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Mobile Platforms

In recent years, the voice application market has seen a major paradigm shift. It has evolved from traditional devices like IP phones, ATAs and CPEs, to the latest feature-integrated, converged devices such as:

  • Smartphones
  • Tablets
  • Conferencing systems
  • Auto infotainment systems
  • Surveillance devices
  • Interactive cloud gaming systems
  • Internet-connected devices

 

The requisite feature integration coupled with the multi-modal usage of devices as communication, consumer and computing devices, essentially mandates that customers adopt a flexible platform approach based on powerful programmable processor architecture. Mobile application processor platforms, offering the appropriate combination of low-power, high-performance, low-cost, smaller-area, and adequate feature differentiation through software solutions, have now become the norm in the industry.

Voice Mobiles image Auto infotainment systems Tablet image

To effectively meet the diverse requirements of the mobile application processor platforms, VeriSilicon provides a family of licensable ZSP cores based on a powerful RISC instruction set that offer the right power/performance/area/cost tradeoff to customers.

The availability of an extensive suite of field-proven and mature voice and HD-audio SW solutions on ZSP cores, coupled with the low-power multi-format Hantro hardware video codec IP and 2D/3D graphics engine, allows VeriSilicon's customers to leverage these solutions, and develop re-usable and scalable mobile platforms with reduced risk, lower cost, and a faster time-to-market.

Customers can also leverage VeriSilicon’s vast expertise in SW/HW platform integration and customization through turn-key (TK) services, to develop an optimal custom platform to effectively meet specific requirements, and differentiate from competing products in the market.

VeriSilicon's offers the latest multi-microphone beamforming, hands-free voice trigger, speaker verification / user-authentication, speaker-dependent voice recognition and speaker-independent voice recognition technologies. In conjunction with acoustic echo cancellation (AEC) and noise reduction (NR) technologies, these are expected to enrich the user-experience on mobile platforms even further, through the revolutionary hands-free, voice-activated search and recognition capabilities.

Please contact your nearest VeriSilicon office for further details and to discuss your specific requirements.