Heritage Audio has recently unveiled its latest creation, the Heritage Audio Grandchild 670 compressor, offering a balanced fusion of vintage aesthetics and contemporary technology. Designed as an homage to the iconic Fairchild 670, this compressor aims to provide users with a classic sound profile while incorporating essential features for the demands of present-day audio production. And yes, they managed to fit it into a 500 series format, albeit, two units wide.
A notable feature of the Heritage Audio Grandchild 670 is its dual-channel architecture, enabling users to process stereo signals or two independent mono signals concurrently. This design enhances its versatility, positioning it as a valuable tool for both tracking and mixing applications.
Staying true to its vintage inspiration, the Grandchild 670 employs a vacuum tube-based circuitry, delivering the warm and nuanced character associated with analog equipment. Heritage Audio has meticulously selected high-quality components to ensure that the unit lives up to the sonic standards set by its legendary predecessor.
Beyond its classic tube sound, the Heritage Audio Grandchild 670 offers advanced controls for precise dynamic shaping. With adjustable attack and release times, variable threshold and ratio settings, and a side-chain filter, users have the flexibility to tailor the compression to their specific requirements.
In addition to its sonic prowess, the Heritage Audio Grandchild 670 features modern connectivity options, including balanced XLR and TRS inputs and outputs. This ensures seamless integration into diverse studio setups, catering to both professional studios and home recording environments.
The release of the Heritage Audio Grandchild 670 has generated considerable interest within the audio community. As the industry continues to embrace a marriage of vintage and modern aesthetics, the Heritage Audio Grandchild 670 stands out as a testament to Heritage Audio’s commitment to delivering high-quality audio tools that bridge the gap between the past and the future of sound engineering.
