Isochrone OCX achieves the breakthrough clock stability by placing the quartz crystal in an isolated, temperature controlled oven. Constant temperature control of the crystal oscillator and a proprietary Jitter Management Module provide unprecedented sonic benefits. Isocrone OCX takes the digital sound out of digital audio, giving you the audio in its purest form whether connected to digital mixer, Pro-Tools system, DAW or digital effects unit.
1 2 3 4 5 6 7 7 Front Panel Front Panel 1 Power Switch 2 Oven Indicator When the OCX is powered on, this LED will flash while the oven calibrates its temperature. The LED will remain lit when this temperature is achieved. This process only takes a moment, and verifies optimum hardware performance. 3 Atomic Clock Indicator When lit, this LED verifies that the OCX is slaving to Atomic Clock via the corresponding BNC input on the unit's back panel.
7 Alternate Sample Rate Switches for Word Clock outputs 7 and 8. Word clock outputs 7 and 8 are capable of outputting frequencies different from the OCX internal clock. The first five settings choose frequencies that are multiples of the internal clock. The final setting, 256 WC, configures the output to generate 256 FS Clock (or Superclock), a protocol used by some Digidesign components. A red LED is present above each knob. When lit, it indicates that a valid sample rate is selected.
8 9 10 11 12 13 Rear Panel Rear Panel 8 Power Connection This IES AC connection accepts an input of 95-245 VAC 50/60 Hz. As a result, the OCX automatically accommodates a full range of voltages, allowing safe use in any country. 9 Atomic Clock In and Thru connectors The Atomic Clock Input allows the OCX to operate with unprecedented accuracy. This BNC input accepts the 10MHz clock signal found on many atomic clock devices.