Vulkkano A4 ARC Active Speaker Black Oehlbach Set

Active Speakers with HDMI ARC, Bluetooth, and SUB Output!

The Vulkkano A4 ARC active speakers deliver an impressive sound experience with 50W RMS power. Thanks to HDMI ARC, you can connect them directly to your TV and conveniently control the sound using your TV remote. With Bluetooth 5.0, you can stream music wirelessly from your devices. A 4" woofer provides deep, rich bass, while the 13 mm silk dome tweeter delivers clear highs. The integrated tone control lets you adjust treble and bass individually to shape the sound to your liking.

Directly to Your TV

The Vulkkano A4 ARC are designed to connect directly to your TV via their HDMI ARC input. Thanks to this connection, you can control the speaker volume directly with your TV remote and tailor the listening experience to your taste.

Adapt to the Room

With their 50W power, they can fill any room with excellent sound. They are perfect for small to medium rooms up to 30m² thanks to their internal components featuring a 4" woofer and a 13 mm tweeter. They deliver deep bass and a balanced sound response in the mids and highs.

With Subwoofer Output

The rear panel of the Vulkkano A4 ARC features a subwoofer output designed to enhance low-frequency response via an external subwoofer, creating a true home cinema experience with ease.

The Sound That Accompanies You

All music genres find their place in the Vulkkano A4 ARC. Using the equalizer knobs, you can customize the sound response and shape the frequency response to suit your favorite songs, with adjustments up to -6dB/+6dB.

More Connectivity Options

Besides HDMI ARC and subwoofer output, it also features Bluetooth 5.0, RCA input, and optical input, giving you all possible connection options for your home.

High-Quality Vibration Dampers for Acoustic Decoupling of Premium HiFi and Home Cinema Components or Speaker Cabinets!

The Shock Absorbers reliably prevent the transfer of unwanted resonance frequencies from the housing to the surface. Vibration energy is converted into heat, resulting in a controlled low-frequency range and improved spatial imaging.