The Snapdragon675 and Exynos 9611 are the must-have advanced chipsets that are mostly used in smartphones. Both the Snapdragon 675 and the Exynos 9611 are superior chipsets in their own right and come packed with insane features including their ability to handle up to 8GB of RAM. But, which is better, Snapdragon 675 or Exynos 9611?
When comparing the snapdragon 675 and the exynos 9611, we see that overall the snapdragon 675 is a better chipset than the exynos 9611. The main difference is the CPU performance of the snapdragon is better than the exynos 9611. The snapdragon also has a better GPU performance and supports a higher camera resolution than the exynos 9611. The Artificial intelligence capabilities of the snapdragon 675 are also better than that of the exynos 9611.
However, when it comes to power efficiency, we see that the exynos 9611 is better. This is so because the Exynos 9611 uses the 10nm FinFET low power plus process which helps to save battery power and improve battery performance, while the snapdragon uses the 11nm FinFET LPP which improves performance but does not do a good job at saving the battery.
The snapdragon 675 is by far a superior choice as it is better than the exynos 9611. This is because when comparing the two chipsets we see that the snapdragon has a better CPU performance, GPU performance and AI than the exynos 9611.
The exynos is not very bad either, in some of its own ways it is also better than the snapdragon 675. For instance, the exynos chip uses the 10nm process. This process makes the exynos to be more efficient than the snapdragon 675 in terms of battery performance and battery saving. The snapdragon uses a 11nm FinFET technology which does not save much battery. Below is the full comparison of the two chipsets as well as their pros and cons.
Specification And Feature Comparison
|Chipset||Snapdragon 675||Exynos 9611|
|Fabrication process||11nm LPP FinFET||10nm LPP FinFET|
|Central Processing Unit||Octa core CPU, 2 A76 cores, 6 A55 cores||Octa core CPU, 4 A73 cores & 4 A53 cores|
|Clock Speed||2 GHz for A76 cores & 1.7GHz for A55 cores||2.3 GHz for A73 cores & 1.7GHz for A53 cores|
|GPU||Andreno 6||Mali G72|
|Artificial Intelligence||Hexagon 685||AI Built-in|
|Max download speed||600Mbps||600 Mbps|
|Upload speed||150 Mbps||150Mbps|
When it comes to data processing, the exynos 9611 makes use of a 10nm LPP FinFET fabrication process. This process is by TSMC. On the other hand, the snapdragon 675 makes use of a 11nm LPP FinFET process which is also by TSMC. In terms of the process, the exynos has a better process fabrication for the chipset. This is because the 10nm LPP FinFET helps in ensuring that the processor has better performance in terms of battery and so that it can save energy.
Central Process Unit (CPU)
Both of these chipsets use the octa core design but they are different in terms of the architecture. The exynos 9611 makes use of a 64-bit octa core design. This chipset has four A73 cores that have a clock speed of up to 2.3 GHz. It also has four cortex A53 cores that have a clock speed pf up to 1.7 GHZ. The clock speed has been upgraded in the 9611 as compared to that in the 9610, but everything else is the same.
The Snapdragon 675 uses the kyro 460 architecture which is an upgrade from the kyro 360 architecture. The chipset also has an octa core design. It has two cortex A76 cores that have a maximum clock speed pf up to 2.0 GHz. It also has 6 cortex A55 cores that have a maximum clock speed of 1.7GHz. Here the snapdragon excels because of the kyro 460 architecture that it uses. This makes the snapdragon to have a better CPU performance as compared to that of the snapdragon 675. However, when it comes to power efficiency, the exynos 9611 still excels since it makes use of the 10nm process fabrication.
The exynos 9611 makes use of the Mali G72 MP3 GPU. This GPU works to enhance the graphics and it is also used in the previous model, the 9610. The chipset also helps to improve your overall performance and experience during gaming.
The snapdragon uses the adreno 612. This is a downgrade as compared to the adreno 615 that is used in the predecessor. This ensures that the performance is very good. Comparing the two, we see that the snapdragon 675 has a better performance in terms of the graphics. This is because it also has a higher clock speed than the exynos 9611. The snapdragon also allows you to optimize your gaming more in order to get the best experience.
When it comes to the camera features, the exynos is the winner because it can support a wide range of features. The exynos supports the use of a single camera as well as the camera. It can support a 24 MP to 64MP single camera. It can also support a 16MP + 16MP dual camera resolution. In terms of video recording, it allows you to record 1080p video at 60fps. It also allows you to record a slow-motion video at 450fps. Other features that it can support include the triple camera setup, quad camera setup as well as AI camera features.
The snapdragon also supports single camera (25MP, 48MP and 192 MP camera sensor). In terms of camera resolution support, the snapdragon 675 is the winner. This is because it can support a resolution of up to 192 MP. Other features that the snapdragon supports include triple camera, portrait mode, slow-mo recording and many more.
With the exynos 9611, you can use 4G technology.it uses cat 13 uplink and cat 12 for the downlink. The exynos has a maximum download sped of up to 600Mbps and an upload speed of up to 150Mbps. It also has WIFI support as well as Bluetooth 5.0 support.
The snapdragon 675 uses an LTE modem that has a maximum download speed of 600Mbps on a cat 12 DL and a maximum upload speed of 150Mbps on a cat 13 up. It supports the use of Bluetooth 5.0. The WIFI speed can reach up to 866Mbps. This makes the snapdragon 675 a winner in this category because it has a much higher WIFI speed. Otherwise, all the other features are the same.
Artificial Intelligence (AI)
The exynos 9611 has an AI engine built in. This makes the device that uses this processor to have cameras that are smarter. It will also make the cameras produce great results at any condition. Artificial intelligence is used through deep learning. Snapdragon uses a hexagon 685. This helps on enabling Artificial intelligence monitoring, battery management, camera and many other features.
The exynos 9611 is manufactured by Samsung. It is used in android smartphones as well as tablets. The exynos 9611 makes use of 8 cores that are in two sets of four. It has four cortex A73 cores that have a speed of up to 2.3GHz as well as four A53 cores with a speed of up to 1.73GHz. The A73 cores are responsible for dealing with the foreground as well as the background tasks. The A53 cores are responsible for dealing with power efficiency. When it comes to the cameras, this has a higher resolution that its predecessors.
This chipset is manufactured through the 10nm FinFET process. This ensures that it is more power efficient. Because of this, it can also be used in smartphones that are very small. The exynos 9611 has an LTE modem integrated. This modem uses 4G technology and it has a maximum download speed of up to 600GHz. The maximum upload speed is 150Mbps. It also has WIFI connectivity and Bluetooth 5.0 built in. It uses a Mali GPU that can support DirectX 12, Vulkan as well as OPENgl.
- Transistor is smaller in size which ensures power efficiency
- Clock speed is very good
- The chipset has a high GPU frequency
The snapdragon 675 is also used in most android smartphones as well as tablets. The chipset also has 8 cores just like the exynos 9611. However, it uses a different architecture and design. The snapdragon 675 uses the kyro 460 architecture. It has two cortex A76 cores and cortex A55 cores. They have a clock speed of 2GHz on the A76 cores and 1.7GHz on the A55 cores. These make use of an adreno 612 GPU that is there to enhance the graphics. The chipset also has a modem that has a maximum download speed of 600Mbps and an upload speed of up to 150Mbps.
The snapdragon 675 also supports WIFI connectivity, FM radio as well as Bluetooth connectivity. It has satellite position feature that is equipped with GPS, GLONASS, SBAS, QZSS, GALILEO and BEIDOU. The architecture of the cores ensures that the performance this chip gives is high end. It also uses a 11nm low power plus fabrication process. This helps to improve the performance but it is not as good as the 10nm in terms of power efficiency.
- More optimizations to give you a great gaming experience
- Very good performance in terms of floating-point computations
- Not as power efficient as the Exynos 9611