Crown Introduces PIP-USP4 Processor For CTs Series Amplifiers

Delivering unprecedented power and flexibility while offering clear sound and the widest dynamic range possible, Crown today introduced the PIP-USP4, the fourth generation DSP-based PIP™ (programmable input processor) module for CTs Series 2-channel amplifiers. The USP4 is a Harman HiQnet™ series component and connects to the audio control/monitor network using 100MB Ethernet hardware. The single plug solution contains audio distribution, control and monitoring.

“We are proud to bring the same next generation OMNIDRIVEHDTM DSP Engine that is featured in our I-Tech HD line to the PIP-USP4. This technology represents what will soon become known as the industry standard and we will continue to implement it for the ultimate in processing for other Crown products,” stated Brian Divine, director of marketing for touring and installed sound for Crown.

The USP4’s OMNIDRIVEHD™ processor gives the user ultra smooth processing with 24-bit, 192 kHz Cirrus Logic SHARC A/D and D/A converters and true 96kHz processing. LevelMAX™peak, RMS and transducer thermal voltage limiters combine for a smooth and accurate response, better sound and higher usable SPL. Also available are proprietary FIR and IIR filters for unmatched clarity and detail. The USP4 is capable of connecting to an Ethernet network, allowing it to be remotely controlled and configured via HiQnet System Architect™. Additionally, the USP4 allows the transport of real-time digital audio via CobraNet™ or Ethernet AVB.

A digital audio on/off ramp allows users to send pre or post processed analog signal out of the module to adjacent amplifiers. This capability can reduce DSP cost for a system by up to 40% on its own.

Other features of the PIP-USP4 include auto standby for increased energy efficiency, SLM (sweep load monitoring) with system-level diagnostics, 25 user selectable presets and over two seconds of delay per channel. Available input options include analog, CobraNet or Ethernet AVB, and AES3 Digital Audio.