designers total freedom to control multiple fixtures over vast areas, without worrying about data loss or latency.

Why Choose the W-DMX WhiteBox F-2 G5?

• Dual-universe transmission and reception (2x DMX512 / RDM)
• IP65-rated housing for all-weather outdoor deployment
• 5.8 GHz and 2.4 GHz frequency bands for stable wireless operation
• Compatible with all W-DMX G3, G4, G5 devices
• Mountable via truss, wall, or pole with included hardware
• Supports W-DMX Data-Safe and Adaptive Frequency Hopping technologies

Applications & Compatibility

Ideal for architectural lighting, large outdoor events, sports arenas, and fixed installations. The W-DMX WhiteBox F-2 G5 integrates smoothly into existing W-DMX networks and works seamlessly with all Wireless Solution G3–G5 gear.

Related Products

• W-DMX BlackBox F-2 G6
• W-DMX USB Dongle

Get Expert Advice

Need help with your outdoor DMX setup? Contact the Halo team today for system planning, compatibility checks, or installation tips.

Choose the W-DMX WhiteBox F-2 G5 for a rugged, powerful, and reliable wireless DMX solution—built for the most demanding outdoor environments.