Adaptive Digital Technologies, Inc.
TelecommunicationsUnited States11-50 Employees
Adaptive Digital Technologies (Adaptive Digital) is a trusted supplier of fully optimized echo cancellation, compression, voice quality, tone (detect, suppress, generate), audio, modem, protocol, and encryption algorithms, and turnkey solutions for VoIP applications, mobile digital devices, military, medical, and traditional telecom markets. Adaptive Digital empowers voice application developers, and equipment manufacturers to quickly deliver compelling next generation devices to the ever expanding VoIP market. Adaptive Digital’s High Definition Acoustic Echo Cancellation (HD AEC) product provides superior voice clarity and true full-duplex performance under a wide set of challenging acoustic environments. It is capable of eliminating the acoustic echo in difficult conditions such as unbalanced speech levels, close speaker to mic proximity, indoor/outdoor environments, background noise, reflective room surface, double talk, and echo path changes. G.PAK™, the core technology behind our turnkey DSP solutions, is a VoIP application that runs on a TI DSP or SOC that handles the complete data flow between the TDM and Packet interfaces. Adaptive Digital’s pre-built G.PAK based applications include: Multi-Mic and HD Conferencing, IP Intercom, IP Phone for SMB/SME/Large Enterprise, IP Enterprise Gateway/PBX, ATA, IP Transcoder, and VoIP Aggregator. VoIP Engine™ is at the core of our ARM-based VoIP applications; it is a software engine package that handles all the voice processing from PCM to Packet and back. Its intended use is in VoIP enabled handsets or desktop phones. Our product and service offerings draw from extensive industry experience. Because of our extensive knowledge of digital voice processing we are well equipped to provide VoIP application developers the resources and support necessary for them to exceed the existing standard in voice quality, differentiating them in this competitive market.
1-888-653-2347 
support@leadiq.com 
