The Tascam UH-7000 is a pro-level USB interface for Mac and Windows that can also be used as a standalone mic preamp. It features built-in DSP mixer effects, supports 24-bit/192kHz USB transmission and AD/DA conversion, and is housed in a rugged metal casing for durability.
The UH-7000 is equipped with two HDIA (High Definition Instrumentation Architecture) microphone preamps that are designed to perform at −128dBu EIN, a 117dB signal-to-noise ratio and distortion ratio of 0.0009% or less. The Burr-Brown PCM4220 AD and PCM1795 DA converters allow for high-quality conversion, ensuring optimal sound reproduction for recording and monitoring.
- Two 20-segment LED level meters
- Standard TRS headphones output jack - 45mW/channel output
- +48 Phantom power supply
- Two pairs of balanced analog XLR jacks for both input and output
- Professional output specifications (maximum output level: +24 dBu)
- Two balanced analog TRS input jacks
- XLR digital input and output jacks support AES3-2003/IEC60958-4 (AES/EBU) and IEC60958-3 (S/PDIF) formats
- Three-pronged inlet power cable
- Half-rack size
- Confirmed operation with major DAW software, including Sonar X3, ProTools, Cubase and Live
- RoHS CompliantThin film metal resistors with outstanding noise performance
- Thin film metal resistors with outstanding noise performance
- High audio quality film capacitors with low distortion
- Low latency monitoring through the DSP mixer
- DSP mixer can be switched between multitrack and stereo mix modes
- DSP mixer enables independent adjustment of recording and monitoring levels
- Line or digital outputs can be selected using the DSP mixer
- DSP dynamics effect can be applied to inputs, outputs or the master (compressor, noise suppressor, de-esser, exciter, EQ, limiter/low cut)
- DSP REVERB (hall, room, live, studio, plate) send effect is perfect for monitoring when recording
- Link line function enables volume control of powered monitors
- Single punch MIXER PANEL button
- Strong, durable aluminum body
- Large INPUT level knobs enable precise adjustment of input levels
