2
Thank you for choosing the ZOOM
Handy Audio Interface. To achieve the best results—and to protect your
investment—please read this manual carefully and retain it for future reference. Use this product only as directed.
4-in/4-out Audio Interface
The ZOOM
is a high quality audio interface that supports audio recording and playback at resolutions up to 24-
bit/96 kHz.
Featuring an asynchronous transfer system,
is not impacted by computer jitter, and reproduces audio with
complete accuracy.
can be used with computers running Windows and Mac OS X, as well as with an iPad.
High-Performance Mic Preamps
is equipped with high-performance mic preamps that are based on the same design as our H-Series Handy
Recorders.
+48V phantom power can be supplied to each input. INPUT 1 also supports Hi-Z input.
Additionally, H-Series mic capsules can be connected to the
.
Designed with the DJ in Mind
The
features 2 RCA outputs that make it easy to connect DJ mixers or other devices. The balance between
computer playback signals 1-2 and 3-4 can be adjusted for the LINE OUT 2 and PHONES outputs.
For example, you can balance the PHONES output between click and MAIN OUT signals during a live performance. Or
you can balance between the cue and MAIN OUT signals during a DJ performance.
Plus, the PHONES jack delivers enough volume output for use in clubs and other small venues.
Standalone AD/DA Mode
In standalone mode, the
can be used as a high-quality mic preamp and AD/DA converter.
can convert digital output from a DVD or Blu-ray player to analog output, and also convert analog input to
digital output.
Contents
Introduction
Introduction ………………………………………… 2
Safety and Usage Precautions ………………… 3
Part Names ………………………………………… 4
Connecting with a Computer/iPad ……………… 6
Recording …………………………………………… 11
Playback …………………………………………… 14
Connecting MIDI Devices ………………………… 18
Using Digital Audio Equipment ………………… 19
Connecting ZOOM H-Series Mic Capsules …… 22
Using as a Standalone AD/DA Converter and Mic
Preamp (Standalone Mode) …………………… 24
Troubleshooting …………………………………… 25
Speci
fi
cations ……………………………………… 26
Signal Flow Diagrams …………………………… 27