The Wohler Technologies AMP1-V2DA is a professional, rack-mountable digital audio monitoring panel engineered for critical audio verification in broadcast, post-production, and live streaming environments. This compact 1RU unit provides high-quality monitoring and metering for up to eight channels of audio, supporting a wide array of digital and analog input formats. Its primary function is to offer audio engineers, video editors, and transmission operators a reliable tool for listening to and analyzing audio signals, ensuring clarity, proper level, and compliance with loudness standards. The panel integrates premium digital-to-analog converters and a robust headphone amplifier to deliver accurate, transparent audio reproduction for detailed assessment of mixes, dialogue, and metadata.

A key strength of the AMP1-V2DA is its versatile input section, which accommodates embedded audio from SDI and HDMI video signals, AES/EBU digital audio, and analog line-level inputs. This flexibility allows it to be seamlessly integrated into diverse workflows, whether in a mobile production truck, master control room, or video editing suite. The front panel features a high-resolution color TFT display that provides comprehensive metering, including peak program meters (PPM), VU meters, and loudness displays compliant with international standards such as ATSC A/85, EBU R128, and ITU-R BS.1770. This enables users to monitor real-time audio levels and ensure broadcast compliance simultaneously.

Beyond basic monitoring, the unit includes advanced features essential for professional audio work, such as a real-time goniometer for visualizing stereo phase and correlation, selectable speaker emulation for checking mix translation, and a flexible talkback system with cueing capabilities. The AMP1-V2DA also supports flexible routing for creating custom monitor mixes. By consolidating high-fidelity monitoring, detailed metering, loudness analysis, and diagnostic tools into a single, space-efficient device, the Wohler AMP1-V2DA enhances operational efficiency, ensures rigorous audio quality control, and provides the technical insight necessary to maintain the highest standards in demanding production and broadcast settings.