Nokia 2.4 might need gotten a successor in a brand new smartphone that has been noticed on the Bluetooth SIG web site. As per the itemizing on the certification platform, the cellphone will include Bluetooth 5.0. The corporate has not introduced a Nokia 2.4 successor but, however the mannequin quantity T99652AA1 means that the upcoming cellphone might be associated to the Nokia 2.4. The itemizing additionally reveals LTE assist, hinting that the cellphone might be a 4G price range system. The Nokia 2.4 was launched in India in November.
As per the Bluetooth SIG listing, the alleged Nokia 2.4 successor carries mannequin quantity T99652AA1. The mannequin quantity is just like Nokia 2.4’s T99651AA1, as per a report by NokiaPowerUser, suggesting that the cellphone might be associated to the Nokia 2.4. It might both be a brand new variant of the Nokia 2.4 or an replace. The itemizing additionally means that the Nokia cellphone can have Bluetooth 5.0 and LTE. Because it doesn’t have 5G, the cellphone could also be a price range providing just like the Nokia 2.4.
The Nokia 2.4 (Review) was not too long ago launched in India at a worth of Rs. 10,399 for the only 3GB RAM + 64GB storage variant. The cellphone is available in Charcoal, Nightfall, and Fjord color choices.
Nokia 2.4 specs
The Nokia 2.4 contains a 6.5-inch HD+ (720×1,600 pixels) show that has a 20:9 facet ratio. The cellphone is powered by the MediaTek Helio P22 SoC, coupled with 3GB of RAM. It runs on Android 10 and is promised to obtain two years of OS updates. The cellphone contains a rear-mounted fingerprint sensor and a devoted Google Assistant button.
The Nokia 2.4 contains a twin rear digicam setup that homes a 13-megapixel main sensor with an f/2.2 lens and a 2-megapixel depth sensor. For selfies, there’s a 5-megapixel digicam sensor on the entrance with an f/2.4 lens. The cellphone additionally comes with FM radio assist, a 3.5mm headphone jack, and a Micro-USB port. There may be additionally a 4,500mAh battery that’s claimed to ship as much as two days of utilization on a single cost.
