Price List Rp.2.400.000
ECHO AudioFire2
Echo Audiofire 2 Firewire Interface
Echo Audiofire2 Firewire Interface offers an extremely small FireWire audio solution. No product this small comes packed with as many features as the Echo Audiofire2 Firewire Interface. Fully balanced input and output, separately addressable headphone output, S/PDIF I/O and MIDI I/O are all included in this 3.5 inch by 4.25 inch interface.
Echo Audiofire2 Firewire Interface is the perfect product for any musician on the go. Power is provided directly from the FireWire bus or from the supplied power source. MIDI and S/PDIF are available via a removable dongle for compact flexibility. With the Echo Audiofire2 Firewire Interface you can record 24 bit 96kHz audio with low latency monitoring on any Windows XP or Mac OS X computer (desktop or notebook) with a FireWire port.
Echo Audiofire2 Firewire Interface - Hardware Features
- FireWire (IEEE 1394a) interface with 8' cable
- Bus powered with 6-pin FireWire interface
- External 12VDC power supply provided
- 2 balanced ¼" analog inputs:
- 113dB (A-weighted) dynamic range
- +4dBu / -10dBV nominal levels
- 2 balanced ¼" analog outputs:
- 114dB (A-weighted) dynamic range
- +4dBu / -10dBV nominal levels
- Stereo headphone output with volume knob
- Headphone output is independent from line outputs (listen to cue mix separate from house mix)
- S/PDIF I/O at 24-bit/96kHz
- MIDI I/O
- S/PDIF - MIDI breakout cable included
- Supports full duplex 4 channel in, 6 channel out operation at 24 bit, 96 kHz sample rate
- Pocket sized ( 3.5in x 4.25in x 1 in)
- Heavy-duty aluminum case
- Near zero latency hardware monitoring
- Software console for monitoring, metering, and setting levels
- Low-latency drivers support all major pro audio software:
- Low Latency ASIO 2.0
- WDM kernel streaming mode
- GSIF 2.0 (Gigastudio 3 w/ low latency MIDI)
- CoreAudio & CoreMIDI
PC System Requirements
Windows XP
256 MB RAM (512 MB recommended)
Mac System Requirements
Mac OS X (10.3.9 or later)
G4 or better processor
256 MB RAM (512 MB recommended)