SKAA Dani Pro Wireless Audio Transmitter

The SKAA Dani Pro Audio Transmitter is a high-performance wireless solution designed for DJs, musicians, and audio professionals who demand ultra-low latency and crystal-clear sound. With seamless connectivity and a robust transmission range, it ensures reliable audio streaming without dropouts or interference. Perfect for live performances, studio work, and home setups, the Dani Pro transmitter delivers pro-level wireless audio—upgrade your gear today at AGIPRODJ!

• • SKAA / SKAA Pro dual-mode transmitter featuring two balanced analog audio inputs and Burr-Brown input buffers and converters
• • Designed specifically for sending audio wirelessly from pro audio gear to SKAA speakers, SKAA headphones, and other SKAA receivers
• • Ideal for wirelessly connecting your analog or digital live sound mixer to front-of-house speakers, floor wedges, and headphones
• • Perfect for wirelessly connecting your DJ mixer/deck to your main speakers and/or your cue mix headphones (for example Dillinger Helix headphones)
• • Ideal for sending out wireless cue mixes from your DAW or mixing desk to your live room — to talent wearing Helix headphones, for example
• • Flip a switch and Dani works with consumer audio devices — transmit audio from any phone, tablet, iPad, computer, camera, music player — literally any device with a headphone jack or an audio line output

• • 14 hour run time from a full charge using its internal rechargeable Li-Ion battery
• • Feed 4 SKAA Streetheart receivers (for speakers or headphones) in SKAA mode (at 36ms latency)
• • Feed 2 SKAA Streetheart receivers (for speakers or headphones) SKAA Pro mode (at 19ms latency) … great for lightning-fast scratching and finger drumming
• • Two 1/4" TRS balanced/unbalanced line-level inputs with input impedance > 10k ohms
• • Inputs 1 and 2 can be used for Left / Right audio or to carry separate signals (eg. FRONT OF HOUSE on 1 and CUE MIX on 2)
• • Got XLR balanced outputs on your DJ Controller?  Perfect.  Just use two XLR-F to 1/4” TRS balanced cables to connect it to Dani
• • Legendary Burr-Brown input buffers
• • Legendary Burr-Brown analog to digital converters
• • Global volume control for all downstream devices.  Dani doesn’t scale your audio prior to wireless transmission — instead it remote controls the gain in the amplifiers in the downstream devices, delivering the best signal-to-noise ratio possible at all volume levels.
• • Mute/unmute control for all downstream devices
• • Thru jacks wired in parallel with the inputs so you can flow your signal to the next destination in addition to transmitting it out wirelessly by SKAA or SKAA Pro
• • Thrus are great for a hybrid system in which there are wired speakers in the front of the room and wireless speakers in the back of the room.  The output of your deck connects to Inputs 1/2.  Thrus 1/2 then feed your amps.
• • Thrus also enable you to run 2 Dani transmitters at the same time to double your wireless speakers at a gig.  Connect your mixer out to Dani A's Inputs.  Then connect Dani A's thrus to Dani B's inputs using two TRS balanced patch cables.
• • Dani can handle a wide range of line-level signals from the wimpy to the extreme.  Feed Dani from a meager headphone jack (3.5 mm phone or computer source) or hit it with +22 dBu of XLR balanced signal from the hottest DJ mixer.
• • Li-Ion battery is user-replaceable so your Dani won’t become a useless brick in the future
• • Dani charges from any USB power source (virtually any USB phone charger with a Type A jack will work) — use the included Type A to Type C cable to connect it to the Type C charging port on Dani’s rear panel
• • Fast charging is supported when a 2A (or better) capable USB power adapter is used
• • Dani can transmit and charge via USB at the same time
• • Fuel gauge tells you how much battery life is remaining — the last bar will start to slow flash when 45 min battery life remains
• • Auto powers off when the battery reaches empty
• • Up to 50-meter reliable indoor range with the included +2 dBi antenna (note that actual range will depend also on the antenna implementation in the receive-side device)