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Third-party software (19)
Sensory Wake Word
Pre-built, production-ready wake word models that give Qualcomm® based devices fast, consistent, always-on voice activation without any cloud dependency. Deployable in hours through Sensory VoiceHub or direct SDK integration, Sensory Wake Word delivers industry-leading accuracy with an ultra-low memory and power footprint, and has shipped in over 3 billion devices worldwide.
Pre-built, production-ready wake word models that give Qualcomm® based devices fast, consistent, always-on voice activation without any cloud dependency. Deployable in hours through Sensory VoiceHub or direct SDK integration, Sensory Wake Word delivers industry-leading accuracy with an ultra-low memory and power footprint, and has shipped in over 3 billion devices worldwide.
Dynamic Bass Boost
AncSonic’s Dynamic Bass Boost algorithm enhances perceived low-frequency energy through adaptive harmonic synthesis and psychoacoustic bass extension. The engine analyzes audio in real time, identifying low-frequency content and generating controlled harmonics that extend bass perception beyond the physical limits of compact drivers.A dynamic gain and envelope-tracking module adjusts enhancement based on signal intensity, preserving clarity and tonal balance while avoiding muddiness. Frequency-dependent limiting and distortion-control filtering ensure stable performance at high playback levels, especially in small or semi-open earphones where mechanical bass output is limited.Supporting multiple tuning profiles—such as music, cinema, and gaming—the algorithm allows precise tailoring for different product needs. Optimized for Qualcomm® Bluetooth audio SoCs, it provides stronger low-frequency presence with low latency and minimal computational load.
AncSonic’s Dynamic Bass Boost algorithm enhances perceived low-frequency energy through adaptive harmonic synthesis and psychoacoustic bass extension. The engine analyzes audio in real time, identifying low-frequency content and generating controlled harmonics that extend bass perception beyond the physical limits of compact drivers.A dynamic gain and envelope-tracking module adjusts enhancement based on signal intensity, preserving clarity and tonal balance while avoiding muddiness. Frequency-dependent limiting and distortion-control filtering ensure stable performance at high playback levels, especially in small or semi-open earphones where mechanical bass output is limited.Supporting multiple tuning profiles—such as music, cinema, and gaming—the algorithm allows precise tailoring for different product needs. Optimized for Qualcomm® Bluetooth audio SoCs, it provides stronger low-frequency presence with low latency and minimal computational load.
Spatial Audio
AncSonic’s Spatial Audio algorithm reconstructs audio into a fully three-dimensional sound field, enabling lifelike immersion for music, video, and gaming scenarios.Using direction-of-arrival estimation and HRTF-based spatial rendering, the algorithm positions sound sources with clear front–back, left–right, and near–far separation, creating a natural and enveloping acoustic space.The system supports real-time head tracking, updating sound-field orientation instantly with user movement to maintain stable spatial anchoring.Its rendering engine is optimized to deliver consistent spatial performance across different earbud structures, driver configurations, and wearing conditions.Designed for Qualcomm Bluetooth audio SoCs, AncSonic’s Spatial Audio solution achieves high spatial accuracy with low latency and low computational load, making it suitable for premium TWS products and in-cabin audio experiences.
AncSonic’s Spatial Audio algorithm reconstructs audio into a fully three-dimensional sound field, enabling lifelike immersion for music, video, and gaming scenarios.Using direction-of-arrival estimation and HRTF-based spatial rendering, the algorithm positions sound sources with clear front–back, left–right, and near–far separation, creating a natural and enveloping acoustic space.The system supports real-time head tracking, updating sound-field orientation instantly with user movement to maintain stable spatial anchoring.Its rendering engine is optimized to deliver consistent spatial performance across different earbud structures, driver configurations, and wearing conditions.Designed for Qualcomm Bluetooth audio SoCs, AncSonic’s Spatial Audio solution achieves high spatial accuracy with low latency and low computational load, making it suitable for premium TWS products and in-cabin audio experiences.
Directed Sound Transmission
AncSonic’s Directed Sound Transmission algorithm uses advanced acoustic beam shaping to guide audio along an optimized path, greatly reducing leakage and enhancing listening privacy.Through phase alignment, multi-path interference control, and frequency-dependent directional shaping, the algorithm focuses acoustic energy toward the listener while suppressing side radiation. This improves perceived loudness at lower power and reduces disturbance to nearby people.It is especially effective for open-ear and semi-open earphones, where structural leakage is inherent. The algorithm enhances vocal clarity, bass perception, and privacy without sacrificing openness or comfort.Designed for efficient integration with Qualcomm® Bluetooth® wireless technology audio SoCs, it maintains low computational load and stable directional performance across different wearing positions and acoustic environments.
AncSonic’s Directed Sound Transmission algorithm uses advanced acoustic beam shaping to guide audio along an optimized path, greatly reducing leakage and enhancing listening privacy.Through phase alignment, multi-path interference control, and frequency-dependent directional shaping, the algorithm focuses acoustic energy toward the listener while suppressing side radiation. This improves perceived loudness at lower power and reduces disturbance to nearby people.It is especially effective for open-ear and semi-open earphones, where structural leakage is inherent. The algorithm enhances vocal clarity, bass perception, and privacy without sacrificing openness or comfort.Designed for efficient integration with Qualcomm® Bluetooth® wireless technology audio SoCs, it maintains low computational load and stable directional performance across different wearing positions and acoustic environments.
Intelligent Low Frequency Compensation Technology
Bassboost includes two sets of algorithms. The first one use crossover to seperate low frequency and high frequency from the music signal. Then a dynamic compressor is apply to low frequency part to enhance bass at low volume and supress bas at higher volume. The second algorithm use psychological acoustic technique to generate harmonics of bass components. The algoithm produce a kind of 'artifical' low frequency component at cost of slightly higher THD. Two algorithms can be used simulataneouly or seperately.
Bassboost includes two sets of algorithms. The first one use crossover to seperate low frequency and high frequency from the music signal. Then a dynamic compressor is apply to low frequency part to enhance bass at low volume and supress bas at higher volume. The second algorithm use psychological acoustic technique to generate harmonics of bass components. The algoithm produce a kind of 'artifical' low frequency component at cost of slightly higher THD. Two algorithms can be used simulataneouly or seperately.
