Samsung Galaxy A32 5G


Samsung is said to host a launch event on January 18 where it will debut new A-series devices. As we know, the A-series ranges from budget-midrange to premium-midrange offerings. One of the devices expected to launch on January 18th is the Galaxy A34 5G which already has its design leaked. The European variant of the Galaxy A34 5G has now appeared on Geekbench bearing the model number SM-A346B. This is not the first time the Galaxy A34 5G has been listed on Geekbench as the Korean version also appeared on it last month with the model number SM-A346N.

The European version is powered by an octa-core processor that has model number MT6877. It features two 2 performance cores clocked at 2.6GHz and 6 efficiency cores clocked at 2.0GHz. This indicates that the device features the MediaTek Dimensity 1080 processor, which has recently been a go-to chipset for many OEMs for their mid-range smartphones (like the Realme 10 Pro+ and Redmi Note 12 Pro series).

The Geekbench database listed the Samsung Galaxy A34 5G as having 6GB of RAM. However, we may anticipate that it will also be offered in various memory setups. As for software, the device rocks the latest Android 13-based OS.

The Geekbench database listed the Samsung Galaxy A34 5G as having 6GB of RAM. However, we may anticipate that it will also be offered in various memory setups. As for software, the device rocks the latest Android 13-based OS. The Geekbench 5 benchmark test gave the Galaxy A34 5G a single-core score of 786. It received 2294 points on the test’s multi-core round.

Other details regarding the Galaxy A34 state that it will have a triple camera unit with an LED flash on the rear. The display could be a 6.5-inch AMOLED panel offering a Full HD+ resolution of 1080 x 2400 pixels and a refresh rate of 90Hz.

A 48-megapixel main camera and a 13-megapixel selfie camera could be included in the device. A 5,000mAh battery with 25W fast charging is probably included. It might be equipped with an in-screen fingerprint scanner like the preceding model.