Who is better Samsung CPU or Qualcomm CPU?

Hello! Qualcomm processor is currently the most used processor in smart phones, because of its best compatibility, low cost, comprehensive functions (responsible for system computing, graphics rendering, communication interaction, etc.), good integration (GPU, CPU, communication baseband are readily available) and other characteristics are used by the majority of mobile phone manufacturers.

Samsung's processor is known as the "Big Mac", and the strong performance is currently the strongest in the ARM architecture CPU (except Intel Atom), precisely because of its large number of cores, strong GPU rendering ability, and strong performance, resulting in high heat generation, compatibility is also very poor, according to Zol's evaluation, sometimes worse than the compatibility of NVIDIA Tegra series processors.

In terms of sound quality, Qualcomm processors only have sound quality at S4 and above, and processors below S4 do not provide independent decoding chips for sound effects; The Samsung Orion processor has average sound quality.

You need to specify the specific model of the processor first, otherwise there is no way to compare.

They are all adapted from the ARM architecture. The system runs at the same frequency as Qualcomm and Samsung. At the same speed, Qualcomm is faster than Samsung.

Multi** with the main frequency, Samsung is twice as fast as Qualcomm. The energy consumption is the same as the main frequency, and Qualcomm is better than Samsung. You can buy a mobile phone as a mobile phone with Qualcomm Samsung.

It's better to buy a mobile phone party game console with Samsung.

1. Snapdragon 855

Production process: 7nm

Core Frequency: CPU Architecture: Octa-core Kryo 485

As the No. 1 processor in the 2019 Qualcomm Snapdragon processor, the Snapdragon 855 uses a 7nm manufacturing process, and the core frequency has reached more than the previous generation of Snapdragon 845, which is also the processor currently equipped with mainstream mobile phones, representative models Xiaomi 9, OnePlus 7, etc.

2. Snapdragon 845

Manufacturing process: 10nm finfet

Core Frequency: CPU Architecture: Octa-core KRYO 385

Snapdragon 845 uses Samsung's 10nm process, continues the 8-core design, and has made a good upgrade in the core, and the comprehensive performance has increased by about 20% compared with the previous generation, representing models Samsung S9, vivo iQOO Neo, Xiaomi Mi 8, etc.

3. Snapdragon 730

Production process: 8nm

Core frequency: CPU architecture: 2 KRYO470 + 6 KRYO470

Snapdragon 730 is a 700 series processor announced in 2019, using 8nm production process to surpass Snapdragon 845, Snapdragon 730 is lower than Snapdragon 845 in multi-core performance, but it is surpassing in single-core performance, in addition, there is a Snapdragon 730G processor specially designed for games on top of Snapdragon 730, representative model Redmi K20.

4. Snapdragon 712

Production process: 10nm

Core frequency: CPU architecture: 2 A75 large cores + 6 A55 small cores.

The Snapdragon 712 was launched earlier than the Snapdragon 730, its manufacturing process is 10nm, and the energy consumption of the Snapdragon 712 is less than that of the Snapdragon 845, but the Snapdragon 712 is crushed by the Snapdragon 84 in terms of running ability, representing the models Xiaomi Mi 9 SE and Snapdragon 712.

5. Snapdragon 710

Production process: 10nm

Core frequency: CPU architecture: dual-core Kryo 360 Gold + hexa-core Kryo 360 Silver

Snapdragon 710 is the representative of Snapdragon in the mid-range market, its single-core operation stability and speed are very good, although there is still a certain gap in comprehensive performance compared with Snapdragon 845, representative models include Snapdragon 710, Xiaomi CC9 and OPPO K3, etc.

Qualcomm is a well-known radio communication technology research and development company in the United States, founded in July 1985, plays an important role in promoting the development of wireless communication with technological innovation, and is currently the world's largest mobile phone processing chip manufacturer.

High-end CPUs Snapdragon 845, Snapdragon 836, Snapdragon 835, Snapdragon 821 Thunder 820.

Terminal CPU, Snapdragon 660, Snapdragon 810 Snapdragon 653. Entry-level set CPU Snapdragon 450 Snapdragon 615.

Qualcomm CPU Ladder Diagram February 2018 latest version (lite version) high-end CPU Snapdragon 845 Snapdragon 836

Snapdragon 835 Snapdragon 821

Snapdragon 820 mid-range CPU Snapdragon 660

Snapdragon 810 Snapdragon 653

Snapdragon 652 Snapdragon 650

Snapdragon 808 Snapdragon 630

Snapdragon 805 Snapdragon 626

Snapdragon 625 Snapdragon 801

Entry-level CPU Snapdragon 450

Snapdragon 617 Snapdragon 800

Snapdragon 615 Snapdragon 435

Snapdragon 430 Snapdragon 425

Samsung's mobile phones all use Exynos CPU, a processor brand designed and developed by Samsung Electronics based on the ARM architecture, which was launched in February 2011.

Samsung has a long history of developing processors for its own devices, and some chips are also used in other brands' devices, such as Apple's first three generations of iPhones. In February 2011, Samsung officially named its processor brand Exynos.

It is not uncommon to see the terms exynos and Orion being said together. In fact, the development code name of this series of chips is orion, and Chinese means Orion. Exynos is its official code name, which is a combination of two Greek words:

Exynos and Prasinos stand for "smart" and "eco-friendly" respectively.

Take the Exynos 7420 and Snapdragon 810 that are currently available on mobile phones as an example

From the perspective of CPU and memory, the specifications of the Exynos 7420 and the Snapdragon 810 are very similar, but the Exynos 7420 has a huge advantage that it uses its own 14nm FinFET process, which has a relatively large advantage in terms of process.

And in terms of GPU, Qualcomm and Samsung both use the "ancestral" Adreno and Mali series, of course, the specifications will be improved compared to the past, Exynos 7420 uses an octa-core Mali-T760MP8, the advanced process gives Samsung the courage to "pile up" on it, and the frequency is also as high as 766MHz, which is almost unimaginable for the previous 20nm processor. The Snapdragon 810 uses its own highest-end Adreno 430, which summarizes its advanced architecture and powerful performance. The data comparison is shown in the figure below;

They are all adapted from the ARM architecture. The system runs at the same frequency as Qualcomm and Samsung. At the same speed, Qualcomm is faster than Samsung.

Multi** with the main frequency, Samsung is twice as fast as Qualcomm. The energy consumption is the same as the main frequency, and Qualcomm is better than Samsung. You can buy a mobile phone as a mobile phone with Qualcomm Samsung.

It's better to buy a mobile phone party game console with Samsung.

Qualcomm is good, but he's also hot.

Qualcomm's games are relatively cool.

This Qualcomm has so many processors to compare, it's a little. You should know by reading Qualcomm's encyclopedia.

1. Qualcomm Snapdragon 800 series processor.

Snapdragon 820 Snapdragon 810 processor Quad-core A57 and quad-core A53

Snapdragon 808 processor dual-core ARM and quad-core A53 core Snapdragon 805 processor Quad-core GHz quad-core GHz Snapdragon 801 processor Quad-core.

Snapdragon 800 processor quad-core.

2. Qualcomm Snapdragon 600 series processors.

Snapdragon 615 Octa-core (four GHz + four GHz) Snapdragon 610 quad-core GHz

Snapdragon 602A quad-core GHz

Snapdragon 600 quad-core.

3. Qualcomm Snapdragon 400 series processors.

Qualcomm Snapdragon 410 quad-core A53, single-core speed up to Qualcomm Snapdragon 400 quad-core dual-core.

4. Qualcomm Snapdragon 200 series processors.

Qualcomm Snapdragon 200 quad-core Arm Cortex A5 CPU with single-core speeds; Quad-core ARM Cortex A7 CPU with single-core speeds up to:

What kind of U are you looking for is high performance or low power consumption.