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HiSense H40 Lite vs Oppo Reno5 Pro

HiSense H40 Lite
35%
DeviceList score
vs
Oppo Reno5 Pro
44%
DeviceList score
We compared the characteristics of HiSense H40 Lite and Oppo Reno5 Pro and compiled a list of advantages and a comparison table for you. Find out which one to choose in 2024 year.
HiSense H40 Lite benefits
Weight
150 g
-23 g (-13.3%) better
vs
173 g
Oppo Reno5 Pro benefits
Winner in comparison
Width
73.2 mm
-3.4 mm (-4.4%) better
vs
76.6 mm
Height
159.7 mm
-6 mm (-3.6%) better
vs
165.7 mm
Thickness
7.6 mm
-1.4 mm (-15.6%) better
vs
9 mm
Technological process
7 nm
-21 nm (-75%) better
vs
28 nm
CPU Frequency
2600 MGz
1000 MGz (62.5%) better
vs
1600 MGz
Maximum RAM Capacity
8 Gb
5 Gb (166.7%) better
vs
3 Gb
AnTuTu
541437
464859 (607%) better
vs
76578
Maximum built-in memory
128 Gb
64 Gb (100%) better
vs
64 Gb
Diagonal size
6.55 inches
0.03 inches (0.5%) better
vs
6.52 inches
Pixel density
401 ppi
132 ppi (49.1%) better
vs
269 ppi
Display area
88 %
8 % (10%) better
vs
80 %
Camera matrix
64 MP
51 MP (392.3%) better
vs
13 MP
Capacity
4350 mAh
350 mAh (8.8%) better
vs
4000 mAh

Comparison of all specifications

HiSense H40 Lite Oppo Reno5 Pro
Diagonal size
The larger the diagonal of the screen — the more comfortable the interaction with the device, especially it is worth noting watching videos and games.
6.52 inches 6.55 inches
0.03 inches (0.5%) better
Resolution
720 x 1600 px 1080 x 2400 px
Aspect ratio
20:9 20:9
Pixel density
The high pixel density per inch allows you to display information on the screen with clearer details.
269 ppi 401 ppi
132 ppi (49.1%) better
Display area
The area percentage occupied by the screen of the device with respect to the front side.
80 % 88 %
8 % (10%) better
Width
We recommend choosing the width of the device based on the length of your fingers, too wide models will not allow you to comfortably interact with one hand across the entire surface of the display.
76.6 mm 73.2 mm
-3.4 mm (-4.4%) better
Height
Depending on the length of your fingers, the height of the device may affect the comfort of using one hand.
165.7 mm 159.7 mm
-6 mm (-3.6%) better
Thickness
The thinner the smartphone, the more pleasant it is to hold in your hands. Usually this value correlates with the weight of the device.
9 mm 7.6 mm
-1.4 mm (-15.6%) better
Weight
The weight of the device can greatly affect the comfort of using one hand, modern smartphones tend to reduce weight.
150 g
-23 g (-13.3%) better
173 g
SoC (System on Chip)
Spreadtrum Unisoc SC9863A MediaTek Dimensity 1000
Technological process
The smaller the process, the more advanced the technology and the more transistors are placed on a chip of the same area, which gives higher performance.
28 nm 7 nm
-21 nm (-75%) better
CPU
The processor is responsible for interpreting and executing instructions contained in software applications.
4x Cortex 4x Cortex
CPU Frequency
The frequency describes the speed, the more - the more cycles per second the processor processes and program instructions are executed.
1600 MGz 2600 MGz
1000 MGz (62.5%) better
Maximum RAM Capacity
RAM is required to store and quickly process data of the operating system and running applications at the moment. A large amount of RAM provides a good performance device.
3 Gb 8 Gb
5 Gb (166.7%) better
AnTuTu
Scores in the popular AnTuTu test show the potential performance of the device under high load. The more points the device scores, the better.
76578 541437
464859 (607%) better
Type
Li-Ion Li-Polymer
Fast charging
Capacity
Maximum charge that can save the battery
4000 mAh 4350 mAh
350 mAh (8.8%) better
Camera matrix
The number of megapixels depends on the size and resolution of photos and videos.
13 MP 64 MP
51 MP (392.3%) better
Maximum built-in memory
The more internal memory, the more applications, video and other data you can store on your device.
64 Gb 128 Gb
64 Gb (100%) better
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