Designed for high-fidelity audio recording and playback, the marian DIGITAL AUDIO ELECTRONICS Clara A+ TRS is a professional-grade PCIe sound card that delivers pristine sound quality with 16 audio channels in a compact, two-slot PCIe width. It features eight balanced analog 1/4" TRS I/O (16 channels), high-end 24-bit / 192 kHz converters, an ultraprecise clock, and a powerful Beast DSP mixer for latency-free mixing and EQ processing, making it an ideal solution for studios and installations requiring reliability and uncompromising audio performance.
The card comes with a 16-channel analog I/O breakout cable equipped with 1/4" TRS connectors. A breakout cable with two 5-pin DIN MIDI I/O is also included.
- The + version adds wordclock/superclock I/O (BNC connectors) and two additional MIDI I/O via a dedicated expansion card. This add-on connects to the sound card via a ribbon cable, allowing flexible placement inside the case or in a separate PCIe slot.
- With 113 dBA SNR and a THD+N of -104.5 dB, the Clara A+ delivers premium audio quality.
- A hefty level of +15 dBu provides enough headroom at the inputs and sufficient signal at the outputs for any connected device.
- AD/DA is 24-bit and 192 kHz throughout, with no restrictions on the number of channels.
- Mix up to 64 signals across 8 buses.
- Route playback signals from any DAW.
- Record mix sums back into an application.
- 4-band parametric EQ per channel for precise tonal shaping.
- With less than 1 ns jitter, the Clara A+’s internal clock provides superior synchronization—often outperforming external studio clocks. This ensures ultralow jitter performance, making external clocking unnecessary in many setups.
- Multiple Clara sound cards installed in a single system can be synchronized via TDM SyncBus, appearing as a single unified ASIO device.
- This enables direct intercard audio signal exchange within the Beast Mixer, supporting up to 32 interconnected audio streams.
- ASIO 2.2 and multichannel low-latency WDM audio / WASAPI
- Simultaneous access by multiple applications.
