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Pudding utilizes an advanced real-time adaptive active noise-canceling (ANC) algorithm, which continuously monitors the effectiveness of noise cancellation through an ear canal microphone. It calculates and compensates for the noise detected by the noise-canceling microphone in real time, allowing for automatic optimization and updates to the earbuds' noise cancellation performance.
The RT-Adaptive ANC enables Pudding to achieve noise cancellation that approaches theoretical performance across various scenarios and different wearing situations. This approach overcomes the limitations of traditional hybrid feedforward-feedback noise cancellation earbuds, which tend to perform well in laboratory conditions but offer subpar noise cancellation in real-life situations.
While standard wireless headphones typically use a single microphone on each side to pick up ambient sound, Pudding optimizes sound compensation through a specific algorithm. The result is significantly improved transparency and natural tone.
The Pudding uses a variable damping diaphragm with a nano-titanium crystal dome, along with a 10mm dynamic driver composed of a lightweight coil, N52 magnet, and all-metal bracket. These components offer performance and specifications that surpass standard TWS offerings, resulting in lower distortion and a wider frequency response, providing a solid foundation for high-quality sound.
Pudding has frequency response characteristics in line with the VDSF Target Response, which shows clear imaging and smooth, natural timbre. We're committed to high reproduction, Pudding achieves excellent frequency bandwidth and superior nonlinear distortion. Its total harmonic distortion is lower than 0.05%, thus allowing users to experience pure quality.
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