The WLL-TR-1p wireless transmitter/receiver system is composed of two units, one WLL-TX1 transmitter and one WLLRX1p receiver.

• 3 RF channels
• Uncompressed stereo audio
• Multiple receiver/amplifier units may be used with a single transmitter
• USB, stereo mini or 1/4 balanced input connections
• Local audio source at the receiver via stereo mini (mutes the wireless signal when connected)
• High/low power selector switch on transmitter

Related Questions and Answers

Q: 1. Is the battery on the trans-mitter replaceable?

A: No, the built-in rechargeable batteries for the Xvive Audio U4 Wireless In-Ear Monitor System are not user replaceable.

Q: 2. Does this unit support stereo audio? I’m hoping to use it as an inexpensive way to use my in-ear monitors.

A: This unit only accepts a mono audio input.

Q: 3. Can one transmitter be used to two receivers?

A: Yes, the audio from one Xvive Audio U3T 2.4 GHz Digital Wireless Transmitter can be sent to two receivers.

Q: 4. Can this be used to turn a dynamic mic into a wireless mic?

A: Yes this will turn a Dynamic mic into a wireless mic

Q: 5. Is glxd1+ transmitter compatible with glxd4 receiver?

A: No, the Shure GLXD1+ Dual-Band Wireless Bodypack Transmitter (Z3: 2.4, 5.8 GHz) is not compatible for use with the Shure GLXD4 Digital Wireless Receiver (2.4 GHz) - B&H # SHGLXD4Z2, which operates on the 2.4 GHz frequency band only. Shure's single-band GLX-D series was discontinued and replaced by the updated dual-band GLX-D+ series. Unfortunately, the GLX-D+ components are not backwards compatible, so the GLXD1+ Transmitter cannot be used with the GLXD4 Receiver. The GLXD1+ Transmitter is intended for use with the Shure GLXD4+ Dual-Band Wireless Tabletop Receiver (Z3: 2.4, 5.8 GHz) - B&H # SHGLXD4Z3 and the Shure GLXD4R+ Dual-Band Wireless Rack Receiver (Z3: 2.4, 5.8 GHz) - B&H # SHGLXD4RZ3. For a bodypack transmitter to use with the GLXD4, you will need to use the older, discontinued single-band Shure GLXD1 Digital Wireless Bodypack Transmitter (2.4 GHz) - B&H # SHGLXD1Z2 or you can replace the system (transmitter and receiver) with the new components.

Q: 6. Does it include the 1/4" to XLR Adapter?

A: Yes, the Xvive Audio U4 Wireless In-Ear Monitor System with One Receiver includes a 1/4" to XLR adapter.

Q: 7. Will this disturb the frequencies of for example a Sennheiser G3? I'm looking to use this in location audio recording for film.

A: No, the Xvive Audio U4 Wireless In-Ear Monitor System with One Receiver should not interfere with the frequency transmission of Sennheiser's EW100 G3/G4 wireless systems. The Xvive uses 2.4GHz frequencies, which are far from the UHF frequencies in the 470-608MHz range that the Sennheiser operates within.

Q: 8. Can this compatible with other Xvive wireless systems such as the U3? For example, can I use U3 transmitter with U4 receiver on the same channel?

A: Yes, according to Xvive, it is possible toa use a U3 transmitter with a U4 receiver when both units are set on the same channel. Xvive has a video posted on their Facebook page that shows the setup in use: http://www.facebook.com/xviveaudiousa/videos/can-a-u3-transmitter-work-with-a-u4-receiver-heres-live-proof-that-you-can/2287201628250839/

Q: 9. can we use this as the second transmitter for the Osmo Pocket 3 (in addition to the transmitter that came with the Combo pack)?

A: No, the DJI Wireless Microphone Transmitter for DJI Pocket 2 (2.4 GHz) is not compatible with the DJI Osmo Pocket 3. For the DJI Osmo Pocket 3, you will need the DJI Mic 2 Transmitter.

Q: 10. Since this furnishes +48v phantom power, won't this damage a battery powered condenser microphone?

A: The Xvive Audio U3T transmitter does NOT supply +48V phantom power or any type of power at all to a microphone. This transmitter is intended for use with either dynamic microphones (which do not require power) or with condenser mics that use their own separate battery to supply power for the mic. The transmitter's built-in Li-ion 3.7V rechargeable battery is used only to provide power for transmitting a wireless audio signal to the receiver.