"Universal Audio, a manufacturer of high-quality vintage audio hardware and DSP software plug-ins for digital audio workstations, today announced the web release of v4.8 software for the UAD Family of DSP Card's & Powered Plug-InsÂ�. Version 4.8 includes 14-day fully functional demos of the new Precision Maximizer and Precision De-Esser. Registered UAD customers can purchase full authorizations of the Precision Maximzer plug-in for US$199 and the Precision De-Esser for $99 at my.uaudio.com. For a limited-time, the new plug-ins will be eligible for discounts via the UA coupons issued to existing UAD users as part of the current promotion at my.uaudio.com, which expires at the end of September 2007.
"The Precision Maximizer is what we call a 'Dynamic Impact Processor' and is a real "secret-weapon" addition to our Precision mastering product-line. It intelligently blends UA's tube saturation and multi-band know-how into a versatile mix enhancement tool that injects loudness, punch and perceptible energy into a mix without destroying its dynamics." said Mike Barnes, VP of Marketing for Universal Audio. "Our Precision De-Esser is a dynamic sibilance processor which is able to seamlessly remove sibilance with its sophisticated, yet transparent filter design. With both these plugs, we looked hard at the features and audio quality of existing tools out there, and were able to design-in better usability and improve both sonic quality and versatility while extending the UAD platform to live up to its claim as the ultimate mixing and mastering DSP solution."
Key Precision Maximizer Features include:
Key Precision De-Esser Features include:
About the UAD DSP Card
At the heart of every UAD DSP Card & Powered Plug-Ins package is the revolutionary UAD DSP card. Because of its high resolution, floating-point processing, ultra high-speed memory and hardware dithering, the UAD delivers outstanding high-headroom sound quality at sample rates from 32 to 192khz. Unlike other DSP cards, the UAD uses a single, unpartitioned vector processor, allowing for larger and more sophisticated plug-in algorithms offering a new level of power and complexity not found with host-based plug-ins. By greatly reducing the burden on the computer's CPU, the host application can now deliver more tracks, automation and native effects.