Samsung has used Exynos flagship chips for a long, long time, so we thought it would be a good idea to chart its history.
Exynos flagship chipset: a history of in-house manufacturing Samsung chip
Samsung is one of the few smartphone companies that can work with Apple and Huawei to develop its own high-performance chipset (until the US trade ban kills it in the bud). For many years, the company’s flagship Exynos processor has been an integral part of its high-end mobile phones, including the Galaxy S and Galaxy Note series.
But where does this story actually start? Join us and explore the history of Samsung’s flagship Exynos processor, from the first mobile phone with this chip to today’s super mobile phone.
2010-When the flagship chipset replaces Hummingbird
Our understanding of the history of Samsung Exynos began with the first Samsung Galaxy S smartphone, which was launched in 2010 and equipped with an internal getgo chipset. Because the chipset is actually called a hummingbird. Hell, I don’t mind going back to subtle bird names like sunbird and goldfinch.
In any case, 45nm Hummingbird was retrospectively renamed Exynos 3 Single, which was a very powerful chipset at the time. When 1 GHz mobile processors are rare, Samsung’s internal processor uses a 1 GHz single-core CortexA8 processor. The manufacturer stated when it launched in 2009 that it was the industry’s first 1 GHz processor. The
Hummingbird chipset also includes a PowerVR SGX540 GPU, supports 800 x 600 displays (not impressive when Apple wants to release the 960 x 640 iPhone 4) and supports 1080p recording (more than 720p on iPhone 4). Other features such as LPDDR2 RAM and eMMC 4.3 compatibilities were part of the course at the time.
Interestingly, this is the only Samsung chipset used for Pixel in Nexus or Nexus S. Other Nexus and Pixel devices use Qualcomm Snapdragon silicone, except for Samsung Galaxy 2011. A shortcut. (Use TI OMAP silica gel).
2011: The first true flagship Exynos SoC
The first Exynos flagship chipset in Samsung history (that is, without retroactive name changes) is actually Exynos 4210 Dual, which debuted in the Galaxy S2 in 2011 and is the first part of the wave dual-core processor. Another notable feature of the smartphone processor
Exynos 4210 Dual equipped with a 1.2 GHz CortexA9 processor is the once widely used Mali400MP4 GPU. We first saw it in the GPU. Armed with the flagship of the Samsung Galaxy S series. This trend continues to this day, although it seems that changes will occur in 2022.
However, SoC shares some features with its predecessor, such as a 45 nm manufacturing process, compatibility with LPDDR2 RAM, and resolution of 1080p/30fps. Video recording, However, we see support for higher resolution displays (1440 x 900) and support for eMMC 4.4. A strange feature on the list is support for 5 MP cameras, but the chip is actually in phones with 8 MP rear cameras. In 2011,
Exynos 4210 Dual also entered the original Galaxy Note (see above), powering oversized phones when large screens are not common. In addition, the first Meizu mobile phone (Meizu MX) is installed on this chipset. Chinese brands will continue to use the flagship SoC Exynos in many of their devices.
2012: The industry shifts to quad-core
2012 The biggest trend of mobile chips in 2012 is to shift to quad-core processors, and Samsung has become part of this trend with Exynos 4412. The new chipset made its debut in the Galaxy S3, but also appeared on the Galaxy Note 2 in the second half of the year, despite the slight increase in processor clock speed.
Speaking of processors: We have a quad-core CortexA9 processor with twice as many cores as last year’s flagship SoC. It is still based on the same CortexA9 processor, but due to Android and various third-party applications with multi-core support, the quad-core processor has been well received.
Mobile gamers will be a little disappointed in 2012, because Exynos 4412 uses the same Mali400MP4 GPU as last year’s Exynos processor, and also has the same basic eMMC support and 1080p recording capabilities. / 30 frames per second. Exynos 4412 uses a 32nm design, a significant improvement on paper, with a screen resolution of 1440 x 900 pixels.