Today we will compare two of the best flagship processors of Qualcomm and Hisilicon. That is, today we will compare Snapdragon 888 vs Kirin 9000. And we will see that the processor of which brand is better.
Because as new smartphones are coming in the market. By the way, we get good performance in them. But we get this performance only when we have the best processors. Because with the help of processors, smartphones are able to give us good performance.
If we talk about Snapdragon 888, then it is the latest processor of the Qualcomm 8 series. In which we get the support of very good features. Also, a 5G modem has also been installed in this processor. With the help of which we also get the support of 5G in this processor.
The Kirin 9000 is the new flagship processor of Hisilicon. This processor also has a 5G modem. With the help of which we get the support of 5G.
But if we want to choose one of these two processors, then for that we have to compare these two because we will not be able to tell which of the two processors is better, without comparing. Because both of them are top processors of their respective brands. So full comparison of Snapdragon 888 vs Kirin 9000 is given below.
Snapdragon 888 vs Kirin 9000 Processor Processor Full Comparison
Launch Date
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| Qualcomm officially launched its brand new Snapdragon 888 Processor on 01 December 2020. | Hisilicon officially launched its brand new Kirin 9000 Processor on 22 October 2020. |
CPU & CPU Clock Speed in Snapdragon 888 and Kirin 9000 Processor
Both the Snapdragon 888 and Kirin 9000 processors have a tri cluster architecture. In both of these, the approach of 1+3+4 big little has been implemented.
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| The core first installed in Snapdragon 888 is for high-performance tasks. In which the ARM Kryo 680 Prime CPU has been installed. Which is based on the ARM Cortex X1. Whose clock speed is 2.84 GHz. | Kirin 9000 has the first 1X core for high-performance tasks. Which has an ARM CORTEX-A77 CPU. Which has a clock speed of 3.13 GHz. |
| Here the next 3X cores are installed for low-performance tasks. In which the ARM Kryo 680 Gold CPU has been installed. Which is based on the ARM Cortex A78. Whose clock speed is 2.4 GHz. | Here the next 3X cores are installed for low-performance tasks. Which has an ARM CORTEX-A77 CPU. Which has a clock speed of 2.54 GHZ. |
| In this, the next 4X cores are installed for the task with efficiency. Which includes the ARM Kryo 680 Silver CPU based on the ARM Cortex A55. Whose clock speed is 1.8 GHz. | Here the next 4X cores are deployed for efficiency tasks. Which has an ARM CORTEX-A55 CPU.Which has a clock speed of 2.05 GHZ. |
If both of these processors are good in CPU and CPU clock speed, then even if the Kirin 9000 processor gets more clock speed. But the CPUs installed in the Snapdragon 888 processor gives a much better performance than the Kirin 9000 installed CPUs. With the help of this, Snapdragon 888 will also get very good clock speed.
CPU Fabrication Process
If we talk about the CPU Fabrication Process, both these processors are built on a 5nm (Nanometer) fabrication process. The Snapdragon 888 processor uses the Samsung-made 5NM process.
CPU Architecture & Core
If we talk about CPU Architecture, then both these processors are 64-bit octa-core processors. That is, both these processors have 8-8 cores for task distribution and multi-tasking.
Graphing Processing Unit (GPU) in Snapdragon 888 and Kirin 9000 Processor
If we look at the GPU in both these processors
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| Qualcomm Adreno 660 GPU has been installed in the Qualcomm Snapdragon 888 Processor. | The Kirin 9000 Processor features ARM MALI G78 MP24 GPU. |
| This GPU remains at 5nm. That is, we are going to get very good gaming performance in this processor. | This GPU also remains at 5nm. It is a 24 core GPU. |
Ram Support
Different rams are supported in both these processors.
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| The Snapdragon 888 Processor supports Quad Channel LPDDR5 Ram. Which has a RAM frequency of up to 2750 MHZ. | Quad Channel LPDDR5 Ram is also supported in Kirin 9000 Processor. Whose ram frequency is up to 2750 MHZ |
| LPDDR4X Ram is also supported in it. Whose ram frequency is up to 2133 MHZ. | Quad Channel LPDDR4X Ram is also supported in Kirin 9000 Processor. Whose ram frequency is up to 2133 MHZ. |
| This processor supports up to 16GB of RAM. | This processor also gets Ram support of up to 16GB. |
If we talk about Ram support in both processors, then there is the same RAM support in both processors.
Storage Support
Both Snapdragon 888 and Kirin 9000 processors support EMMC 5.1, UFS 2.1, and UFS 3.1 all three storage.
Camera Supporting in Snapdragon 888 and Kirin 9000 Processor
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| Triple ISP is supported in this processor. | This processor does not support triple ISP. |
| This processor supports three 28 + 28 + 28 MP (megapixel) cameras simultaneously. | This processor does not support a triple camera. |
| This processor supports two cameras of 64 + 64 MP (megapixel). | This processor can supports two 40+24 (megapixel) cameras simultaneously. |
| This processor supports an 84 MP (megapixel) single camera. In which both MFNR and ZSL are supported. | This processor supports a 108 MP (megapixel) single camera. |
| This processor can support a single camera of up to 200 MP (megapixel). | — |
If you talk about camera support, then the Snapdragon 888 has much better camera support than the Kirin 9000 Processor.
Video Capture Resolution
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| This processor has the support of 8K video recording, at 30FPS. Whose pixel size is 4320P. | This processor does not support 8K video recording. |
| This processor supports 4K video recording at 120FPS. Whose pixel size is 2160P. | This processor also has support for 4K video recording at 60FPS. Whose pixel size is 2160P. |
| This processor has support for 1080P video recording at 240FPS. | — |
| This processor has support for 720P video recording at 960FPS. | — |
Snapdragon 888 is also a better processor than Kirin 9000 Processor in terms of video recording.
Display Support
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| This processor supports a 4K display. With which the refresh rate is 60HZ. The pixel support available in it is 2160 × 3840. | This processor supports a 4K UDH display. The pixel support available in it is 2160×3840. |
| This processor also supports QHD + display. With which the refresh rate is 144HZ. The pixel support available in it is 1440 × 3360. | — |
Support for the same display is available in both processors. But the Snapdragon 888 processor also supports a QHD+ display. Which is not supported in Kirin 9000.
LTE Modem
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| Snapdragon X60 5G Modem is supported in this processor. | INTEGRATED BALONG 5000 MODEM is supported in this processor. |
| It has Download Speed 7.5 GBPS and Uploads Speed 3.0 GBPS. | It has Download Speed 6.5 GBPS and Uploads Speed 2.3 GBPS. |
Antutu Scores of Snapdragon 888 and Kirin 9000 Processor
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| The ANTUTU score of the Snapdragon 888 Processor is 7,35,439. | The ANTUTU score of the Kirin 9000 Processor is 6,93,605. |
Geekbench Scores of Snapdragon 888 and Kirin 9000 Processor
| Snapdragon 888 Processor | Kirin 9000 Processor |
|---|---|
| The Geekbench score that Snapdragon 888 Processor has received in Single Core is 1,135. | The Geekbench score that the Kirin 9000 Processor received in Single Core is 1,020. |
| Snapdragon 888 Processor gets 1,135 Geekbench scores in Multi-Core. | The Geekbench score this processor has received in multi-core is 3,710. |
Conclusion
If both these processors are concluded, then Kirin 9000 is a good processor in terms of clock speed. But Snapdragon 888 has a very good processor in all other features such as camera support, video support, etc. So Snapdragon 888 is a much better processor in overall performance. Also, 5G is supported in both these processors.
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