Pioneer HDJ-F10 Professional Wireless DJ Headphones

Pioneer HDJ-F10 Professional Wireless DJ Headphones Free yourself from the wires that tie you down with the AlphaTheta HDJ-F10 , a pair of high-performance DJ headphones equipped with SonicLink technology, which allows you to DJ and perform wireless with ultralow latency. The headphones utilize newly developed 40mm dynamic drivers to produce high-resolution, powerful sound with a wide frequency range. The enhanced earpad and housing structure insulate the sound from the outside world, allowing you to hear the music in extremely noisy environments. The HDJ-F10 also feature Bluetooth for casual listening, preparing for DJ sets, and producing music. An coiled audio cable, a USB-C charging cable, and a carrying pouch area also included. SonicLink Technology Enjoy total freedom in the DJ booth or onstage with the HDJ-F10 system, which includes the uniquely developed SonicLink technology that enables you to move around as you DJ, without the constraints of headphone cables. Conventional Bluetooth connections create a significant delay in audio transmission, which is no good for DJ monitoring. However, by simply connecting the optional HP-TX01 transmitter to a DJ mixer, you can use the SonicLink wireless connection to send the audio to your ears, so you can mix seamlessly. SonicLink transmits sound with just 9 ms of latency, 20 times faster than the commonly used Bluetooth SBC codec, enabling accurate monitoring and mixing. The transmitter is compact, lightweight, and easy to carry with your gear. High Powered You’ll hear your music loud and clear, even in an extremely noisy DJ booth or onstage, when using the SonicLink wireless connection. The headphones can deliver high-quality sound reproduction at high volumes. And, thanks to newly developed earpads and housing structures, they achieve an outstanding level of sound insulation that’s higher than even the Pioneer DJ’s flagship model, HDJ-X10. Flagship Quality The HDJ-F10 is the flagship headphones model under the AlphaTh