How to Choose the Right Android Smartphone


If you are looking for a good smartphone that will not break the bank, an Android smartphone is what you are looking for. These phones are available in a variety of sizes and prices and from many different manufacturers. You can find phones with fast 5G connectivity, vibrant Super AMOLED screens, 120Hz refresh rate screens, large batteries, multiple cameras, and even foldable displays. Read on to find out how to choose the right one for your needs.

Dual rear camera array

When it comes to cameras, dual rear camera arrays have always intrigued us. In fact, most smartphone companies have introduced them in some form or another. Dual rear camera arrays typically have two miniature cameras on the back, each with a separate image sensor. In addition to performing distinct functions, the cameras typically have the same sensor size, although some manufacturers have gone as far as combining two sensors of different sizes. If you want to understand the benefits of dual cameras, here are some examples:

First of all, a dual rear camera array allows the device to take more than one photo simultaneously. The process of taking multiple images at once is technically complicated, but modern processors can handle it. Qualcomm’s Snapdragon 888 SoC, which powers most flagships today, supports up to three 28MP shots at a time. Other chipsets, like the Dimensity 1200 chip, support simultaneous data processing from four cameras.

Adoptable storage

Android phones have supported adoptable storage since the 6.0 version. This type of storage is provided on the device itself by physical media that has been encrypted and formatted to act like internal storage. It is compatible with all types of application data. Android devices allow access to external storage via various permissions, such as WRITE_EXTERNAL_STORAGE and READ_EXTERNAL_STORAGE.

After you’ve installed Adoptable Storage, you’ll be prompted by the system to benchmark the new storage. If you’re using a slower card, you’ll have to sacrifice some read/write speed. However, if your card is fast, you’ll see that the system performance will only be affected by around 5%. So, it’s worth trying it out! In short, adoptable storage makes your Android device more secure and lets you keep more of what you want.

Fast processors

Many smartphone manufacturers have built their own chips for their devices to meet the needs of modern users. These chips contain a CPU, graphics processor, LTE modem, signal processor, and AI accelerator. Some also have units for Bluetooth and Wi-Fi. Nearly all of these chips are based on ARM architecture, but different variations offer different strengths and weaknesses. When it comes to processing speed, the more powerful processors make a big difference in how quickly your smartphone can process your actions.

The Snapdragon 845 is the fastest processor available in the Android market, with speeds 25 percent faster than its predecessor. Apple is expected to release its 64-bit ARM system-on-a-chip (SOC), which will be incorporated into the iPhone SE 2020. Until then, the iPhone 12 is the fastest smartphone on the planet, followed by the Huawei Mate 40 Pro and the Asus ROG Phone III. Qualcomm has also increased its market share in the chipset market and remains the top processor on the market.

Good build quality

There are two types of build quality – cheap and high-end. Cheaper ones are often less durable, and come with shorter software support periods. Android phones generally get two years of stable software support, and if they’re lucky, they’ll receive one or two security updates a year. Google and Samsung have pushed their support to three years, though that isn’t the standard yet. You need to consider whether you can live with it.

Price

The cost of Android smartphones is driven by competition between OEMs, which assemble hardware, software, and a search engine. Hardware costs are assumed to be identical in every device and will increase in proportion to the price, while software and search engine costs are normalized. The latter are the main drivers of pricing. As a result, the price of a normal Android smartphone remains higher than its forked counterpart. In theory, this would lead to price reductions in the forked Android market.

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