Today we will compare the two best processors of Qualcomm and Hisilicon i.e. Snapdragon 750G vs Hisilicon Kirin 985 and see which of these two processors gives us better performance.
Snapdragon 750G is a 5G processor from Qualcomm’s 7 series. In which Qualcomm has installed a lot of great features. With the help of which we get very good performance and we can do all our work easily.
At the same time, Kirin 985 is a great processor from Hisilicon. In which Hisilicon has installed a lot of great features. With whose help we get very good performance.
But if we have to buy a smartphone of either of these two processors, then which one will we do? To find out, we first have to do a comparison between these two processors. By which we will know which processor gives us better performance. And which processor smartphone should we buy? So the full comparison of the Snapdragon 750G vs Hisilicon Kirin 985 processor is given below.
Snapdragon 750G vs Hisilicon Kirin 985 Processor Full Comparison
Launch Date
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| Qualcomm officially launched its Snapdragon 750G Processor on 22 September 2020. | Hisilicon officially launched its brand new Kirin 985 Processor on 15 April 2020. |
CPU & CPU Clock Speed in Snapdragon 750G and Hisilicon Kirin 985 Processor
Dual cluster architecture has been installed in Snapdragon 750G processor. In which the big little approach of 2+6 has been applied. At the same time, tri-cluster architecture has been installed in Kirin 985 processor. In which a big little approach of 1+3+4 has been applied.
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| The Snapdragon 750G has previously been fitted with 2X core high-performance tasks. Here the KRYO 570 GOLD CPU is installed which is based on ARM CORTEX-A77. Which has a clock speed of 2.2 GHz. | Kirin 985 has the first 1X core for high-performance tasks. Which has an ARM CORTEX-A76 CPU. Which has a clock speed of 2.58 GHz. |
| Here the next 6X cores are deployed for efficiency tasks. Here the KRYO 570 SILVER CPU is installed which is based on the ARM CORTEX-A55. Which has a clock speed of 1.8 GHz. | Here the next 3X cores are installed for low-performance tasks. Which has an ARM CORTEX-A76 CPU. Which has a clock speed of 2.4 GHZ. |
| — | Here the next 4X cores are deployed for efficiency tasks. Which has an ARM CORTEX-A55 CPU. Which has a clock speed of 1.84 GHZ. |
If we talk about CPU and CPU clock speed in both these processors, the CPUs installed in Snapdragon 750G is better than the CPU installed in Hisilicon Kirin 985. But if we talk about clock speed, then the clock speed in Hisilicon Kirin 985 is more than Snapdragon 750G.
CPU Fabrication Process
If we talk about the CPU Fabrication Process, then Snapdragon 750G processor is made on the fabrication process of 8NM. And the Hisilicon Kirin 985 processor is made on the fabrication process of 7nm (Nanometer). In terms of the CPU Fabrication Process, Hisilicon Kirin 985 is a better processor.
CPU Architecture & Core
Both these processors are 64-bit octa-core processors. That is, in both these processors, 8-8 cores have been installed for task distribution and multi-tasking.
Graphing Processing Unit (GPU) in Snapdragon 750G and Hisilicon Kirin 985 Processor
If we see GPU in both these processors then
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| QUALCOMM ADRENO 619 GPU has been installed in the Snapdragon 750G Processor. | The Kirin 985 Processor features ARM MALI G77 MC8 GPU. |
| This GPU also remains at 8nm. | This GPU also remains at 7nm. It is an 8 core GPU. |
Ram Support
Different RAMs are supported in both these processors.
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| The Snapdragon 750G Processor supports Dual Channel LPDDR4X Ram. Which has a RAM frequency of up to 2133 MHZ. | Dual-Channel LPDDR4X Ram is also supported in Kirin 985 Processor. Whose ram frequency is up to 2133 MHZ. |
| This processor supports up to 12GB of RAM. | This processor also gets Ram support of up to 10GB. |
If we talk about RAM support in both the processors, then the same RAM support is available in both the processors. But the maximum RAM support is available in Hisilicon Kirin 985 more than Snapdragon 750G.
Storage Supporting in Snapdragon 750G and Hisilicon Kirin 985 Processor
EMMC 5.1 and UFS 2.1 storage support is available in Snapdragon 750G. And at the same time, the Hisilicon Kirin 985 processor supports EMMC 5.1, UFS 2.1, and UFS 3.0 all three types of storage.
Camera Support
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| This processor supports two 16 + 16 (megapixel) cameras simultaneously. Here it also has the support of MFNR ZSL. | This processor can support two 40+24 (megapixel) cameras simultaneously. |
| This processor supports a 32 MP (megapixel) single camera. Here it also has the support of MFNR ZSL. | This processor supports a 64 MP (megapixel) single camera. |
| This processor supports a maximum of 192MP cameras. | — |
If we talk about camera support in both processors, then Hisilicon Kirin 985 supports better cameras than Snapdragon 750G.
Video Capture Resolution
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| This processor supports 4K video recording at 30FPS. Whose pixel size is 2160P. | Kirin 985 processor also has support for 4K video recording at 60FPS. Whose pixel size is 2160P. |
| This processor has support for 1080P video recording at 120FPS. | — |
| This processor has support for 720P video recording at 240FPS. | — |
In the case of video recording, both the processors are the same. But the video recording options are available in Snapdragon 750G more than Hisilicon Kirin 985.
Display Support
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| This processor also supports FHD + display. With which the refresh rate is 120HZ. The pixel support available in it is 1080×2520. | Kirin 985 processor supports a 4K UDH display. The pixel support available in it is 2160×3840. |
In-display support, Hisilicon Kirin 985 is a better processor than Snapdragon 750G.
LTE Modem
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| X52 Integrated 5G Modem is supported in this processor. | INTEGRATED BALONG 5G MODEM is supported in Kirin 985 processor. |
| Here, Download Speed 3.7 GBPS and Uploads Speed 1.6 GBPS are available on the 5G network. | It has Download Speed 2.3 GBPS and Uploads Speed 1.25 GBPS. |
| Here on the 4G network Download Speed 1.2 GBPS and Uploads Speed 210 MBPS is available. | — |
Antutu Scores of Snapdragon 750G and Hisilicon Kirin 985 Processor
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| The ANTUTU score of the Snapdragon 750G Processor is 3,27,889. | The ANTUTU score of the Kirin 985 Processor is 4,14,838. |
Geekbench Scores of Snapdragon 750G and Hisilicon Kirin 985 Processor
| Snapdragon 750G Processor | Hisilicon Kirin 985 Processor |
|---|---|
| The Geekbench score that Snapdragon 750G Processor has received in Single Core is 650. | The Geekbench score that the Kirin 985 Processor received in Single Core is 683. |
| Snapdragon 750G Processor gets 1,900 Geekbench scores in Multi-Core. | The Geekbench score this processor has received in multi-core is 2,565. |
Conclusion
Now if both these processors are looked at properly, then Hisilicon Kirin 985, Snapdragon 750G processor is performing very well in overall performance. The Hisilicon Kirin 985 has very good support for CPU, GPU, RAM, etc. Also, we get 5G support in both these processors.
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