Peavey PV 6 BT Stereo Live Sound Audio Mixer with Bluetooth

Equipped with Peavey's reference-quality mic preamps that spec in at an incredible 0.0007% THD, the PV 6 BT mixer is excellent for live or recording applications. The PV 6 BT mixer includes 2 channels of reference-quality mic preamps, 2 direct outputs for recording, a stereo input channel, and a dedicated media channel, and Bluetooth® wireless input and high quality digital effects. Other features include 48 volt phantom power, dual selectable control room outputs, built-in stereo compressor, an on-board selectable high impedance preamp equalized for guitar, 3-band EQ per channel with bypass, signal/clip indicators, and a stereo master LED meter bridge. Features such as Bluetooth® allow seamless connection to almost any "smart" device. Direct outs on the mic channels allow easy connection to most DAW interfaces for recording. In addition, the PV 6 BT mixer can stream the stereo mix directly to and from a PC via USB. The USB to Control Room switch allows for direct monitoring when recording with a DAW, such as the included REAPER software. These mixers also feature a tablet cradle to hold a smart device for convenient display and easy operation.

Features

• 2 combination XLR/1/4" low noise mic preamps

• 3-band EQ on all channels

• 2 channels of Peavey's exclusive MidMorph®

• EQ bypass per channel

• Global 48V phantom power

• Rugged console design

• Built-in compression

• Stereo pan control per channel

• 1/4" main stereo outputs

• LED clip and signal present indication

• High quality master LED meter bridge

• Equipped with Bluetooth® wireless connectivity, Bluetooth 3.0 + EDR, A2DP

• Studio quality headphone output

• Stereo 1/4", RCA or 3.5mm input channel

• Dual selectable control room outputs

• Peavey's exclusive on-board Hi Z guitar input

• 2 channels of direct out

• New slim, low-profile design

• Stereo USB-B streaming audio in and out, 16-bit, up to 48kHz sample rates

• Convenient tablet cradle

• On-board studio quality digital effects with individual channel control