Executive Summary

The Lynx Aurora(n) 16-Channel Audio Interface is a high-end, professional-grade audio converter designed for mastering-grade A/D and D/A conversion. With its 16 channels of analog I/O, 16 channels of AES I/O, and Thunderbolt 3 connectivity, this interface is built to provide accurate conversion, clear clean audio, and wide imaging. The Aurora(n) features a complete redesign integrating Hilo Converter Technology (HCT) for analog I/O, achieving significant improvements in transparency and reductions of both noise and distortion.

The Lynx Aurora(n) is designed for professional audio production applications, including recording, mixing, and mastering. Its high-quality conversion and flexible connectivity options make it an ideal choice for audio engineers and producers who demand the best possible sound quality. With its compact design and robust construction, the Aurora(n) is suitable for use in a variety of environments, from project studios to large commercial facilities.

Architecture & Design

The Lynx Aurora(n) 16-Channel Audio Interface is built around a robust and flexible architecture, featuring a range of high-quality components and advanced technologies. The interface's analog I/O is based on the Hilo Converter Technology (HCT), which provides a high level of transparency and a low noise floor. The HCT design also allows for a wide range of gain settings, making it suitable for use with a variety of audio sources.

The Aurora(n) features 16 channels of analog I/O, with line-level inputs and outputs for connecting a variety of studio equipment. The interface also includes 16 channels of AES I/O, providing a high-level digital interface for connecting to other audio devices. The Thunderbolt 3 connectivity provides a high-speed interface for connecting to computers and other devices, allowing for fast and reliable data transfer.

The Lynx Aurora(n) also features a range of advanced technologies, including a high-quality clocking system and a robust power supply. The clocking system is designed to provide a stable and accurate clock signal, which is essential for high-quality audio conversion. The power supply is designed to provide a clean and stable power source, which helps to minimize noise and interference.

Performance & Thermal

The Lynx Aurora(n) 16-Channel Audio Interface is designed to provide high-quality audio conversion and a range of advanced features, while also maintaining a compact and robust design. The interface's performance is characterized by its high-quality analog I/O, low noise floor, and wide range of gain settings.

The Aurora(n) features a range of benchmarks and specifications that demonstrate its high level of performance. The interface's analog I/O is capable of providing a signal-to-noise ratio (SNR) of up to 120 dB, and a total harmonic distortion (THD) of less than 0.0005%. The interface's digital I/O is also capable of providing a high level of performance, with a jitter of less than 10 ps and a clock accuracy of better than 10 ppm.

The Lynx Aurora(n) also features a range of thermal management technologies, designed to maintain a stable and reliable operating temperature. The interface's compact design and robust construction help to minimize heat buildup, while the advanced cooling system provides a high level of thermal management. Exact figures for the interface's thermal design power (TDP) were not publicly disclosed.

Market Positioning

The Lynx Aurora(n) 16-Channel Audio Interface is positioned as a high-end, professional-grade audio converter, designed for use in a variety of audio production applications. The interface is designed to provide a high level of quality and flexibility, making it suitable for use in a range of environments, from project studios to large commercial facilities.

The Aurora(n) competes with a range of other high-end audio interfaces, including the Antelope Audio Orion 32+ and the Prism Sound Lyra. The interface's high-quality conversion, flexible connectivity options, and compact design make it an attractive choice for audio engineers and producers who demand the best possible sound quality.