Redmi A1+ Launched in India Under Rs 10,000; Check out the Details!

redmi a1+ launched

As revealed earlier, Xiaomi has launched the new Redmi A1+ entry-level smartphone in India. The phone comes in addition to the recent Redmi A1 with similar specs but with an added layer of security. Have a look at the details.

Redmi A1+: Specs and Features

The Redmi A1+ features a sleek leather textured design, much like the Redmi A1, and a square-shaped camera bump. The back panel also includes a fingerprint scanner, which is the phone’s highlight. It comes in Black, Light Green, and Light Blue colorways.

Redmi A1+

Upfront, there’s a 6.52-inch HD+ display with a 120Hz touch sampling rate, 400 nits of brightness, and a waterdrop notch. It is powered by the MediaTek Helio A22 chipset, paired with up to 3GB of RAM and 32GB of storage.

The camera department has dual 8MP rear cameras and a 5MP selfie shooter. The smartphone comes with features like the Kaleidoscope effect, time-lapse, short video, and more. Backed by a 5,000mAh battery, the Redmi A1+ can last up to 2 days on a single charge. There’s support for a 10W in-box charger. Much like the Redmi A1, it also runs clean Android 12.

Additional details include a pre-installed FM Radio app, a 3.5mm jack, a single speaker, support for 20+ regional languages, Wi-Fi 802.11 b/g/n, Bluetooth version 5.0, GPS, and more.

Price and Availability

The Redmi A1+ is priced at Rs 7,499 (2GB+32GB) and Rs 8,499 (3GB+32GB). It will be available, starting October 17 via the company’s website, Flipkart, Mi Home, and leading retail stores.

As an introductory offer, the Redmi A1+ will get a discount of Rs 500, bringing the price down to Rs 6,999 (2GB+32GB) and Rs 7,999 (3GB+32GB).

comment Comments 3
  • Apart from having an efficient Mediatek Helio A22 processor, this smartphone comes with features like the Kaleidoscope effect, time-lapse, short video, etc.

  • The Redmi A1+ powered by the Mediatek processor is priced at Rs 6,999 for the 2GB+32GB storage model and Rs 7,999 for its 3GB+32GB storage model.

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