February 24, 2024

Today we will compare two of Qualcomm’s best processors Snapdragon 765G vs Snapdragon 778G processor. Also, we will see which of these two processors gives us more good performance.

Both these processors are Qualcomm, 7 series processors. In which Qualcomm has installed very good features. With the help of which we get very good performance. The Snapdragon 778G processor was officially launched by Qualcomm recently. In which Qualcomm has installed very good features.

If we have to choose one of these two processors, then we have to compare these two processors first for this. Which will let us know which processor is giving us more good performance. Only then will we be able to choose the correct processor. So full comparison of Snapdragon 765G vs Snapdragon 778G is given below.

Snapdragon 765G vs Snapdragon 778G Processor Full Comparison

Launch Date

Snapdragon 765G Processor Snapdragon 778G Processor
Qualcomm officially launched its Snapdragon 765G Processor on 04 December 2019. Qualcomm officially launched its Snapdragon 778G Processor on May 19, 2021.

CPU & CPU Clock Speed in Snapdragon 765G and Snapdragon 778G Processor

Both the Snapdragon 765G and Snapdragon 778G processors have a tri cluster architecture. That is, but a big little approach of 1+1+6 has been implemented in the Snapdragon 765 processor. And Snapdragon 778G processor has a big little approach of 1+3+4.

Snapdragon 765G Processor Snapdragon 778G Processor
The Snapdragon 765G has previously been fitted with 1X core high-performance tasks. Here the KRYO 475 Prime CPU is installed which is based on ARM CORTEX-A76. Which has a clock speed of 2.4 GHz. The first 1X core in this processor is installed for high-performance tasks. In which KRYO 670 Prime CPU is installed which is based on ARM CORTEX A78. The clock speed here is 2.4 GHz.
Here the next 1X core is set for the low-performance tasks. Here the KRYO 475 Gold CPU is installed which is based on ARM CORTEX-A76. Which has a clock speed of 2.2 GHz. Here the next 3X core has been installed for the low-performance tasks. Which consists of KRYO 670 Gold CPU based on ARM CORTEX A78. The clock speed here is 2.2 GHz.
There are 6X cores for efficiency tasks. Here the KRYO 475 Silver CPU is installed which is based on ARM CORTEX-A75. Which has a clock speed of 1.8 GHz. In this processor, the next 4X cores are installed for the efficiency task. In which KRYO 670 Silver CPU is installed. Which is based on ARM CORTEX A55. The clock speed here is 1.8 GHz.

Now if the CPU of both these processors is seen properly, even if both processors get the same clock speed. But the CPUs installed in Snapdragon 778G are more powerful than the CPUs installed in Snapdragon 765G. With the help of which we will get more than this processor clock speed Snapdragon 765G.

Qualcomm Snapdragon 778G 5G Processor

CPU Fabrication Process

If we talk about the CPU Fabrication Process, then Snapdragon 765G processor is built on the fabrication process of 8nm (Nanometer). But the Snapdragon 778G processor remains in the fabrication process of 6NM.

CPU Architecture & Core

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 765G and Snapdragon 778G Processor

If we look at the GPU in both these processors

Snapdragon 765G Processor Snapdragon 778G Processor
QUALCOMM ADRENO 620 GPU has been installed in the Snapdragon 765G Processor. Qualcomm Adreno 642L GPU has been installed in the Snapdragon 778G Processor.
This GPU also remains at 7nm. This GPU also remains at 5nm.

Ram Support

Different rams are supported in both these processors.

Snapdragon 765G Processor Snapdragon 778G Processor
This processor does not support LPDDR5 RAM. This processor supports LPDDR5 RAM. Which has a RAM frequency of up to 3200 MHZ.
The Snapdragon 765G Processor supports Dual Channel LPDDR4X Ram. Which has a RAM frequency of up to 2133 MHZ. Quad Channel LPDDR4X Ram is also supported in Snapdragon 778G Processor. Which has a RAM frequency of up to 2133 MHZ.
This processor supports up to 12GB of RAM. This processor also gets Ram support of up to 16GB.

Snapdragon 778G has better RAM support than Snapdragon 765G.

Storage Support

Both Snapdragon 765G and Snapdragon 778G processors support EMMC 5.1, UFS 2.1, and UFS 3.1 all three types of storage. But Snapdragon 778G also supports UFS 2.2 and UFS 3.0.

EMMC 5.1 Storage

Camera Supporting in Snapdragon 765G and Snapdragon 778G Processor

Snapdragon 765G Processor Snapdragon 778G Processor
This processor does not support Triple ISP This processor supports Spectra 570L Triple ISP. It also has support for MFNR ZSL.
This processor does not support three cameras. This processor can support up to three (22 + 22 + 22) cameras of 22 MP simultaneously. It also has support for MFNR ZSL.
This processor supports two 22 + 22 (megapixel) cameras simultaneously. This processor can support two cameras of 36 + 22 MP simultaneously. In which MFNR and ZSL are also supported.
This processor supports a 36 MP (megapixel) single camera. Here it also has the support of MFNR ZSL. This processor supports a 64 MP (megapixel) single camera. It also has support for MFNR ZSL.
This processor supports a maximum of 192MP camera. This processor supports a maximum of 192 MP camera.

If we talk about camera support in both processors, then Snapdragon 778G has support for better cameras.

Video Capture Resolution

Snapdragon 765G Processor Snapdragon 778G Processor
This processor supports 4K video recording at 30FPS. Whose pixel size is 2160P. Snapdragon 778G processor also has support for 4K video recording at 30FPS. Whose pixel size is 2160P.
This processor has support for 1080P video recording at 60FPS. Snapdragon 778G processor also has support for 1080P video recording at 120FPS.
This processor has support for 720P video recording at 480FPS. Snapdragon 778G processor also has support for 720P video recording at 240FPS.
Here slo-mo is also supported. Here slo-mo is also supported.

In the case of video recording, both processors are the same.

Display Support

Snapdragon 765G Processor Snapdragon 778G Processor
This processor also supports QHD+ display. With which the refresh rate is 60HZ. The pixel support available in it is 1440×3360. This processor does not support QHD+ display.
This processor also supports Full HD+ display. With which the refresh rate is 120HZ. The pixel support available in it is 2560×1080. This processor supports an FHD+ display. With which the refresh rate is 144HZ. The pixel support available in it is 1080×2520.

Snapdragon 765G is a better processor in terms of display support.

Qualcomm Snapdragon 765G Processor

LTE Modem

Snapdragon 765G Processor Snapdragon 778G Processor
X52 Integrated 5G Modem is supported in this processor. This processor has an INTEGRATED Snapdragon X53 5G Modem. It also supports Modem MMWAVE and SUB 6 GHZ bands.
Here, Download Speed 3.7 GBPS and Uploads Speed 1.6 GBPS are available on the 5G network. It has a Download Speed of 3.7 GBPS and an Uploads Speed of 1.2 GBPS.
Here on the 4G network Download Speed 1.2 GBPS and Uploads Speed 210 MBPS is available.

Antutu Scores of Snapdragon 765G and Snapdragon 778G Processor

Snapdragon 765G Processor Snapdragon 778G Processor
The ANTUTU score of the Snapdragon 765G Processor is 3,20,847. The ANTUTU score of the Snapdragon 778G Processor is 5,25,904.

Geekbench Scores of Snapdragon 765G and Snapdragon 778G Processor

Snapdragon 765G Processor Snapdragon 778G Processor
The Geekbench score that Snapdragon 765G Processor has received in Single Core is 593. The Geekbench score that Snapdragon 778G Processor has received in Single Core is 773.
Snapdragon 765G Processor gets 1,819 Geekbench scores in Multi-Core. Snapdragon 778G Processor gets 2,788 Geekbench scores in multi-core.

Conclusion

Now if both these processors are looked at properly then both processors are the same in terms of clock speed. But with the help of CPUs installed in Snapdragon 778G, there is an even better clock speed here. Also, Snapdragon 778G is a better processor in GPU, fabrication process, ram, etc. Also, we get the support of 5G in both these processors.

Leave a Reply

Your email address will not be published. Required fields are marked *