It’s time for Samsung to equip high-end chips for mid-range phones

In 2016, Apple decided to launch the first mid-range iPhone model – iPhone SE. iPhone SE is expected by many people thanks to its reasonable price ($400), beautiful photography and video recording, smaller than other smartphones on the market. However, most notably, the iPhone SE uses the state-of-the-art A9 chip found on the high-end iPhone 6S and 6S Plus.

Since then, Apple is the only company that “dared” to put new chips on popular phones. iPhone SE (2020) is smartphone 8th best seller in 2021, so it can be affirmed that CEO Tim Cook’s tactics have paid off.

Apple users benefit greatly from this decision of the “defective apple”. The original iPhone SE still works quite well even though it has been released for more than 6 years. The device can run the latest iOS operating system and is on the Apple-supported list. There’s no reason for the iPhone SE (2020) and iPhone SE (2022) not to follow such a route (software updates in 5-6 years and works well in the long run).

Recently, Google also learned from Apple when it introduced the Google Pixel 6A, equipped with a high-end chip for a mid-range device. Specifically, Pixel 6A uses Tensor chip developed by Google itself. Tensor made its debut on the Pixel 6 and Pixel 6 Pro flagships in 2021. This is Google’s biggest hardware achievement in history. Although it lags behind the Apple A15 Bionic in terms of performance, Tensor is still faster and smarter than most mid-range chips.

This begs the question why? Samsung, a big name in the mobile market, has not made a similar move. In April this year, the Korean technology giant launched the Galaxy A53 (5G) with many attractive features. A53 (5G) owns a 120Hz screen, a huge 5,000mAh battery. The only downside is that the device uses an Exynos 1280 chip, equivalent to last year’s Snapdragon 778G (used on the Galaxy A52 5G) and certainly cannot keep up with the chips of the iPhone SE (2022) and Pixel 6A.

According to the Geekbench 5 and Antutu 9 calibration tests, the Exynos 1280 chip is 135% worse in CPU performance and almost 100% in GPU performance than the A15 Bionic chip. Compared to Tensor, it is 50% and 75% worse respectively. Galaxy A53 users on Reddit, Twitter and XDA Forums forums also reported slow and jerky activity during use such as when scrolling the screen, opening the camera, taking pictures, etc.

Even at the same price range as the iPhone SE or Pixel, the Galaxy A53 cannot be as smooth as the two competitors. That is a worrying thing. A good chip will affect many other aspects of the smartphone experience, especially the camera. Thanks to Tensor, the Google Pixel 6 can take better photos than many other budget smartphones, while thanks to the A15 Bionic, the iPhone SE records videos in low light better than Android phones in the same segment.

With the above reasons, it is time for Samsung to equip new chips for its mid-range smartphones.

According to PhoneArena