BURL Audio B16 MOTHERSHIP 3 AD/DA Converter with BMB1 DigiLink Motherboard

BURL Audio B16 MOTHERSHIP 3 AD/DA Converter with BMB1 DigiLink Motherboard

The BURL Audio B16 MOTHERSHIP 3 is a 2U, 2-slot version of the revolutionary B80 MOTHERSHIP, Burl Audio’s signature product. Simply put, the B80 MOTHERSHIP has redefined digital recording, and now the legendary sound can be found in a smaller, more portable B16 MOTHERSHIP. Utilizing technology developed for the B80, the B16 MOTHERSHIP uses the exact same I/O cards as the B80 MOTHERSHIP, continuing Burl Audio's deep dedication to analog, Class A circuitry. The result is not only heard, but it is also felt. The MOTHERSHIP stands out from every other interface on the market not because it is colored, but because it does not sterilize the source.

Using a card-based system, and a heavy-duty 2U chassis, the B16 MOTHERSHIP employs 2 daughter card slots with an internal power supply and your choice of Motherboard for Digilink, MADI, Dante, or SoundGrid connectivity. Every ADC channel uses a proprietary BX1 transformer and every DAC channel has the latest Burl Audio discrete op-amp, BOPA4.

For anyone who has yearned for a MOTHERSHIP in a smaller format, this is a dream come true.

BMB1 DIGILINK MOTHERBOARD

The BMB1 comes standard with two DigiLink connectors for direct hookup to Avid Pro Tools. BURL does away with the expansion port, making both primary ports. That means you can play 64 ADC or DAC channels straight out of Pro Tools with one unit! With 6 BAD8s and 4 BDA8s a 48×32 IO can be achieved. With 2 BAD8s and 8 BDA8s a 16×64 IO can be achieved. With the configurability of the Mothership the IO possibilities are limitless.

• 2 DigiLink ports
• 64-channel IO at all sample rates
• 2 BNC Word Clock outputs
• 1 BNC Word Clock input

FEATURES:

• 2-slot chassis for Burl Audio converter modules
• DigiLink motherboard included
• Robust 2U chassis with an internal power supply
• Modular format with a host of analog and digital cards allows you to create your own custom converter configuration