Motorola One Fusion+ VS Redmi Observe 9 Professional Max: Specs, Tool
Motorola One Fusion+ 6.5 inch HDR 10 certify Full-HD+ IPS display, while Redmi Note 9 Pro Max has a 6.67 inch full-HD+ display which is capable of introducing 84 percent NTST color gamat Is. The panel of the Motorola smartphone does not find any type of security layer, while Xiaomi has used Corning Gorilla Glass 5 in its phone.
The Indian variants of Motorola One Fusion+ have Qualcomm Snapdragon 730 G, while its global variants include Snapdragon 730. One fusion+ comes with only 6 GB RAM and 128 GB storage, which is priced at Rs 16,999 in India.
On the other hand, the Redmi Observe 9 Professional Max has Snapdragon 720G chipset and has been introduced in three variants. These include 6 GB + 64 GB storage variants, 6 GB + 128 GB storage variants and 8 GB + 128 GB storage variants. Their price is Rs 16,999, Rs 18,499 and Rs 19,999 respectively. The Redmi Note 9 Pro Max was launched at low prices, but an increase in GST rate and another recent adjustment has made it more expensive.
Both devices support dual SIMs with 4G and VoLTE, but only the Redmi Note 9 Pro Max has a dedicated microSD card slot. In Motorola One Fusion+, you can apply either two SIM or one SIM and a microSD card due to a hybrid dual-sim slot. Both phones support Bluetooth 5, dual-band Wi-Fi and more than one navigation system.
Both these smartphones run Android 10 and at the time of our comparison, they were running on April security patch, but their user interfaces are very different. The Redmi Note 9 Pro Max runs on Android MIUI 11 on the skin. It comes with many blotware (already installed unwanted apps) and we get some apps that show all the unwanted advertisements and notifications. Motorola One Fusion+ is almost felt like stock Android and does not contain a lot of preenstold blotware. We did not face a single spam notification in it during the review period. Here we surely liked the clean user interface of Motorola One Fusion+ compared to the Redmi Note 9 Pro Max.
(ALSO READ: Motorola One Fusion+ Vs Redmi Observe 9 Professional Max: Whose camera performance better?)
Motorola One Fusion+ VS Redmi Observe 9 Professional Max: Efficiency
We found both these smartphones fast and not a single lag came at any time. Both review units had 6 GB RAM and 128 GB storage, so we were eager to see who would come up in terms of performance. The fingerprint scanners present in both phones immediately unlock the phone and a good thing in the Redmi Note 9 Pro Max is that it also has face unlock, which is not in Motorola One Fusion+.
We watched some videos on both these devices and found Motorola One Fusion+ better in terms of speaker and screen. We conduct some benchmark tests on both these devices and the results were quite similar. In AnuTu, Motorola One Fusion+ received a 273,407 score, while the Redmi Note 9 Pro Max managed to score 277,058. In the single and multi-core test of Geekbench 5, Motorola One Fusion+ scored 548 and 1,691 marks respectively and here also the Redmi Note 9 Pro Max was slightly ahead with its 564 and 1,759 points. For graphics benchmarks, GFXBench’s T-Rexes and Car Chase views on 55fps and 15fps respectively, while in the Redmi Note 9 Pro Max, these scenes run on 59Fps and 16fps respectively.
We ran a pubg cell on Motorola One Fusion+ and Redmi Observe 9 Professional Max and on both devices, walk on high preset by default. The game went comfortably without any problem on both smartphones, but we noticed that the Redmi Note 9 Pro Max felt a little warm in touching after playing for 20 minutes, while the Motorola One Fusion+ was not affected in the same time.
Both review phones come with almost the same battery equal capacity and last for about one and a half days in full charge with regular use. However, in our HD video loop test, the Redmi Note 9 Pro Max lasted 17 hours, 10 minutes. This is much higher than 15 hours and 45 minutes of Motorola One Fusion+. Redmi Observe 9 Professional Max also has a high charging capacity, as it gets 33W charger. It charges up to 90 percent in an hour. At the same time, 18W charger is found in Motorola One Fusion+, which is able to charge the phone up to 60 percent in the same time.
Motorola One Fusion+ Vs. Redmi Note 9 Pro Max
Motorola One Fusion+ |
Redmi Note 9 Pro Max |
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Ratings | ||
Complete NDTV rating | ||
Design rating | ||
Display rating | ||
Software rating | ||
Performance rating | ||
Battery life rating | ||
Camera rating | ||
Value for Money Rating | ||
Display | ||
Screen size (inch) | 6.50 | 6.67 |
Resolution | 1080×2340 pixels | 1080×2400 pixels |
Aspect ratio | 19.5: 9 | 20: 9 |
Pixel per inch (PPI) | 395 | , |
Protection type | , | gorilla Glass |
Hardware | ||
Processor | 2.2 GHz octa-core | 1.8 GHz octa-core |
Processor model | Qualcomm Snapdragon 730g | Qualcomm Snapdragon 720g |
Ram | 6 GB | 6 GB |
Internal storage | 128 GB | 64 GB |
Expandable storage | Yes | Yes |
Expandable storage type | MicroSD | MicroSD |
Expandable storage capacity (GB) | 1000 | 512 |
Separate microSD card slot | No | Yes |
Camera | ||
Rear camera | 64-megapixel (f/1.8) + 8-megapixel (f/2.2) + 5-megapixel (f/2.4) + 2-megapixel (f/2.4) | 64-megapixels (f/1.89, 1.6-micron) + 8-megapixel (f/2.2, 1.12-micron) + 5-megapixels (1.12-micron) + 2-megapixels (1.75-micron) |
Front camera | 16-megapixel (f/2.2) | 32-megapixel (1.6-micron) |
Pop-up camera | Yes | , |
Rear autofocus | , | Yes |
Rear flash | , | Yes |
Software | ||
Operating system | Android | Android |
Skin | My UX | MIUI 11 |
Connectivity | ||
Wi-Fi Standard Support | 802.11 A/B/G/N/AC | 802.11 A/B/G/N/AC |
Bluetooth | Yes | Yes |
USB Type C | Yes | Yes |
SIM number | 2 | 2 |
Active 4G on both SIM cards | Yes | , |
Infrared Direct | , | Yes |
Sim 1 | ||
Sim type | Nano sim | Nano sim |
4G/ LTE | Yes | Yes |
Sim 2 | ||
Sim type | Nano sim | Nano sim |
4G/ LTE | , | Yes |
Sensor | ||
Fingerprint sensor | Yes | Yes |
Proximity sensor | Yes | Yes |
Accelerometer | Yes | Yes |
Ambient light sensor | Yes | Yes |
Gyroscope | Yes | Yes |
Face unlock | , | Yes |
In-display fingerprint sensor | , | No |
Compass/ magnetometer | , | Yes |