3 reasons for its success

POCO M3 vs realme 7: which is better?


We compare two of the best smartphones under 200 euros. Which is the best option?

Cheap mobiles are increasingly solvent and attractive. We have said it on more than one occasion, it is not necessary to make a large outlay to get a smartphone that meets our needs and expectations.

As he LITTLE M3 As the realme 7 They are two fairly inexpensive devices that fight to attract all eyes. But, Which of them is the best buy? We compare them and review all their characteristics to find the best option.

POCO M3 and realme 7

Which of these two cheap mobiles is the best buy?

Design and display: plastic for both, fluidity for realme

The LITTLE M3 It comes with a plastic body and a fairly original design. We have gotten used to metal and glass, but that doesn't mean that well-treated plastic can't be nice. Besides, his curious rear differentiates it from many other devices. On its front, a 6.53-inch IPS screen and Full HD + resolution with a small drop-shaped notch.

The realme 7 It comes with a somewhat more common design, also in plastic. Its rear reflects light, with a change in texture on the left side that adds some distinction. Incorporates a 6.5-inch IPS screen and Full HD + resolution. The biggest differences from the POCO terminal? It has a hole in the screen and a refresh rate of 90 Hz that will give you fluency.

Cameras: the difference is in the wide angle

Rear cameras of the realme 7

This is the vertical module of the rear cameras of the realme 7.

At the back of the POCO we find three cameras: a 48 megapixel main sensor, a macro 2 megapixel and a sensor for the portrait mode that repeats with 2 megapixels. In the notch of its front, an 8 megapixel camera.

The realme terminal incorporates four cameras on its rear: a 48 megapixel main sensor, a wide angle 8 megapixel, a macro sensor 2 megapixel and a 2 megapixel camera for the black and white.

Power and battery: a tight competition

The brain of the POCO M3 is the Qualcomm Snapdragon 662, made up of 8 cores that move at a maximum speed of 2 GHz. You can only find it next to 4 GB RAM memory, although there is the possibility of choosing between versions of 64 GB and 128 GB of storage. The battery is one of its great attractions, with an astonishing 6,000 mAh that give all the peace of mind we need.

Under the chassis of the realme 7 is the Helio G95 manufactured by MediaTek, an 8-core processor that runs at a maximum speed of 2.05 GHz. It comes together with versions of 4 GB, 6 GB and up to 8 GB of RAM memory, a considerable variety of options. The Chinese terminal houses a 5,000 mAh battery that also offers great autonomy, along with a powerful 30W fast charge.

Both devices offer a solvent performance and a more than correct flow in the day to day. You will not have problems with either of these two processors for those applications that you use regularly and the occasional game.

Connectivity: basic, but with a difference

We are talking about quite cheap terminals, so it wouldn't be fair to expect 5G connectivity or anything surprising. In both cases we find a basic configuration, also more than enough.

USB Type C, 4G LTE, Bluetooth 5.0, and dual-band Wi-Fi are some of these basic characteristics. But nevertheless, the realme 7 does incorporate NFC, which we can use to easily transfer files, pair devices and pay without taking out the wallet.

POCO M3 vs realme 7: which one do I buy?

LITTLE M3

Xiaomi's POCO M3 is one of the brand's cheapest mobiles.

Both the POCO M3 and the realme 7 can be found below 200 euros. As we have seen, they are quite similar devices, but the realme 7 has some characteristics that, in my opinion, they place it above.

The first are those 90 Hz, which provide extra fluidity on a day-to-day basis. It may be a nerdy feature, but I sincerely believe that it makes a difference when you get used to it. Too we won a wide angle in the photographic section, more useful than the exploited 2 megapixel macro sensor that dozens of smartphones have incorporated this year. It allows us to capture more information whenever we need it.