Digital Wireless In-Ear Monitor System Set
- 1 Transmitter + 1 Receiver + 1 T9 In-Ear Monitor
- Digital Wireless In-Ear Monitor System
- Simple and straightforward operation for easy plug-and-play use
- Lightweight, compact body pack can be attached to the belt or strap of the instrument
- Incldues high-quality T9 in-ear monitor headphones
- Integrated, rechargeable lithium battery
- Range up to 27.5 m (without obstacles)
- 6 Switchable channels
- Frequency range 20 - 20,000 Hz
- 2.4 GHz ISM worldwide usable frequency band
- 107 dB Signal To Noise Ratio (Dynamic Range) provides clear, detailed signal at any volume level
- Up to 5 hours battery life on a full charge
- Power switch on transmitter and receiver
- Aux/Line switch on transmitter selects between Line (+4 dBu) and Aux (-10 dBV) level
- XLR input on transmitter
- 3.5 mm Stereo jack output on receiver
- Robust housing made of ABS / metal
Set contains:
- 1x Transmitter
- 1x Receiver
- 1x T9 in-ear monitor headphones
- Carrying cases for transmitter/receiver and in-ear headphones
- 1x USB Y-cable
- 1x Adapter from XLR male to 6.3 mm mono jack
- 1x adapter from 6.3 mm stereo jack to 3.5 mm mini jack
- Cleaning tool
- Earpieces in 3 different sizes and materials
Note: Register your product at www.w-distribution.de/Warranty and extend the warranty to 4 years.
Individual in-ear monitoring
The XVive U4T9 In-Ear Monitor Bundle is a wireless in-ear system for monitoring applications, and is capable of supplying an individual monitor mix to a singer or musician at a range of up to 27.5m. The set comprises a transmitter and a receiver that can pick up six selectable channels, as well as a compatible in-ear monitor set from XVive, and it operates in the 2.4GHz ISM radio band, which means that touring musicians can enjoy its high-quality and nuance-rich sound anywhere in the world. The system is intuitively operated using the controls on the receiver, and the scope of delivery additionally includes a selection of different ear pieces in three different materials and sizes, a cleaning tool, and a carrying case, so users can look forward to convenient and reliable in-ear monitoring with complete flexibility.
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A compact transmitter solution
The XVive transmitter can be plugged into an unbalanced XLR socket on the mixing desk, and the XLR connection features a spring-loaded latch with a release button for added security, so unintentional disengaging is reliably prevented. A duo of switches for on/off and mute and for selecting line and AUX modes, respectively, are also provided, while the circular button at the centre allows the user to select one of the six available channels for transmitting the 24-bit/48kHz signal, which covers a frequency range of 20Hz to 20kHz. The in-built rechargeable battery provides up to five hours of operation and can be charged via the USB port, and the compact transmitter's sturdy ABS housing will reliably stand up to many years of use on the road.
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Practical and intuitive
The XVive receiver, which can easily be attached to a trouser waistband or instrument strap, features two rotary controls that are placed in an easily accessible position. The first of these is the volume control (labelled accordingly with a large "V"), while the second is used for channel selection, and an LED indicator shows at a glance which channel is active. The top side of the receiver houses the on/off switch and a headphone output in 3.5mm mini-jack format for connecting the in-ear monitors. The in-ear set included in this bundle covers a frequency range of 20Hz to 16.5kHz (with a maximum deviation of ±3dB) and delivers a highly transparent sound with a very direct response, in addition to which the ergonomic design of the earpieces ensures a comfortable fit.
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In-ear monitors included
The XVive U4T9 In-Ear Monitor Bundle is a complete solution that gives individual musicians and vocalists wireless in-ear monitoring with no additional hardware required, and is a great choice for users who are looking for a reliable solution that won't break the bank. A comfortable user experience is ensured thanks to the high level of audio quality and 107dB signal-to-noise ratio provided by the in-ears, while the interchangeable black, red, and yellow earpieces included in the scope of delivery will allow everybody to find the best fit. Last but not least, the included carrying case means that they can be transported and stored in complete safety.
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About XVive Audio
Xvive Audio officially entered the market in 2012 with its compact U2 wireless guitar system. Since then, the company has also been involved in the development of wireless microphone technology. Its catalogue also includes effects pedals, such as the Signature Series, which were developed in partnership with guitarist Thomas Blug. The products are designed by an American team, based in Pasadena, California, which is composed of musicians and engineers and draws on decades of professional experience. Its lead designer, Howard Davies, was previously employed at Electro Harmonix and Pigtronix, among others. Xvive Audio's goal is to create products that deliver exceptional sound and build quality, while remaining affordable for any musician.
An adaptable companion
The XVive U4T9 In-Ear Monitor Bundle is also ideal for musicians and singers who want to hone their performance effectively - and above all silently - in the rehearsal room before a big show. As mentioned above, the system's ISM-band transmission means it can be taken on tour all over the world, and its combination of compact size and flexibility of use mean it will be an extremely useful and reliable companion. Users can switch between a line level of +4dBu and an AUX level of -10dBV on the transmitter, which makes it compatible with a range of different hardware. When used with a mixing desk, the transmitter should be connected to the main output, and the receiver should only be switched on after the transmitter has been securely connected.
Information on the supported frequency ranges
Here you can see which frequencies are supported by this wireless system and the countries in which these frequencies are allowed in the future for wireless applications.
