Accessories for microphones | Komplekti |
Connector | USB-C |
Color | Black |
The Ulanzi J11 Wireless Lavalier Microphone System Type C consists of an omnidirectional condenser microphone, a receiver, and a handy charging case. The system has a built-in denoise module that effectively filters noise.
This wireless system has a transmission range of up to 20 meters. You simply plug the receiver into your phone, and the system connects automatically. No app is required.
Store the system in the included charging case. The case is lightweight and compact, so you can easily take it with you.
1 x Ulanzi J11 Wireless Lavalier Microphone System Type C
The Ulanzi J12 Wireless Audio Transmission Kit - Lightning was created specifically for owners of Apple devices. The receiver features a Lightning connector that works with compatible iPhones and iPads, eliminating the need for additional adapters. The 20-meter range ensures smooth transmission even when the people being recorded are on the move.
The Ulanzi WM-10-T is a complete wireless audio transmission kit. The receiver is compatible with devices equipped with a USB-C port. It is an ideal choice for youtubers, vloggers, tiktokers and journalists who use Android smartphones. The 10-meter range guarantees freedom of movement while recording. The microphone can be easily attached to clothing.
The Ulanzi J12 Wireless Audio Transmission Kit - USB-C was created specifically to work with smartphones, tablets and computers. The receiver is equipped with a USB-C connector, which you will successfully connect to the mentioned devices with a compatible socket. The 20-meter range ensures smooth transmission even when the people being recorded are on...
Record up to two people for mobile journalism or content creation applications to your USB-C mobile device using the black LARK C1 DUO Wireless Microphone System from Hollyland. The system includes two transmitters with built-in, omnidirectional microphones and one dual-channel receiver—all with a compact form factor. Clips on the back of each transmitter...