The "Re Sound" Ningxia Intangible Cultural Heritage Instrumental Music Concert is a cultural feast showcasing the unique flavor of Northwest China, launched in 2026. This debut concert aims to "tell the story of Ningxia's mountains and rivers" through innovative interpretations, showcasing the profound charm of the intangible cultural heritage of this "Jiangnan beyond the Great Wall."

Core Intangible Cultural Heritage Repertoire: The concert centers on representative national-level intangible cultural heritage projects from Ningxia, including the ancient folk instrument Niwawu (a variation of the Xun), the mouth harp, and Ningxia Shanhua'er, a folk song full of vitality from the Loess Plateau of Northwest China.

New Performance Format: Breaking away from the single framework of traditional instrumental performance, the concert adopts a stage presentation method of "storytelling + chapter performance." Through upholding tradition and innovation, the ancient sounds of intangible cultural heritage are allowed to "echo" again on the modern stage, playing the unique charm of Ningxia's mountains and rivers.

The unique timbre of intangible cultural heritage instruments places extremely high demands on live sound reinforcement. Instruments like the mouth harp and the mud whistle produce delicate sounds with rich overtones; any background noise or frequency response loss will mask their nuances. Therefore, this concert utilized the GAODIMIC DT228G digital UHF wireless system: its 24bit/48kHz digital transmission technology delivers a signal-to-noise ratio of up to 123dB and 6μV monitoring-level noise floor control, with less than 2dB attenuation across the entire 20Hz–20kHz frequency band, fully preserving the original timbre of the intangible cultural heritage instruments; its over 12 hours of battery life and stable digital wireless link provide uninterrupted performance throughout the entire show.

The DT228 system ensured rapid equipment setup during program transitions. The sound director for this concert was satisfied with the performance of the DT228 system.