
Super–Vocal () is a Chinese reality television created and produced by Hunan TV and iQiyi. It is a singing competition focused on classically trained singers, singing both operatic and musical pieces. It features 36 male singers, with six winners after a total of 100 days of training and filming. "Super-Vocal" Season 1 premiered on November 2, 2018, while Season 2 premiered on July 19, 2019.
It is the first original inspirational vocal competition show, inviting three musicians Liao Chang Yong, Shang Wen Jie and Liu Xian Hua as the producers, and 36 singing members rotate between the "chief" and "substitute" roles. The fashion singing style subverts the public's inherent impression of elegant music and leads the audience to perceive the unique charm of vocal art. The audience can enjoy the top-level opera performances and songs from popular musicals as well as the passional collision between the singers. Witness the growth of the members as they perform with their newfound friends.
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Super–Vocal () is a Chinese reality television created and produced by Hunan TV and iQiyi. It is a singing competition focused on classically trained singers, singing both operatic and musical pieces. It features 36 male singers, with six winners after a total of 100 days of training and filming. "Super-Vocal" Season 1 premiered on November 2, 2018, while Season 2 premiered on July 19, 2019.
== Format == Each season is filmed in a total of 100 days. During the competition, 36 male bel canto performers are challenged with different ensembles over each episode. In each episode, performers vie for the six spots as an "apprentice", but the rounds do not have elimination. The judges will train contestants during the competition based on the vocal range and their suitors on each Apprentice and Cover rounds. At the end of the 100 days, the judges will ultimately finalize a list of six performers who would be named as winners, in which they are awarded with touring and album release opportunities.
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).