Redmi Note 10T might debut as a rebranded Redmi Note 10 5G that was launched in international markets final month, as per a tipster. There are some key variations between the Redmi Note 10 and Redmi Note 10 5G handsets, aside from 5G connectivity. The two telephones are tipped to have totally different rear digital camera setups as nicely. The tipster additionally claims that the Chinese market might get Redmi Note 10 5G with the Redmi Note 10 moniker solely. It ought to be famous that Xiaomi hasn’t made any bulletins round Redmi Note 10T as of but.
A famous tipster, who goes by username @xiaomiui, tweeted a screenshot of MIUI code that exhibits the title of three telephones — Redmi Note 10 5G, Redmi Note 10, and Redmi Note 10T. All the telephones are codenamed Camellia and the tipster claims that the worldwide Redmi Note 10 5G might launch in different worldwide markets as Redmi Note 10T and arrive in China with the Redmi Note 10 moniker. The Chinese mannequin is tipped to have twin cameras on the again, and never a triple setup that’s discovered on the worldwide Redmi Note 10 5G fashions.
India might get the handset as Redmi Note 10T for the reason that market has already launched the Redmi Note 10 sequence in March. The sequence consists of Redmi Note 10, Redmi Note 10 Pro, and Redmi Note 10 Pro Max, and Xiaomi might launch the Redmi Note 10T as an addition. The tipster hasn’t confirmed which nations will likely be getting the Redmi Note 10T mannequin, so this info ought to be taken with a pinch of salt. There are also reports of Redmi Note 10 5G coming to India because the Poco M3 Pro 5G.
Apart from the totally different digital camera modules, Redmi Note 10T might in any other case have related specs as Redmi Note 10 5G. It might function a 6.5-inch hole-punch show and be powered by the MediaTek Dimensity 700 SoC. It might function a 48-megapixel main digital camera on the again and an 8-megapixel selfie digital camera. It might pack a 5,000mAh battery and is more likely to combine a side-mounted fingerprint sensor.