Microphone
| Microphone Signal-to-Noise Ratio (SNR) |
112.5 dB |
| Microphone Total Harmonic Distortion (THD) |
0.0009% |
Headphones
| Headphones dynamic range |
114 dB |
| Headphones Signal-to-noise Ratio |
114 dB |
| Headphones Total Harmonic Distortion |
0.0018% |
System requirements
| Minimum hard disk space |
900 MB |
| Minimum processor |
Intel/AMD 1.2GHz |
E-MU 0404 USB - USB 2.0, 1 Midi in, 1 Midi out
USB Audio/MIDI Interface
The E-MU 0404 USB Audio/MIDI interface delivers an unparalleled level of USB audio quality with premium 24-bit/192kHz A/D and D/A converters, pristine XTC™ Mic/Line/Hi-Z preamps and ultra-low jitter clock and rock-solid stability. From its plug-and-play functionality and hands-on ergonomic design to professional features and signal-to-noise specifications that are simply unmatched by any other USB interfaces on the market, the E-MU 0404 USB will forever change your expectations of USB audio.
- Premium 24-bit/192kHz A/D and D/A converters (A/D: 113dB SNR, D/A: 117dB SNR) deliver unmatched USB audio fidelity
- - E-MU XTC™ Class-A ultra-low noise Mic/Line/Hi-Z preamplifiers (-127dB EIN) with 48V phantom power and ground lift switches enable you to plug microphones, keyboards and guitars straight into your computer with professional results, while the built-in analog soft limiting circuit lets you record a hotter signal without fear of clipping
- - Comprehensive digital I/O with optical and coaxial S/PDIF (switchable to AES/EBU) and MIDI In/Out to easily connect all of your digital studio gear and instruments
- - Ultra-low latency USB 2.0 drivers offer accurate timing and playback of your recorded audio and software instruments
- - Hardware zero-latency direct monitoring (mono/stereo) allows you to record and overdub with no annoying delay
- - Plug-and-Play operation with hands-on control of all major functions like master level, direct monitoring, preamplifier controls and more
- - Compatibility with most popular audio/sequencer applications - ASIO2, WDM, MME, AC3 and DTS Passthru supported
