Marvell ARMADA ARMv7 powered by IntegrIT VoIP software
IntegrIT - DSP Software Design House, leading provider of "cutting edge" VoIP solutions powered Marvell SoCs Sheeva/KirKwood with higly optimized and performance valued Voice-over-IP platform, well known as CrystalSpeech. Henceforward with IntegrIT software inside usage of Marvell SoCs in nowadays applications is getting much more effective and straightforward. Standard vocoders as well as LEC (linear echo canceller), AEC (acoustic echo canceller) and other speech enchancements are mandatory features of IntegrIT CrystalSpeech for Marvell SoCs Sheeva/KirKwood.
IntegrIT CrystalSpeech in conjunction with Marvell Shiva/KirKwood allows manufacturers decreasing of per VoIP channel cost due to effective CPU utilization and carefull cache issues management.
IntegrIT offers support for all its software and offers services of software integration on customer's specific hardware platform. Customer's reference for IntegrIT software and services are upon request
Marvell (Nasdaq: MRVL) is a leader in the development of storage, communications, and consumer silicon solutions. The company's diverse product portfolio includes switching, transceiver, communications controller, wireless, and storage solutions that power the entire communications infrastructure including enterprise, metro, home, and storage networking. For more information, visit http://www.marvell.com.
CrystalSpeech from IntegrIT is the latest technology in the real-time speech processing software enabling hands-free full-duplex communications. Technology is ideally suited for conferencing terminals, smart phones, communicators, videophones, dispatcher boards, speech synthesis and recognition systems, VoIP solutions, etc. Speech enhancement technology includes intellectual echo and noise suppressors providing natural speech quality that selectively recognizes active speaker even in noisy places. This allows conversations in a wide range of conditions with extremely high echo level and environmental noise. Echo cancellation technology adapted for use in mobile devices such as notebooks, communicators and gadgets where audio quality is limited due to the mechanical resonances, small speakers and high level of microphone-speaker acoustic feedback.