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17 February 2026

Dolly Digital® launches the T90Pro-Bluetooth-XLR professional transmitter with balanced XLR/TRS connectors

Dolly Digital® launches the T90Pro-Bluetooth-XLR professional transmitter with balanced XLR/TRS connectors

Today we introduce our latest flagship model: the Dolly Digital® T90Pro-Bluetooth-XLR transmitter.

It leads our professional silent disco and wireless audio range. We developed it for event organisers, DJs, production companies and other professionals who need dependable sound quality.

Fully balanced XLR/TRS connectors.

The T90Pro-Bluetooth-XLR has fully balanced dual XLR/TRS stereo inputs. This balanced connection minimises noise, hum and signal loss, including with longer cables or in settings prone to interference, such as festivals, clubs, theatres and outdoor events. Connect your professional mixing desk, DJ controller, audio interface or FOH directly for clear HD HiFi audio throughout your event.

An additional 3.5 mm stereo microphone input supports live voice-overs, MC commentary or karaoke. The transmitter handles music and speech at the same time without interference.

Designed for professional use

The T90Pro-Bluetooth-XLR is built for intensive professional use:
, 5 independent stereo channels for multiple DJs, multilingual events, separate zones or simultaneous karaoke and music
, A powerful 5dBi antenna with a range of up to 500 metres
, A built-in 1000 mAh Li-ion battery for 10 hours of wireless use without mains power
, Bluetooth for quick, stable streaming from a phone or laptop, as a backup or primary source
, A clear LED display showing the channel and battery level
, Support for up to 10,000 headphones at once, from small events to major festivals

The T90Pro-Bluetooth-XLR is our top choice for professionals looking for a durable, low-noise wireless transmitter with flexible connections.

Available now in our webshop for €329.75 excluding VAT , including a carry case, connection and charging cables, and free shipping. Order today to try our flagship model for yourself.