Mobile Processor Guide Including Top Brands and Specs

Mobile processors are the brains of our smartphones, tablets, and laptops, handling tasks from browsing the web to playing games and editing photos. Qualcomm Snapdragon is a top brand in the mobile processor market.

Apple's A14 Bionic chip is a powerful mobile processor that offers a 6-core CPU and a 4-core GPU. It's designed to deliver fast performance and efficient battery life.

Mobile processors have come a long way in recent years, with advancements in AI and machine learning capabilities. For example, the Apple A14 Bionic chip has a dedicated Neural Engine that accelerates machine learning tasks.

The choice of mobile processor can significantly impact the performance and battery life of your device.

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Several manufacturers dominate the smartphone CPU market, with Taiwanese contract manufacturer TSMC taking large volumes.

These manufacturers have their own brand names for their in-house chipsets, such as Apple's A-series, Samsung's Exynos series, Huawei's Kirin series, and Qualcomm's Snapdragon series.

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Some notable examples include the Apple A13 Bionic in the iPhone 11 and the Qualcomm Snapdragon 855 in the Google Pixel 4.

Here are some examples of mobile processors from various manufacturers:

Huawei's Kirin processors have been praised for their AI performance and power efficiency, despite facing challenges due to trade restrictions.

The Apple A Series processors are exclusive to Apple's iPhone and iPad lineup, renowned for their remarkable performance and optimization. They bring significant improvements in CPU and GPU performance, energy efficiency, and neural engine capabilities for machine learning tasks.

Each new iteration of the Apple A Series sets new standards in mobile processing. The Apple A14 Bionic and its successors offer unmatched speed and efficiency that complement the iOS ecosystem perfectly.

The Apple A Series processors are designed to work seamlessly with the iOS operating system. This integration allows for optimized performance and power efficiency.

Here are some key facts about the Apple A Series processors:

The Samsung Exynos Series is a line of mobile processors designed and manufactured by Samsung. These chips stand out for their custom CPU cores and integration of Samsung's own 5G modem technology.

One of the notable features of Exynos processors is their ability to compete closely with their Qualcomm and Apple counterparts, offering excellent performance, especially in markets outside the United States. The Exynos 2100 is a great example of this, pushing the boundaries of what a mobile processor can do.

Samsung's Exynos chips are predominantly used in the company's own Galaxy series of smartphones and tablets, but they've also found their way into devices from other manufacturers. This shows the versatility and reliability of the Exynos Series.

Here are some key features of the Exynos Series:

Overall, the Samsung Exynos Series is a force to be reckoned with in the world of mobile processors.

Benchmarking is a crucial aspect of evaluating mobile processors. It's difficult to assess CPU performance on paper due to the many possible combinations of SoC processors.

Collecting benchmarks in tests is more informative, and a detailed documentation of smartphone and tablet CPU benchmarks can be found at notebookcheck.com.

Huawei's Kirin 950 SoC was tested in the Mate 8 smartphone, giving us a first look at ARM's Cortex-A72 CPU core and new Mali-T880 GPU.

The Cortex-A72 CPU core was compared to the A57 and Snapdragon 820's Kryo cores in this test, showing how it performs in real-world scenarios.

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A powerful processor is essential for a smooth user experience, ensuring quick app launches and fluid gaming.

Mobile processors are critical in photography, supporting advanced image processing for better photos and videos.

A good processor enables faster multitasking, allowing you to switch between apps seamlessly.

Mobile processors have become even more important with the advent of 5G, enabling faster connectivity.

With a powerful processor, you can enjoy intelligent features that adapt to your behavior, making your mobile experience more personalized.

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MediaTek has significantly closed the gap with its rivals through its Dimensity and Helio series processors.

The Dimensity series, in particular, has gained attention for offering 5G capabilities at a more affordable price point without compromising on performance.

MediaTek's processors are a common sight in mid-range to budget smartphones, providing a balance between cost and performance that appeals to a wide audience.

The Dimensity 800 SoC, announced by MediaTek, features a built-in 5G modem, making it a powerful option for budget-friendly 5G smartphones.

This processor also boasts a 2.4 TOPS AI processing unit and an octa-core CPU with four A76 cores clocked at 2GHz, offering impressive performance and efficiency.

MediaTek's Dimensity series has disrupted the market by offering high-end features at a lower price point, making it a go-to choice for many consumers.

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A CPU speed, also known as clock rate, is the frequency at which the processor's cores process tasks. It's a crucial factor in determining the user experience, as a low-power processor can lead to slower app performance and poor display quality.

The clock rate is measured in hertz, and a higher clock rate means the processor can execute more instructions per second. For example, an octa-core processor with eight 1 GHz cores can execute eight instructions per nanosecond.

Here's a breakdown of the clock rate for a typical smartphone processor:

Manufacturers often combine processor cores with different clock speeds on one chip to balance performance and power efficiency. For instance, the Google Pixel 7a features a processor with two high-performance cores (2.85 GHz), two mid-range cores (2.35 GHz), and four power-saving cores (up to 1.8 GHz).

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Single-core processors are a thing of the past, and current smartphones rely on multi-core processors instead.

These processors are made up of multiple units of computing and control, known as cores, which are paired together in a piece of silicon.

ARM processors are the norm in current smartphone and tablet models, following the microprocessor design of British licensor ARM Limited.

SoC processors, which include other system components like GPUs and cellular modems, are also commonly used.

SoC stands for "System on a Chip", and these processors are lasered in pairs into a piece of silicon.

Here are the different types of SoC processors, depending on the number of processor pairs:

Clock frequency is a crucial aspect of processor specifications, and it's directly related to the user experience. A low-power processor can lead to slower app performance and poor display quality.

The clock frequency, also known as the clock rate, indicates the frequency at which the processor's cores process tasks. It's measured in hertz (Hz), with one gigahertz (GHz) equal to one billion cycles per second.

An octa-core processor with eight 1 GHz cores can execute eight instructions per nanosecond. This is because the clock period is one nanosecond at a clock rate of one gigahertz.

The maximum clock rate for current top smartphones or tablets is between two and three gigahertz. However, a higher clock rate would consume too much power and result in a too short battery life.

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To balance performance and power efficiency, smartphone manufacturers now combine processor cores with different clock speeds on one chip. This includes power-saving efficiency cores and powerful performance cores.

Here's an example of how this works in practice:

For instance, the Google Pixel 7a relies on the Google Tensor G2 processor, which consists of two performance cores of the type ARM Cortex-X1 (2.85 GHz), two mid-range ARM Cortex A78 cores (2.35 GHz), and four ARM Cortex A55 cores with up to 1.8 GHz each.

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CPU manufacturers play a significant role in shaping the smartphone CPU market. TSMC, a Taiwanese contract manufacturer, takes large volumes of orders from various manufacturers.

One notable example is Apple's in-house chipset, the A-series, which was used in the iPhone 11, featuring the Apple A13 Bionic processor. This is a testament to the significance of in-house chipsets in the market.

The competition among CPU manufacturers is fierce, with companies like Huawei, Samsung, and Qualcomm vying for market share. The HiSilicon Kirin 980, for instance, was used in the Huawei P30 Pro, while the Qualcomm Snapdragon 855 powered the Google Pixel 4.

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Here's a brief overview of some of the notable CPU manufacturers and their flagship products:

The CPU manufacturers play a crucial role in shaping the smartphone market.

TSMC, a Taiwanese contract manufacturer, takes large volumes of CPU orders.

A number of manufacturers divide the smartphone CPU market among themselves, with each having their own brand names for in-house chipsets.

Some examples of these brand names include the A-series (Apple), Exynos series (Samsung), Kirin series (Huawei), and Snapdragon series (Qualcomm).

Here are some specific examples of these chipsets in action:

Samsung has started mass production of chips using its next-generation 14nm Low-Power Plus process technology.

This marks a significant step forward in chip production, showcasing Samsung's ability to innovate and improve its manufacturing processes.

The 14nm LPP technology is a key advancement in chip production, allowing for more efficient and powerful chips.

Samsung's commitment to investing in research and development has paid off, enabling the company to stay ahead in the competitive chip market.

The 14nm LPP chips will be used in a variety of applications, from smartphones to laptops and other electronic devices.

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