Sunday, March 25, 2012

Focusrite OctoPre ADAT Card Lightpipe Format Optional ADAT-only 8-Channel ADC

Focusrite OctoPre ADAT Card Lightpipe Format Optional ADAT-only 8-Channel ADC Review



Focusrite OctoPre ADAT Card Lightpipe Format Optional ADAT-only 8-Channel ADC Feature

  • Integral closed environment allows a shorter record path to digital with no unnecessary analogue connections out of the Focusrite box to the input of the recording equipment.
  • With two ADAT ports provided, you can choose to run at 96kHz and have four channels on each port, or run at 44.1 / 48 kHz and each port mirrors the full eight channels.
  • 24-bit and 128x over-sampled, handling sample rates of up to 96 kHz, but can dither down to 20 or 16 bit.
  • All frequency settings and bit rates can be altered from the front fascia, with an ADC lock LED to show when word clock is synchronised.
  • An external Wordclock input is also provided (BNC connector).
  • Integral closed environment allows a shorter record path to digital with no unnecessary analogue connections out of the Focusrite box
  • With two ADAT ports provided, you can choose to run at 96kHz and have four channels on each port, or run at 44.1 / 48 kHz
  • Integral closed environment allows a shorter record path to digital
  • With two ADAT ports provided, you can choose to run at 96kHz and have four channels on each port
  • 24-bit and 128x over-sampled, handling sample rates of up to 96 kHz, but can dither down to 20 or 16 bit
  • All frequency settings and bit rates can be altered from the front fascia, with an ADC lock LED to show when word clock is synchronised
  • An external Wordclock input is also provided (BNC connector)
The ADAT-only spec optional ADC for OctoPre offers just one output format; ADAT. With two ADAT ports provided, you can choose to run at 96kHz and have four channels on each port, or run at 44.1 / 48 kHz and each port mirrors the full eight channels. Up to 24-bit/96kHz resolution and sampling rate. S/PDIF output for audio transfer. Internal installation reduces signal path noise.


No comments:

Post a Comment