For enhancing or supporting audio signals in the low-end / bass range
dbx patented Modeled Waveform Synthesis™ circuit ➔ medium and high frequencies are not affected
Individual controls for two ranges of subharmonic frequencies
LEDs to indicate the synthesis frequency level
Global subharmonic level control
Additional circuit for boosting low frequencies
Bypass button with hardwired bypass
Bass punch incoming
The dbx 510 is a subharmonic synthesizer in the practical 500 series module format. It generates a new, wave-like modeled bass frequencythat is exactly one octave below the lowest frequency of the input signal. This enhances the sound with a powerful low-frequency punch that the audience can really feel. The dbx 510 is based on dbx's patented Subharmonic Synthesis, which has been used for many years in professional applications such as music production, live performance, DJ mixing, theater and film sound and broadcasting. The two separate bands of subharmonic synthesis offer an ideal combination of smoothness and control. The independent low frequency boost circuit is designed to get the most out of a powerful subwoofer. The dbx 510 has a simple, intuitive user interface with LED indicators for the synthesized frequency and a bypass switch. It is compatible with all 500 Series power frames and requires only one slot. For more depth and punch in your sound, the dbx 510 is the perfect solution.
Control elements
36 Hz-56 Hz control with LEDs for displaying the synthesis level: This control is used to set how strongly the subharmonic synthesis effect is applied in the 36 Hz-56 Hz frequency band.
24 Hz-36 Hz control with LEDs for displaying the synthesis level: This control is used to set the level of the subharmonic synthesis in the frequency band 24 Hz-36 Hz.
SUBHARMONICS control: While the 24 Hz-36 Hz and 36 Hz-56 Hz controls adjust the level of the respective frequency bands, this control adjusts the overall amount of subharmonic synthesis effect applied to the signal.
LF BOOST control: This control adjusts the total detectable bass output of the processed signal. It is used to close the "gap" between the synthesized low bass (below 56 Hz) and the mid Bass of the original program.
BYPASS button & LED: If the button is pressed, the device is removed from the signal chain. This also makes A/B comparisons possible.