AMS Neve StarNet ADA16

The Neve StarNet ADA16 offers 16 channels of mastering-grade AD/DA with 32-bit/192kHz conversion and Dante connectivity. This top-of-the-line AD/DA converter boasts incredible dynamic range, vanishingly low distortion characteristics, and a flat frequency response, arming you with sound quality on par with the world's finest studios. You'll benefit from the simplicity of the ADA16's rear-panel DB-25 connectors, and its selectable headroom options ensure straightforward compatibility with an array of digital standards.

You also get remote control capabilities for practical integration into larger facilities and a front-mounted OLED screen for at-a-glance access to the unit's network settings, sample rate, bit depth, and more. Efficient heat management rounds out the ADA16's mind-blowing features. When your studio demands the utmost in conversion quality, you can trust the Neve StarNet ADA16 to deliver the goods.

Specifications:

• 16 channels of industry-topping AD/DA with 32-bit/192kHz conversion and Dante connectivity
• Incredibly low ADC/DAC distortion specs of <0.0007% ADC and <0.0008 DAC
• Ruler-flat frequency response of +/-0.1dBu at 5Hz–40kHz, extending to 2Hz–92kHz at +/-3dBu
• Mastering-grade A/D, brandishing 119dBFS of dynamic range; pristine D/A, yielding 122dBFS of dynamic range
• 88R-derived analog stage exceeds a 100kHz frequency bandwidth for flawless translation of 192kHz audio
• Ultra-stable amplification stage can drive extra-long cable runs without suffering from signal degradation
• Selectable headroom settings of +18, 24, or 26dBu accommodate the gamut of digital standards
• Crystal oscillator clocking system and jitter elimination DAC chips ensure outstanding master clock performance
• Dual Ethernet Dante ports permit both redundancy and straightforward daisy-chaining
• Front-mounted OLED screen provides at-a-glance access to network settings, sample rate, bit depth, and more
• Practical menu navigation buttons and input/output LEDs offer straightforward control for the unit's analog I/O
• Remote control capabilities allow for practical integration into larger facilities
• Efficient heat management safeguards internal components