Redmi Note 13 India Launch Date Confirmed: Price in India And Expected Features – News18

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Redmi Note 13 India Launch Date Confirmed: Price in India And Expected Features – News18


Last Updated: December 15, 2023, 13:48 IST

Redmi Note 13 collection consists of three fashions this 12 months as properly.

Xiaomi Redmi Note 13 collection has launched in China just lately and shortly it will likely be coming to the Indian market.

Xiaomi Redmi Note 13 collection is launching in India early 2024 and the corporate has confirmed the launch date and fashions that might be accessible in the market. Xiaomi’s in style Redmi Note lineup acquired the newest fashions in China just lately, and patrons in India can anticipate to get the brand new telephones in the approaching weeks.

Redmi Note 13 collection additionally has the vanilla, Pro and Pro+ variants which have gone up the worth ladder in current years with the notable {hardware} upgrades on supply.

Redmi Note 13 India Launch Date

Redmi Note 13 collection is launching in India on January 4 the place we might get the three new Redmi Note 13 fashions coming to the nation.

Redmi Note 13 Series India Launch: Expected Price And Features

Redmi Note 13 collection might get a beginning worth of Rs 15,999 for the bottom mannequin, going to Rs 19,999 for the Redmi Note 13 Pro and Rs 24,999 for the Redmi Note 13 Pro+ fashions.

As for the options, Redmi Note 13 fashions sport an AMOLED show with 120Hz refresh fee display screen. The telephones use a mixture of Qualcomm and MediaTek Dimensity 5G chipsets, with as much as 12GB RAM. It appears Xiaomi will supply the telephones with the Android 13-based MIUI 14 model out of the field, which might be disappointing.

The largest distinction might be in the cameras, the place the Redmi Note 13 Pro+ mannequin highlights with a 200MP main rear digital camera. The different two telephones might function a 100MP important rear digital camera. In addition to this, the Pro+ mannequin might have a 5000mAh battery with help for 120W charging velocity out of the field.



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