Realme X7 Pro vs Redmi K30 Ultra vs Oppo F17 Pro Charging Speed Test By TechNick

These three smartphones put together cost the same price as one iPhone 12 Pro max, and today they'll be going head-to-head against each other in a charging speed test talking about charging, they are actually faster at charging, every single one of them to the iPhone 11 Pro max or the 12 pro max, since they share the same 18 watt block. The Realme x7 pro is one of my favorite mid-range smartphones of 2020. It comes paired with a 4500 William hour battery, and it comes paired with a whopping 65 watt charging block in the box and, yes, it can charge at a whopping 65 watts. The Redmi k30 ultra is unfortunately only available in China for the time being, though, still an incredibly cheap device packed with tons of features. It also comes paired with a 4 500 William hour cell, and it comes with a slightly lower 33 watt block in the box and one of the slimmest and cheapest phones in the world. The Oppo f17 pro comes paired with a 4015 William hour battery much smaller than the other two devices, as well as a massively sized power adapter in the box.

However, this is only a 30 watt block, and that is indeed what the phone charges at but lower than others, still a lot more than some of the most expensive smartphones in the world. I'm super excited to get this one going for you guys. I hope that you will enjoy this video as much as I did making it. This is tech, nick and without further ado. Let's, let's go, so we're going to go ahead and plug in all the phones all drained at the same time, and we have the percentage above each device underneath the branding of each device, and we have the time interval at the top right-hand corner of the screen over here, and that is in relation to the percentage above the phones.

It is not in real time twenty percent after just five minutes for the Realme seven percent for the red me and ten percent before the Oppo over here, and we're reaching that a ten-minute mark 40 for the Realme 19 for the k30 ultra and 24 for the Oppo f17 pro we're going to move on up to the 15-minute interval. It's interesting to see that the Oppo is indeed beating the Redmi with a smaller wattage block, but after 15 minutes we have 58 on the Realme 31 on the Redmi and 38 on the Oppo f17 pro. As I was saying earlier, there is a smaller wattage block in the box of the f17 pro. It is limited to 30 watts, so it does have a smaller battery than the Redmi k30 ultra. So it's not necessarily surprising.

After 20 minutes we have 72 on the Realme 40 on the k30 ultra and almost 50 on the f17 pro after 25 minutes, 85 percent on the x7 pro 49 from the k30 ultra and 60 on the f17 pro this time around and reaching that 30 minute mark will be interesting to see. Yes, we do hit over 1994 on the x7 pro 57 on the k30 ultra and now 70 on the f17 pro pulling ahead quite a bit compared to the Redmi over there we're reaching the 35-minute mark. Now, let's see if the Realme can knock off just almost at 100 99, there 67 on the k30 ultra and 80 on the f17 pro, not passing 80 there and after just 36 minutes the best time I've ever gotten before the x7 pro from Realme over here. It did it in just 36 minutes with a massive 4500 William ASL and got a rating of 125 William hours per minute, which is absolutely fantastic. Reaching the 45-minute mark 83 on the Redmi and 94 11 ahead on the Oppo f17 pro like, I said earlier much smaller battery, but it does indeed have slightly slower what it's charging it'll be interesting to see how close they come to their advertised times, which we'll get to at the end of the video.

After just 54 minutes, the Oppo clocks are 100 charging up its 4015 William hour battery in just 54 minutes, which is pretty great. It's degrees in Celsius at the end of its charge is slightly better than that of the real me. Even though Realme is the baby company of upper Xperia is indeed the parent company. It did have a worse a million power permanent reading, as well as a percentage per minute reading and, of course, it charged slower at 54 minutes as opposed to 360k through the ultra is almost out after the hour mark and after just one hour and three minutes, we hit 100 on the Redmi k30 ultra over here, which is still fantastic time, since its advertised time was just 58 minutes. The Realme was indeed the best in terms of time at 36 minutes and the best in terms of William hours, permanent reading of 125 compared to the others, pretty close together, 72 and 74 respectively, the first 50 William hour reading.

We got 188 for the x7 pro 87 for the Redmi and higher than that at the Oppo f17 pro with 96. In last place, which is indeed third place. The Redmi k30 ultra did it in just one hour and three minutes, though its advertised time is indeed 58 minutes. So it was just five minutes slower than its advertised time. It got a William hour, charge rate reading, permitted of a 72, and it charged at a rate of 1.6 per minute. The Oppo f17 pro came in second place here, of course.

Second of just three advertise time was 53 minutes, and it did it in 54 minutes, so just one minute slower in that department. I did expect it to beat the Redmi over here, since it does have a much smaller battery cell of 4015 as opposed to 4500. Nevertheless, it did better than the k30 ultra in terms of William hour readings getting 74 per minutes, as well as a battery charge rate of 1.9 per minute. And finally, the Realme x7 pro of course places first over here, filling up its tank from zero to 100 in just 36 minutes. That is one minute slower than its advertised time of 35 minutes, which is perfectly fine with me, since it is indeed a massive four thousand five hundred million per cell and the 65 watt charging in this does an absolutely super job it charged at a whopping, 125 William hours per minute, as well as 2.8 per minute. That is absolutely impressive, though not the fastest.

I have tested on my channel. Definitely one of the quickest so far guys. I hope that you enjoyed watching this video as much as I did making it. This is tech, nick and I'll, see you in the next one.

Source : TechNick