ALLDAC combines all the features you could possibly want for a digital to analogue converter in one affordable product.

Combining a 12 bit broadcast D to A converter and an analogue and SDI distribution amplifier, ALLDAC has been designed to convert SDI into combinations of analogue and digital and to do so in an extremely flexible way.

The analogue outputs can be configured as a mixture of composite, Y/C, YUV and RGB by board edge or remote control, while the number of reclocked SDI outputs is selected by adjusting on-board links.

ALLDAC can be used with three different frame rear modules - the RM01, RM02 and RM18 - providing up to eight analogue and four reclocked SDI outputs and allowing you to choose exactly what you need for your application. With ALLDAC what you get is entirely up to you, with eleven possible different output combinations available when using the RM18.

ALLDAC has high quality 12 bit D to As with four times oversampling, and offers Crystal Vision's best encoding performance yet, with enhanced analogue accuracy and frequency response.

Data in the vertical blanking interval is always passed to the analogue composite output, while setup on the Y output can be selected in 525 line applications, allowing ALLDAC to output the US (NTSC-M) and Japanese (NTSC-J) standards. The ability to select NTSC Betacam chrominance levels for YUV outputs - giving 700mV for 75% colour bars instead of the standard 700mV for 100% bars - increases the range of systems with which it can be used.

Housed in the standard frames, the 100mm x 266mm module can be easily integrated with any other product from the Crystal Vision range, and saves you space by allowing 24 boards in 4U, 12 in 2U, six in 1U or two in a desk top box.

Control is as flexible as ALLDAC itself - with options including an intuitive board edge interface, an active frame front panel, a remote control panel, SNMP or the Statesman PC software.

It's the variety of outputs that makes ALLDAC ideal for so many different uses! The wide range of applications could include distributing SDI signals, monitoring in RGB or composite on plasmas or large displays, driving waveform monitors and vector scopes, high quality recording from an SDI source or analogue transmissions.

View output combinations chart...