Following the rumors and expectations of a year, Samsung finally announced the next-generation Exynos 9820, the ultra-premium next-generation ultra-premium silicon chip that lists the silicon that will eventually run the international versions of all the Android 2019 flags, Released – Galaxy S10. The basic characteristics of the new chip are therefore a great indication of what consumers can expect in the first series of high-end smartphone of 2019, which is exactly what to be cut here.
Do not expect a 4K screen
In terms of views, recent rumors point to the Galaxy S10-Series devices that include a literal hole near the top of their screens, but the actual solution on the reasonable offer will not go beyond QHD + (2,960 x 1,440) one used by some recent generations of ships The flagship of Samsung 's Android. Yes, the Exynos 9820 can technically output a 4K image but so does the Exynos 9810 found inside Galaxy S9 and Galaxy Note 9, but these two have (almost) the same pixel count as their predecessors. No reliable report has yet offered an upgrade on the Galaxy S10 front end. For practical purposes, there is no point in switching to 4K on a mobile screen, with VR the only exception, although Samsung's VR ambitions have dropped considerably In recent years.
Cameras than ever before
The Exynos 9820 can also support up to five imaging sensors in total, which is an upgrade compared to the previous chip and one that Samsung probably did not spend less than it was planning to take advantage of the newly added capacity at full volume. Indeed, a number of well-known have already claimed that one or two Galaxy S10 series devices will feature five sensors in total – a triple camera camera on the back and two system lenses on the front. While the Exynos 9820 specs give more credibility to this possibility, they also go against another claim made recently – that the Galaxy S10 will knock down the infrared scanner found on every Samsung and flagship Android since the Galaxy Note is gross 7. What is widely considered to be the worst screen resolution solution The current Samsung smartphones due to issues with consistency, speed and accuracy may still perform a rollback next year considering how the Exynos 9820 comes with built-in support for infrared scanners. Given that Samsung's Ultra-Premium chips are used exclusively by the company's high-end smartphones, the company could have reduced this feature if it knew for certain that its device business was abandoning its eye scanner with the Galaxy S10.
Performance is expected to jump with an unexpected process
In terms of performance, the international versions of the Galaxy S10 that are expected to take advantage of the Exynos 9820 can not offer significant improvement in everyday tasks. Samsung's modern handsets are already running smoothly, largely thanks to its optimization efforts, which have done a lot to fix its past mistakes with mobile software, so tasks like launching and switching between applications probably will not be faster. In terms of pure numbers, Samsung estimates that the new chip can be 20% faster or 40% more energy-efficient than a single core, providing higher performance with 15% multipath. The fact that the Octa core processors uses three clusters instead of two still need to enable it to gain an edge over many of its competitors in terms of battery life as it will be able to keep the dual core configuration most hungry and power only for the most demanding applications to keep things efficient at any other time By switching between a dual core and another balanced core (Cortex-A75) cluster and four-core quad-core (Cortex-A55) powered.
While everyday usage should not be too different compared to something like the S9 + Galaxy, the Galaxy S10 line is expected to offer much greater performance in games considering how the Mali-G76 is about 40 percent more powerful than the GPU found inside the Exynos 9810. Gaming should also be less Tax on the battery, with the so-called GPU being up to 35 percent more energy efficient. Samsung should have been able to deliver even greater performance improvements if it built the Exynos 9820 on its recently completed 7nm EUV process but it eventually ended up not so. Instead, the new chip marks a move from 10 nanometers to 8 nanometers, while its two direct rivals – Kyren 980 from Huawei's HiSilicon and Qualcomm's Snapdragon 8150 – will use an even more dense junction of 7nm. While this does not necessarily ensure that the Galaxy models S10 and Axinus will be inferior to the Snapdragon of these in terms of efficiency, it makes such a scenario more likely, not to mention the fact that Qualcomm's chips have been ahead of Samsung's graphics processing department for several years now.
Faster storage and 4K HDR recording Finally
The Galaxy S10 is expected to move on to the UFS 3.0 storage standard. Sure, the new Samsung chip offers support for this significant upgrade to UFS 2.1. In practice, consumers can expect up to three times faster read and write speeds compared to the Galaxy S9 series. One upgrade that was expected but will not happen in 2019 is the LPDDR5x RAM jump. Samsung has already completed the development of new technology and has commercialized it for non-smart applications but the Exynos 9820 still only supports LPDDR4x memory.
The new chip also shows support for the 4K HDR recording, something almost every non-Samsung flag released this year has been suggested, so it will bring the Galaxy S10 in line with competition in this area. Samsung even stepped a step further by running 8K video capture but expect that the feature come with massive restrictions in terms of clip length allowed to see how the internal storage of new Android flagship ships would otherwise fill up very quickly. On the bright side, the new 10-bit HEVC (H.265) codec is said to work wonders for high-quality video compression and super slow motion functionality that allows 960fps capture on the Galaxy S9 and Galaxy Note 9 series and will most likely be improved at 1080p resolution, Compared to 720p this year.
Smarter … everything
Samsung is making a big deal out of the Exynos 9820 neural processing unit, ensuring that the chip can do any smarter feature. What this means for the Galaxy S10 is difficult to know, but you can expect some of Huawei's functions already included the number of its latest flag vessels as Scene scene recognition that matches shooting parameters based on what it sees. The Bixby vision should also be much more responsive, with the new chip that handles AI tasks up to seven times faster than the Exynos 9810. However, the final benefits the Galaxy S10 series will reap from the newly added NPU will depend largely on how much work Samsung does in creating AI software Leverage the chip in one goal. In theory, the closest devices need to learn your habits and do what they can to fit them in a planned way, whether through application suggestions, battery optimizations, or something completely different.
The Galaxy S10 family should also be Samsung's most secure smartphone ever, not only because of Knox's software company that is almost certainly making a rollback next year but also because of the addition of a physically unclonable function, which is basically a developer and task manager with storage and management Sensitive data, such as your fingerprints, that you read with an ultrasonic scanner on the display, which should be part of the new devices.
Forget 5G by 2020
Previous rumors about the Galaxy 5 S10 model being at work might have been reliable but the Exynos 9820 does not support the new 5G radio, meaning that even if such a device is in the works, it will use Qualcomm's Snapdragon 845 successor which will offer optional connectivity of 5G. Samsung's new modem still needs to work wonders as it supports download speeds of up to 2Gbps but do not expect your carrier to offer the infrastructure needed to hit anything close to that peak in your area. After all, even 1Gbps wireless connections are very rare as it was only last year that vendors would boast of reaching them in labs. Overall, Samsung probably will not be launching the mainstream 5G smartphone by 2020, with the Exynos 9830 or yet the Exinos 9820 successor ends is called to be expected to be its first on-chip to get the built-in functionality.