Samsung Exynos 7904 Vs Qualcomm Snapdragon 730 comparison battle is about to kick off. The introduction of Samsung’s Exynos 7904 and Qualcomm’s Snapdragon 730 is aimed at next generation mid-range Android devices. Both chipsets were introduced in early 2019 and according to Qualcomm, the Snapdragon 730 is likely to power mid-to-high-end phones. In this comparison we shall discuss more about the features of both chipsets.
Process Technology (nm)
First in this comparison is based on the manufacturing node. While the Snapdragon 730 was fabricated using an 8nm process node, the Exynos 7904 was manufactured using a 14nm FinFET process. The 8nm manufacturing process is almost twice smaller in size compared to the 14nm, consumes less space and incorporates more great features.
Samsung Exynos 7904 Vs Qualcomm Snapdragon 730: Processor
For many mid-range processors, their cores seem to be octa configured. This means each of these chipsets carry 8 number of CPU cores. As for Snapdragon 730, it houses a CPU architecture called Kryo CPU. It is made up of Six Kryo 470 Silver cores clocked up to 1.8GHz, alongside 2 Gold Kryo 470 cores clocked up to 2.2GHz.
The two Gold cores are known for handling heavy task, AI and machine level interaction while the Six Silver cores are for high efficiency tasks. Samsung Exynos 7904 on the other hand possess two big Cortex A-73 cores operating at 1.8GHz for handling heavy workloads as well as six smaller Cortex A-53 cores operating at 1.6GHz for lesser functionality.
This gives an upper hand to Snapdragon chip in that its core speed are higher clocked and as a result will bring more functionality than lower ones.
Graphics in both chip seem to be at opposing end. We have heard so much about how powerful the Adreno GPUs are and also we have witnessed the Mali GPUs as well. In this comparison, Samsung Exynos 7904 is leading the Snapdragon 730 in that the Exynos 7904 utilizes a Mali-G71 MP2 GPU, whose maximum clock frequency is up to 770MHz, while Snapdragon 730 is running on the Adreno 618 with estimated clock speed of 500MHz.
Here, Samsung poses a big edge over Qualcomm by utilizing a more powerful GPU. GPU serves as a basis for visual live experience. It means smart devices powered by the Exynos 7904 chip will experience more user friendly interface and great gaming experience as compared to Snapdragon 730.
Samsung Exynos 7904 Vs Qualcomm Snapdragon 730: Performance
The snapdragon 730 includes Qualcomm’s Spectra 350 image signal processor, has the ability to support for 4K HDR and can decode H.264(AVC), H.265(HEVC) and VP9. It has up to 4K Ultra HD video capture at 30FPS as well as 1080p video capture for 120FPS. It also has support for triple Camera.
While the Exynos 7904 Video playback for FullHD is at 130FPS while for Ultra HD is at 30FPS
also posses support for triple Camera.
The snapdragon 730 comes with an X15 LTE modem consisting of Cat.13 and Cat.12 uplink and downlink features, with an estimated average speed of 800Mbps downloads and 150Mbps uploads. Wi-Fi 802.11ac, it also includes a Wi-Fi 6-ready for faster connections which can utilize 2.4 to 5GHz speeds. Buletooth 5.0. There’s also Support for up to 8GB dual channel LPDDR4X-3733 memory.
On the other aspect, the Exynos 7904 includes a Cat.12 and Cat. 13 LTE with a 600Mbps download speeds and 150Mbps upload speeds. Support for up to 4GB dual channel LPDDR4X memory. Wi-Fi 802.11ac and Bluetooth 5.0.
Here, there’s no much difference in the connectivity setup but Snapdragon 730 will experience a slightly increased connectivity compared to the Exynos 7904.
Over at AnTuTu, specifically on the version 6, the 7904 reaches an avg score of 113662, while the 730 reaches an avg score of 270444.
Samsung Exynos 7904 Vs Qualcomm Snapdragon 730 Specifications
|Chipset Name||Exynos 7904||Snapdragon 730|
|Number Of Cores||8-Cores||8-Cores|
|CPU||Octa-core 1.8GHz||Octa-core 2.2GHz|
|GPU (Graphics)||ARM Mali-G71 MP2||Qualcomm Adreno 618|
==> Disclaimer: Specifications, features shown for this chipset was inserted manually. We cannot guarantee that the info on this page is 100% correct. If you think that any information of this particular chipset is wrong or missing, please don’t hesitate to Contact Us.
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