Samsung just debuted the Galaxy S25 series as its latest flagship smartphones. But just within a month of the announcement, rumors of the Galaxy S26 series have already started surfacing online. A new report has recently surfaced, which talks about Samsung possibly bringing back its Exynos chips on the Galaxy S26 lineup.

Samsung Galaxy S26 may mark the return of Exynos

According to a report from TheBell, the South Korean tech giant might be planning on using its Exynos chips once again and these may debut with next year’s premium smartphones. Apparently, Samsung has already managed a yield of more than 30 percent in the latest SF2 (2nm) test production. Furthermore, the brand is working on stabilizing this process even further to get ready for the mass production of the Exynos 2600 chipsets.

This production is expected to begin in the fourth quarter of this year if the yields are stabilized as per their plans. So if all goes well, the Exynos 2600 APs might be released with the Galaxy S26 lineup in early 2026. The report further adds that the Samsung Electronics System LSI Division and Foundry Division are also putting resources into reaching the mass production goal of the Exynos 2600. Samsung has struggled with the yield rates in recent years with the Exynos 2500 reportedly seeing a yield rate of just 20 percent.

But for mass production, the company would need to hit at least 60 percent or higher. Rumors have pointed at the lackluster chip yields as the reason why Samsung chose to go with an all-Snapdragon Galaxy S25 lineup this year. It even worked with Qualcomm to bring a custom Snapdragon 8 Elite for Galaxy version, which is faster than the regular variant.

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Samsung might be facing another hurdle with its Exynos series. Samsung Foundry is rumored to completely skip the Exynos chipsets for its Galaxy S25 series of flagship phones, and it seems that things are not getting better anytime soon. A new report has claimed that TSMC has rejected Samsung’s deal to outsource Exynos production.

No Next-Gen Samsung Exynos Made by TSMC

To recall, there were rumors last year of Samsung finally deciding to outsource the production of Exynos chips to TSMC. There were internal talks for this change, which would’ve helped Samsung Foundry’s chip product. But it seems that this deal might not be following through. According to tipster @Jukanlosreve, the South Korean tech giant’s deal for Exynos production has been rejected by TSMC (Taiwan Semiconductor Manufacturing Company).

Unfortunately, there are still no details available regarding why TSMC rejected the Samsung deal for Exynos. With Samsung as its client, TSMC would’ve added another major tech giant like Apple, Nvidia, and Qualcomm, among others under its belt. Jukanlosreve claimed that the world’s largest contract chipmaker might have turned down the deal to better protect its internal workings.

For those unaware, Samsung Foundry is capable of manufacturing chips unlike fabless chip brands like AMD and Nvidia. So this move might help prevent any leak of its process or technology. Based on what we know so far, the entire Galaxy S25 lineup will launch with the Snapdragon 8 Elite SoC. So it might be a while before we see Exynos chips surface on next gen Samsung Galaxy phones. So stick around for more updates.

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Samsung‘s chip development for its upcoming Galaxy S25 series is facing challenges, as new industry reports reveal that South Korea’s 52-hour workweek cap is limiting the company’s ability to meet key deadlines. According to a recent report, Samsung has encountered production setbacks in the development of the Exynos 2500.

Originally, Samsung planned to introduce its next-generation Exynos 2500 processor globally. However, the tech giant has opted to power the Galaxy S25 Ultra with Qualcomm’s Snapdragon 8 Elite worldwide, indicating that Exynos development hasn’t met the required performance standards for its 2025 flagship devices.

The 52-hour workweek regulation, which includes a cap of 12 hours of overtime, has been pointed to by Samsung as a core constraint on its Exynos development team. With these limitations, Samsung engineers are reportedly forced to halt work even during critical development phases, resulting in unfinished tasks.

This cap has led some employees to work unpaid overtime to stay on top of demanding schedules, according to sources in The Chosun Daily. The publication also reported that Samsung’s management has discussed these restrictions with lawmakers in South Korea to seek a possible exemption, as they consider the effect on competitiveness.

But this workweek isn’t exclusive to South Korea!

Interestingly, similar workweek laws also exist in other tech manufacturing hubs. Taiwan’s TSMC, a leading Samsung competitor, adheres to a workweek limit of 48 hours (40 regular hours plus 36 hours of overtime monthly).

Critics also note that other South Korean companies, such as SK Hynix, remain competitive under similar restrictions, though Samsung’s scope extends beyond memory chips to custom semiconductor designs and client-specific foundry work.

In comparison, Companies like Qualcomm and Apple, based in the United States, face no legally mandated workweek caps. This could have allowed these companies to push for extended working hours when necessary, albeit with much larger development teams than Samsung’s.

What does it mean for the S25 series?

Unlike the Galaxy S25 Ultra, sources suggest that the Galaxy S25 and Galaxy S25+ models might adopt the Exynos 2500 or the Dimensity 9400 chip. This is because the cost of the Snapdragon 8 Elite is nearly $200, reportedly much higher than Samsung’s budget for the base and Plus models. That said, it would be interesting to see how the other two models perform as compared to the Ultra model.

(Source)

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Samsung‘s upcoming Exynos 1580 chip, likely destined for the Galaxy A56 smartphone, has made its debut on the Geekbench benchmarking platform. The chip, codenamed Santa, achieved a single-core score of 1046 points and a multi-core score of 3678 points on Geekbench 5.

The chip depicted an improvement

These results place the Exynos 1580 in a performance tier comparable to the Snapdragon 888 and Exynos 2100. While representing a significant improvement of 17% and 9% respectively over its predecessor, the Exynos 1480, the Exynos 1580 still falls short of the latest flagship chipsets.

Given Samsung’s typical release cycle for the Galaxy A5x series, the Galaxy A56 is anticipated to launch in the spring of 2025. Further performance evaluations of the Exynos 1580 will be conducted upon the device’s release.

(Via)

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Recent reports suggest that the Exynos 2500 might surpass the Apple A15 in terms of efficiency. A tech blogger on Twitter has revealed some new details on the future Exynos 2500.

According to the tipster, Exynos 2500 boasts better energy efficiency than the Apple A15. Previously, we mentioned that Samsung’s upcoming processor might be used not only in Galaxy S25 smartphones but also Exynos 2500 in Galaxy Book series. New information reveals that in addition to a 1+2+3+4 core architecture, there will also be 2+2+2+4 and 1+4+5 core configurations available.

The variety in core configurations is due to Samsung’s plan to use this chip in laptops as well as phones. Laptops require more power, causing the need of more prime cores. Earlier, another leak indicated that Exynos 2500 might feature an ARM Cortex-X5 as its prime core, the same core expected to be used in Snapdragon 8 Gen 4.

Apple A15, used in iPhone 13 Pro, was introduced three years ago. While it may not seem impressive for a modern chip to surpass it, this actually represents significant progress for Exynos processors. This year, Samsung introduced the 5-core Exynos W100 chip in the Galaxy Watch Ultra. Considering Samsung’s previous watches typically featured dual-core chips, the Watch 7 and Watch Ultra show substantial performance improvements over earlier Galaxy Watches. Samsung may be aiming to reestablish Exynos as a powerhouse in both smartphones and smartwatches. Plus the ARM laptops.

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Smartphones are steadily becoming more expensive. Just a few years back, a top-of-the-line phone costing $800 would have been seen as a luxury. Today, that price tag seems almost reasonable. This shift can be attributed largely to the increasing performance capabilities of these devices, which come at a higher cost.

For example, the latest Snapdragon 8 Gen 3 processor, found in many flagship Android phones, is estimated to be priced around $200. This represents a 25% increase compared to the previous generation’s Snapdragon 8 Gen 2. Unsurprisingly, this hike in processor pricing translates directly to higher phone prices for consumers.

In response, phone manufacturers are faced with a few options. They can choose a less powerful and more affordable processor from Qualcomm, switch to a competitor like MediaTek, or develop their own processors. The latter option, while attractive from a cost-saving perspective, is highly technical and currently limited to only a handful of companies globally.

Samsung, despite being one such company with in-house processor capabilities (Exynos), seems to be increasingly reliant on Qualcomm. However, there are positive signs: the Korean tech giant reportedly aims to utilize Exynos chips in more phones in the future, potentially helping to manage production costs.

Samsung Plans Increased Reliance on Exynos Chips for Cost Savings

While Samsung often uses its own processors in entry-level and mid-range phones, it collaborates with Qualcomm for flagship chipsets to stay competitive. For example the Galaxy S23 series only used Snapdragon processors worldwide. However, Exynos returned for select regions in the Galaxy S24 series, and reports suggest this strategy is here to stay.

According to the reports, Samsung will increase the use of Exynos chipsets in Galaxy devices starting from 2024. The company’s main goal is to reduce costs and decrease its dependency on external sources. However, Samsung is aware of the performance and power efficiency issues with Exynos processors and is making investments to address them. If successful, the company suggests it may exclusively use Exynos chipsets for the Galaxy S25 series, though it’s still too early to definitively state this.

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Samsung‘s Exynos 2400, initially announced last year with minimal details, finally sheds some light on its specifications. While details were initially scarce, the chip arrives under the hood of the latest Galaxy S24 and S24+, detailing a lot about its capabilities.

Samsung Exynos 2400

So the Exynos 2400 boasts a 10-core CPU configuration, featuring a powerful Cortex-X4 core clocked at 3.2 GHz, accompanied by a mix of two Cortex-A720 cores running at 2.9 GHz and three Cortex-A720 cores at 2.6 GHz. There are also four Cortex-A520 cores for efficiency with a clock speed of 2 GHz.

Samsung previously confirmed the new chipset brings a 1.7x increase in CPU performance. And the powerful mix of cores in the chipset seems promising. However, we’ll need to see how it actually performs in real-world situations, especially compared to its main rival, the Snapdragon 8 Gen 3.

Anyway, the Exynos 2400 is built on Samsung’s latest 4LPP+ process and utilizes FOWLP packaging technology, both aimed at improving performance and power consumption.

For graphics-related tasks, there is a Samsung Xclipse 940 GPU. Built on AMD’s RDNA 3 architecture, it comes with features like hardware-level ray tracing and AI-driven upscaling, promising more immersive visuals. 

Although specific details like WGP count and clock speed remain undisclosed, Samsung claims the GPU can handle 4K gaming at 120 fps or 1440p at 144 fps on external displays.

The Exynos 2400 also touts a significantly enhanced NPU, claiming a 14x performance improvement over its predecessor. It utilizes a combination of general and dedicated AI processors, though the specific TOPS count remains unknown. For photography enthusiasts, the chip offers support for a staggering 320 MP camera sensor.

The Exynos 2400 will power a portion of the Galaxy S24 and S24+ models globally, excluding specific regions like the US, China, Canada, and Japan. 

While some key details remain obscured, the revealed specifications showcase a processor capable of handling demanding tasks and delivering advanced gaming experiences.

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Samsung recently launched the Samsung Galaxy S23 series in February 2023, powered by Snapdragon 8 Gen 2 SoC. Whereas the previous series, the Galaxy S22, was powered by an Exynos chip co-developed by AMD and Samsung. According to recent reports that have surfaced online, Samsung will most likely bring AMD GPU to its mid-range Exynos processors in 2024.

In a recent post by Revegnus, the company plans to introduce mRDNA-based GPUs in their mid-range Exynos 1430 and Exynos 1480 chips, which are expected to be announced next year. In our earlier report, we covered that the Exynos 2200 chip, which also uses an mRDNA-based GPU, performed really well, scoring 170.7 fps in the Manhattan 3.1 test, while Apple’s A14 Bionic chip scored 120fps.

However, the post has made it clear not to expect high gaming performance with this processor. “This processor will be more focused on ISP rather than gaming,” said Revegnus, meaning the Exynos 1430 and Exynos 1480 are speculated to provide an enhanced image capture experience.

In related news, Samsung has confirmed that it will hold the Samsung W series launch conference on September 15. We can expect the launch of Samsung W24 and W24 Flip from this event. Those who wish to know about this can check out our Samsung W series launch date story.

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The automobile industry is changing rapidly. Cars are becoming more like computers and smartphones, with the ability to perform a variety of functions. This is opening up new opportunities for collaboration between automakers and technology companies. Most recently, Samsung has recently unveiled its latest high-end Exynos Auto chip, to Power Hyundai Cars from 2025. Here are the details…

10-core Samsung Exynos Auto V920 chip will power Hyundai cars

Samsung and Hyundai have announced a partnership to develop next-generation electric vehicle technologies. As part of the agreement, Samsung will provide its Exynos processors for use in Hyundai’s EVs. The Exynos processors are a family of mobile processors that have been used in smartphones and tablets for many years. However, Samsung is developing a special chip called the Exynos Auto V920 for use in EVs. This chip will power Hyundai’s next-generation infotainment systems and advanced driving assistance features.

The Exynos Auto V920 is a powerful chip that is designed to meet the demands of modern cars. It has 10-core CPU, a powerful GPU, and a Neural Processing Unit (NPU) that can handle advanced driving assistance features. The chip also supports up to six high-resolution displays and up to 12 camera sensors.

The V920 offers a significant performance improvement over the previous generation of Exynos Auto chips. The CPU is 1.7x faster, the GPU is twice as fast, and the NPU is 2.7x faster. This will allow for a more responsive and immersive infotainment experience, as well as better performance for advanced driving assistance features.

The V920 is also designed to be ASIL-B (Automotive Safety Integrity Level B) compliant. This means that it has been designed to meet the highest safety standards for automotive applications. This is important for Hyundai, which is committed to providing safe and reliable vehicles.

The V920 is a significant development for Samsung and Hyundai. It shows that Samsung is serious about the automotive market, and it gives Hyundai a powerful new chip that can help it to differentiate its vehicles from the competition. The V920 is expected to be available in Hyundai cars from 2025.

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Samsung is reportedly gearing up to launch the Galaxy S23 FE smartphone later this year, according to a recent tweet by the source @Tech_Reve. The device is said to be equipped with Samsung’s own Exynos 2200 processor, with no Qualcomm Snapdragon version expected.

Samsung Galaxy S23 FE likely to miss Snapdragon version

The choice to utilize the Exynos 2200 processor instead of Qualcomm’s Snapdragon 8+ Gen 1 processor is believed to be a strategic move by Samsung to cut costs and maintain profitability. However, this decision may have an impact on the sales of the Galaxy S23 FE, considering the less successful performance of the Galaxy S22 series.

Other leaked specifications of the Galaxy S23 FE, shared by @Tech_Reve, reveal that the device will feature either 6GB or 8GB of LPDDR5 RAM, operating at a speedy 6.4 Gbps. Storage options are expected to include UFS 3.1 with capacities of 128GB or 256GB.

In terms of the camera setup, the front camera is rumored to sport a 12-megapixel sensor with a pixel size of 1.12um. The main camera is said to have a whopping 50-megapixel sensor with a pixel size of 1.0um (GN3). The device is also expected to include a 3x telephoto lens with an 8-megapixel sensor and a pixel size of 1.0um (Hi-347), as well as an ultra-wide-angle camera with a 12-megapixel sensor and a pixel size of 1.12um (IMX258).

Recent reports have also shed light on the software development for the European version of the Galaxy S23 FE. Firmware testing has begun for the device, specifically for model number SM-S711B. However, no firmware has been seen yet for the US and South Korean variants.

This testing phase suggests that the device’s launch is still some time away, possibly not until early 2024. Samsung is rumored to launch highly anticipated flagship devices like Galaxy Z Flip 5 and Galaxy Z Fold 5 by the end of July.

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It has been a while since Samsung released a flagship device powered by their Exynos chipset. Last year, the Galaxy S22 units were launched in a few markets with the Exynos 2200 SoC, but these variants left users disappointed as they offered underwhelming performance compared to their Snapdragon 8 Gen 1 counterparts. Taking note of these shortcomings, Samsung sided with Snapdragon 8 Gen 2 chipset for all S23 units this year, abandoning the Exynos 2300 chip. Surprisingly, a mysterious smartphone featuring the supposedly doomed chipset has appeared on Geekbench.

Exynos 2300 rises from the dead

An unknown Samsung smartphone with model number SM-S919O was spotted on the Geekbench website. The device doesn’t match the description of any Samsung phone available in the market, suggesting it’s a prototype that someone’s toying with. The listing suggests the device runs the Exynos 2300 chip with a total of nine cores in three clusters. Most processors in the market get an octa-core architecture. Its prime core is clocked at 2.6 GHz, four performance cores at 2.59 GHz, and four efficiency cores at 1.82 GHz.

However, it appears that the Samsung SM-S9190, which features this chipset, will not be produced as the chipset itself has reportedly been canceled. On the other hand, reports indicate that Samsung is actively developing the new Exynos 2400 chip, which is expected to feature a 10-core architecture. This upcoming SoC is likely to power certain models of the Samsung Galaxy S24, scheduled for release next year.

There are rumors suggesting that Samsung is working on the Galaxy S23 FE, and it may debut with the older Exynos 2200 chipset. However, there is a possibility that instead of the controversial Exynos 2200, the Korean company might consider equipping its fan edition model with the Exynos 2300. Nevertheless, this is purely an assumption at this point.

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Samsung Electronics has confirmed its plans to reintroduce its in-house Exynos chipset to its flagship lineup of smartphones, specifically the Galaxy S series. The announcement was made during the company’s Q1 2023 earnings call by Hyeokman Kwon, Vice President of the DS Division at Samsung LSI, who stated that they are “pushing for the return of Exynos to the flagship of the Galaxy series.”

Exynos SoCs likely to power next Galaxy S flagship lineup

While Kwon did not explicitly mention the Galaxy S24 lineup, it is widely known that Samsung introduces new chipsets to its flagship Galaxy S lineup rather than the Galaxy Z series.

Kwon also did not specify which Exynos chipset Samsung is planning to use, it is believed that the Exynos 2400 chipset is the most likely candidate since it is the only high-end chipset under development by the company. However, there are rumors that Samsung may use Snapdragon 8 Gen 3 chipset in the Galaxy S24+ and Galaxy S24 Ultra variants while using the Exynos 2400 only in the standard Galaxy S24 model.

While this may come as a disappointment for Samsung fans in Europe and Asia, who have experienced issues with the Exynos SoC in the past. However, if the Exynos 2400 fails to live up to expectations, users in these regions can always opt for the Snapdragon 8 Gen 3 chipset in the higher-end models of the Galaxy S24 lineup.

Samsung’s move to use the Exynos SoC in its flagship lineup again could be seen as a strategic move to lessen the brand’s reliance on Qualcomm, which currently dominates the high-end smartphone chipset market. This also allows Samsung to showcase the performance of its in-house chipsets and potentially gain more market share in the long run.

It remains to be seen whether the Exynos 2400 SoC can meet the expectations of consumers, but it is undoubtedly a step forward for Samsung’s chip-making division.

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Samsung is reportedly planning to make a significant change to its Exynos chipsets to improve their performance and efficiency. According to a new rumor, the company plans to use Fan-out Wafer Level Packaging (FoWLP) for its upcoming Exynos 2400 chipset. This packaging method is expected to make the Exynos 2400 smaller, more powerful, and more power-efficient than its predecessors.

FoWLP is a method used to enclose all integrated circuits in a package that also protects the die and connects the chipset to the motherboard. This method allows for a higher integration level in a smaller package footprint, resulting in significantly improved thermal and electrical performance. If Samsung uses FoWLP to make the Exynos 2400, the chipset is expected to be at par with its Snapdragon counterparts in terms of optimization and power efficiency.

The Exynos 2400 is rumored to have a 1+2+3+4 design with one Cortex-X4 core clocked at 3.1GHz, two Cortex-A720 cores clocked at 2.9GHz, three Cortex-A720 cores clocked at 2.6GHz, and four Cortex-A520 cores clocked at 1.8GHz. The chipset will also use an RDNA2 GPU called Xclipse X940 (tentatively), which includes 6 WGP (12 CU), 8 MB L3 cache, and supports hardware-level ray tracing.

While Samsung has not officially acknowledged the existence of the Exynos 2400, rumors suggest that it could be used in the upcoming Galaxy S24. If Samsung can deliver a significantly better Exynos-powered variant through further optimization of other components and software, this could be a game-changer for the company. However, it’s worth noting that this is all speculation at this point, and we’ll have to wait for more industry leaks to confirm any of these rumors.

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Samsung has introduced the latest 5G modem, the Exynos 5300 that promises lightning-fast download speeds of up to 10Gbps and extended battery life. The modem supports both Sub-6GHz and mmWave 5G bands and is compatible with both SA (standalone) and NSA (non-standalone) 5G networks.

Samsung Exynos Modem 5300 Ushers in a New Era of Blazing Fast 5G Connectivity and Extended Battery Life

The Exynos 5300 supports the 3GPP 5G NR Release 16 standard, allowing for incredible download speeds of up to 10Gbps and upload speeds of 3.87Gbps. This advanced technology enables a new era of ultra-low latency and unparalleled mobile experiences, ensuring users stay connected at lightning-fast speeds.

The modem is not just limited to 5G connectivity; it also supports a wide range of network generations, from 2G to LTE. In LTE environments, the modem can reach download speeds of up to 3.0Gbps and upload speeds of up to 422Mbps. The modem’s support for both NSA and SA 5G modes ensures seamless connectivity without compromising user experience.

Exynos 5300 is fabricated using Samsung Foundry’s cutting-edge 4nm EUV process, which significantly improves power efficiency. This advancement translates to extended battery life, allowing users to stay connected for longer periods without the need to recharge constantly. With its built-in PCIe interface, the modem can easily connect to various chipsets, ensuring widespread compatibility.

Although there is no official confirmation on which chipset will incorporate the new modem, rumors suggest that Google’s Tensor 3 chipset in the Pixel 8 series may be the first to feature the Exynos 5300. The modem has been verified by multiple global mobile network operators (MNOs), ensuring swift integration into new devices. This verification, coupled with the modem’s support for 3GPP’s 5G NR Release 16, enables manufacturers to launch new products with 5G capability effortlessly.

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Samsung may not use an Exynos chipset in its upcoming Galaxy S24 series, according to a recent rumor. This marks a significant departure from Samsung’s usual strategy, which has seen the company equip its flagship phones with either Qualcomm Snapdragon or Exynos chipsets, depending on the region. Here are the details…

Galaxy S24 series won’t use an Exynos SoC anywhere, says new rumor

In the past, Samsung used Qualcomm Snapdragon SoCs for the US, Canada, and China, while using Exynos chipsets for other regions. The only exception to this was in 2015 when the company used the same Exynos chip for all Galaxy S6 models due to concerns about the Snapdragon 810’s overheating problems.

This year, all Galaxy S23 series phones were powered by the powerful Snapdragon 8 Gen 2 chipset, and the latest rumor suggests that the same will be true for the Galaxy S24 series. This means that Samsung is likely to use the Snapdragon 8 Gen 3 SoC, which is expected to be produced by TSMC using its 4nm process node.

Two different tipsters have offered varying specs for the Snapdragon 8 Gen 3 chipset, but they both agree that it will feature one high-performance Cortex X-4 CPU core. One tipster expects the CPU core to run at a speed of 3.70GHz, while the other expects it to run at 3.20GHz. Both tipsters expect the chip to have four performance cores and three efficiency cores, but they differ on the number and speed of the performance and efficiency cores.

While the rumor that Samsung won’t use an Exynos chipset for the Galaxy S24 series is still unconfirmed, it’s a significant development. Samsung is reportedly working on developing a new Exynos chipset using ARM’s Cortex CPU cores, but it’s unlikely to be ready in time for the next flagship series.

If Samsung does indeed use the Snapdragon 8 Gen 3 SoC for the Galaxy S24 series, it will mark a continuation of the company’s recent trend of using Qualcomm’s chipsets for its flagship phones. This move could be seen as an attempt to level the playing field and provide a more consistent user experience across all regions, as Samsung has been criticized in the past for the performance gap between its Snapdragon and Exynos chipsets.

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Recent reports have suggested that Samsung has established a new team dedicated to the development of custom CPU cores for its in-house processors. However, Samsung has now confirmed that these reports are untrue, stating that it already has multiple internal teams responsible for CPU development and optimization, and has had them for a long time. Here are the details…

Samsung Optimizes In-House Processors without Establishing New CPU Development Team

The reports initially suggested that Samsung had hired a senior developer from AMD to lead the effort of developing custom CPU cores for its in-house processors, with the first chipset featuring custom cores expected to arrive in 2027. Samsung is reportedly developing specialized processors for its Galaxy devices after ditching its in-house Exynos processors due to poor performance.

While Samsung has confirmed that it is not establishing a new team for CPU development, it is constantly recruiting global talents from relevant fields to optimize its in-house processors. The idea behind developing custom CPU cores is to optimize the chipset for its devices from the development stage, allowing for deeper hardware-software integration, similar to Apple’s iPhones.

Samsung has previously developed custom CPU cores for its Exynos processors between 2016 and 2020. However, those chipsets underperformed against competing solutions from Qualcomm that used stock ARM cores. As a result, Samsung eventually decided to use Qualcomm’s Snapdragon processors in its flagship devices.

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Competition in the flagship smartphone market continues at full speed. While there are many models of many different brands on the market, the US technology giant Apple leads the race ahead of its competitors. The main reason for this is that the company offers a better experience with its own software and hardware. Samsung, which has been carrying out a similar study for a while, seems to have finally achieved the success it wanted in hardware. The processor that the company will use in the Galaxy S24 series, which will be released next year, may have emerged. Here are the details…

South Korean Galaxy S24 variants will supposedly feature a ten-core Exynos 2400 SoC

Samsung MX has reportedly greenlit its upcoming Exynos 2400 CPU, with mass production set to begin later this year on Samsung’s 4LPP node. According to South Korean tipster Vampire King, the Exynos 2400 (codenamed Root) will feature a quad-cluster design with a total of ten cores, and will be used in South Korean variants of next year’s Galaxy S24.

The Exynos 2400 is said to follow the Snapdragon 8 Gen 2‘s quad-cluster design, with a prime Cortex-X4 core, two clusters of Cortex-A720 cores, and four Cortex-A510 cores. However, there is conflicting information about the exact number of Cortex-A720 cores and the total number of CPU cores. One report states it will feature eight CPU cores (1+4+3) while another claims it will have ten cores (1+2+3+4).

It is important to note that the Exynos 2400 is not the Galaxy-exclusive chip developed by Samsung’s “Dream Team.” That SKU is supposedly earmarked for the Galaxy S24 and is expected to enter mass production in 2024, presumably as an answer to the Snapdragon 8 Gen 4’s Nuvia cores.

It is worth mentioning that Samsung has been using Snapdragon processors in its flagship devices in recent years, but with the Galaxy S24 variant in South Korea will be powered by the Exynos 2400, it seems that Samsung is looking to change that trend. However, it is important to note that Samsung has not yet confirmed these reports, and as such, all of this should be taken with a grain of salt.

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The post Exynos Flagship Returns to Smartphones! Galaxy S24 will Feature a Ten-Core Exynos 2400 appeared first on Gizmochina.

For years Samsung phones have stood out by featuring the firm’s own Exynos chips. However, recent reports have suggested that Samsung’s approach to mobile silicon is changing, taking Exynos out of the spotlight. Now, a new industry report further reaffirms suspicions that Samsung could be moving away from Exynos chips for smartphones.

Samsung forms AP development team to rival Exynos processors

Samsung’s Mobile Experience (MX) Business has formed an application processor (AP) solution development team within the business. The team will be led by executive vice president Choi Won-joon, who was also named the head of MX Development during Samsung’s annual reorganization earlier this month.

The AP solution development team was likely formed by MX to design their own processors. A similar position exists already with Samsung System LSI, which designs logic chips such as Exynos that MX uses on its Galaxy phones. It is likely that the MX Business is making its own team to develop its own processors going forward.

The AP is the smartphone’s most important component, handling data communication and calculation. It determines the performance and power consumption of the handset. Samsung’s MX Business uses a variety of suppliers for these, including Qualcomm and Mediatek as well as Samsung System LSI. However, the performance of the Exynos chips used in Galaxy phones has been criticized, leading Samsung to use only Qualcomm’s Snapdragon for the Galaxy S23.

The poor performance of Exynos chips has been pointed out as the cause of recent issues with Galaxy phones. Samsung is now opting to use only Qualcomm’s Snapdragon for the Galaxy S23 because of this. In contrast, the APs used in iPhones are consistently shown to perform better than Samsung’s Galaxy phones. This is because Apple uses its own A-series of chips that it designs on its own.

Samsung’s MX division appears to share users’ disappointment with Exynos chips and their efficiency, performance, and thermal profile. Thankfully, the department isn’t firing blind with this plan to make its own SoCs. The VP heading up this effort, Won-Joon Choi, worked at Qualcomm before joining Samsung in 2016, where he’s also headed the Flagship Product R&D team and the Technology Strategy team.

It remains to be seen whether Samsung will fully transition away from Exynos chips in the future, but the company’s plans to develop its own processors independent of System LSI suggest that a change could be on the horizon.

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The post Samsung Developing New Processor to Rival Exynos appeared first on Gizmochina.

A new security flaw with phones using ARM Mali GPUs was found by Google a few days ago. In essence, Google’s Project Zero team discovered a serious kernel-related flaw in all smartphones, including MediaTek and Exynos, which use the Mali GPU. The manufacturer of GPUs, ARM, was allegedly informed of the problem by the brand, and the security flaw was subsequently patched. However, no other Android OEMs, including Google itself has released any security fix for the issue yet.

About five different flaws were found by the Project Zero team’s research, which they submitted to the ARM. Project Zero’s Ian Beer stated in a blog post that “one of these flaws led to kernel memory corruption, one to physical memory addresses being leaked to userspace, and the remaining three lead to a physical page use-after-free condition.” These would give an attacker the ability to read and write physical pages even after the system had received them back.

Three months after ARM corrected these problems, Project Zero discovered that all of the team’s test devices were still prone to the defects. As of Tuesday, no “downstream security bulletins” from Android makers had acknowledged the problems. Beer pointed out that if a hacker could get around Android’s permissions policy and have “wide access” to a user’s data, it would be easy for them to take control of the entire system. By causing the kernel to use the aforementioned physical pages as page tables, the attacker might do this.

A Google representative informed Engadget that the “fix released by ARM is presently undergoing testing for Android and Pixel devices and will be delivered in the next weeks.” To meet future SPL requirements, “Android OEM partners will be obliged to take the patch.” Anyway, it is worth mentioning that the devices powered by Qualcomm Snapdragon chipset are unaffected from this vulnerability.

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The post Google Reports That Other OEMs Have Not Patched A Known Security Flaw Yet appeared first on Gizmochina.

Recently, Qualcomm confirmed that the next-gen Samsung Galaxy S series smartphones will exclusively use Snapdragon chipset worldwide. But this doesn’t mean the South Korean conglomerate has stopped developing new mobile chips under its Exynos brand.

A new finding confirms the same. Samsung may soon announce two new Exynos chipsets.

Two new Samsung Exynos SoCs have been spotted on Bluetooth SIG. These chips are called Exynos 1380 and Exynos 1330.

As their name suggests, they are likely mid-range chipsets. The Exynos 1380 could be the successor of the Exynos 1280 found inside Galaxy A53, Galaxy A33, and Galaxy M33.

On the other hand, the Exynos 1330 could be the successor of either the Exynos 850 or the Exynos 880.

According to the listings on Bluetooth SIG, these two SoCs will carry support for Bluetooth 5.3. It will be possible via a separate RF chip called Samsung Bluetooth Controller v6.

SamMobile suggests that the Exynos 1380 could feature at least two ARM Cortex-A series high-performance CPU cores. It might also come with an ARM Mali-G615 CPU and an integrated 5G modem.

The Exynos 1380 is expected to power the upcoming Samsung Galaxy A54 and Galaxy A34. It might be also found inside other mid-range Galaxy M and Galaxy F series phones.

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The post Samsung Exynos 1380 & Exynos 1330 Chipsets Spotted on Bluetooth SIG appeared first on Gizmochina.

Earlier this year, Samsung launched the highly anticipated Galaxy S22 series of smartphones that debuted with Samsung’s in-house Exynos 2200 chipsets in select regions. The chips feature AMD GPUs and were hyped up quite a bit ahead of launch. However, when the devices finally hit the market, the Exynos 2200 failed to meet the performance expectations of customers.

Currently, Samsung manufactures its Exynos chips to utilize in its own smartphones as well as to sell the chips to other smartphone manufacturers like Google and Xiaomi. However, recent reports have revealed that the company will soon be taking the Apple approach and designing chips exclusively for its own smartphones.

The revamped chips are expected to be ready around 2025. To allegedly help with these efforts, Samsung has appointed ex-Apple employee Kim Woo-pyeong as the director of the recently established Packaging Solution Center which is in the Device Solution America (DSA) headquarters. Kim Woo-pyeong has worked at Texas Instruments and Qualcomm before moving to Apple in 2014 and working there for 9 years.

The report by Business Korea does not specifically mention that Kim will work on the Exynos mobile chipset, however, the report does mention packaging technologies, which are employed by chip makers to overcome SoC integration challenges.

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The post Samsung poaches Apple chip specialist to allegedly work on Galaxy exclusive SoCs appeared first on Gizmochina.

Samsung announced the Galaxy A13 alongside the Galaxy A23 in March. The company is expected to debut a 5G variant of this phone called Galaxy A13 5G very soon. Also, a new variant of the original Galaxy A13 from a couple of months back is also in the news. Today, we get to learn the chipset that will be powering this version of the handset.

According to a retail source of GizPaw, the new variant of Galaxy A13 with model number SM-A137F will house a Mediatek Helio G80 chip. For the unaware, the original Galaxy A13 carrying model number SM-A137F comes powered by an Exynos 850 SoC.

This is not the first time Samsung will be re-releasing a smartphone with a different chipset. Galaxy A12, the predecessor of Galaxy A13, also went through a similar process last year.

The original Galaxy A12 debuted with a MediaTek Helio P35 SoC. But later, the South Korean tech giant introduced another version with an Exynos 850 chip.

Apart from the change in the chipset, the two variants of Galaxy A12 are identical. We expect the same for the Galaxy A13.

The new Galaxy A13 could be first announced in Europe alongside the Galaxy A13 5G. Unfortunately, it’s not known when that will happen but it should be sooner than later.

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The post The new Galaxy A13 may house a Mediatek Helio G80 chip appeared first on Gizmochina.

Samsung is among the handful of smartphone companies that manufacture its own chipsets. The South Korean giant has a lineup of processors under the Samsung Exynos brand, ranging from flagship chips to budget or mid-range.

Recently, there were reports that the company will increase the usage of its own chips in the Samsung Galaxy smartphones. It was also rumored to be working on a dedicated chipset for the flagship devices.

Now, a new report coming from Korea claims that Samsung Electronics’ Device Solutions (DS) Division has started the development of an Application Processor (AP), especially for the Samsung Galaxy series smartphones.

Although Samsung has been making Exynos chips for years now, the company has not yet made a processor dedicated to the Galaxy range of smartphones which the company has now decided to work on.

This is similar to what Apple does with the A-series chips, which power devices only from Apple. However, the new AP from Samsung isn’t expected to be available until 2025. Optimization focused on a single product line instead of having a general configuration will definitely help Samsung offer better performance and low power consumption.

So far, the company has been using chips from Qualcomm and MediaTek along with its own Exynos lineup. However, most of the flagship smartphones from the brand come powered by the Qualcomm Snapdragon chipset and its Exynos chips, depending on the region.

Apart from a dedicated chip for its own smartphones, Samsung is also focusing on expanding the market share of Exynos chips and has decided to adopt its own chips on more and more smartphones coming from the brand.

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Samsung is one of the handful of smartphone manufacturers globally that makes its own chipsets. However, unlike Apple, the South Korean giant also uses chips from Qualcomm and MediaTek for its smartphones.

But it appears that the company is going to make a change in its strategy for the usage of processors in its smartphones as it aims to increase the usage of its own Exynos chips.

As per the new report, Samsung Electronics is now shifting its focus toward the Galaxy A-series and Galaxy M-series smartphones. With that, the company hints at shifting its focus from developed countries to emerging markets.

The report adds that as a part of that strategy, the South Korean giant is also set to increase the usage of its own chipsets in mid-range and low-end smartphones.

In line with that, the company has used the Samsung Exynos 850 processor in the newly launched Galaxy A13 4G smartphone in the North American market. The Samsung Galaxy A13 5G has already been launched, powered by the MediaTek Dimensity 700 processor.

As the name clearly indicates, the Galaxy A13 is the successor of the Galaxy A12, which shipped 51.8 million units in the year 2021. With that, it became the world’s best-selling smartphone model and the first smartphone ever to sell more than 50 million units.

The Samsung Galaxy A13 was powered by the MediaTek Helio P35 processor and thus it played a major role in the rise of MediaTek’s market share. With Galaxy A13 4G powered by Samsung Exynos 850 chip and 5G model of the smartphone powered by MediaTek chip, the company is eyeing to increase the market share of Exynos chips.

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Samsung is one of the handfuls of smartphone companies that also develops its own processors or chips. The Exynos chips from the South Korean giant haven’t been able to match up to the offerings from Apple and Qualcomm.

Even though Samsung manufacturers chips, the company doesn’t have an exclusive lineup of processors for its own smartphones. But if the latest report is to be believed, then that is about the change soon.

As per the latest report, Samsung is planning to develop chipsets exclusively for its own smartphones. This is a major step from the South Korean giant as reports indicate the System LSI division which makes chips and the Mobile eXperience (MX) division for mobile phones do not have a very close relationship.

It is being claimed that for Samsung’s System LSI division, the MX unit of the company is just like other customers who procure chips. The mobile processors manufactured by Samsung are also used in phones from other brands, including Vivo.

The report adds that TM Roh, President and Head of Samsung MX Business said during a town hall meeting that Samsung will now make processors specifically for the Galaxy lineup of smartphones. It is also said that Samsung has internally acknowledged that its employees “have insufficient AP capabilities” and that’s not necessarily because they are lacking in talent, but also because of insufficient manpower.

Samsung has been trying to make its Exynos chips stand out from others and be on par with the premium offerings from Apple and Qualcomm. In line with that, the company switched from its Mongoose cores to ARM’s design, and the newly launched Exynos 2200 features GPU made in collaboration with AMD.

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Earlier it was announced that MediaTek had already led the Android smartphone SoC market in 2021 with a 46% share, exceeding its rival Qualcomm, which had a 35% share in the market in 2021. One might think this spell the end of Qualcomm’s dominance in the Android smartphone space. 

However, a follow-up report to the research has been published by Counterpoint Research. The report details the price brackets where Qualcomm, MediaTek, Exynos, HiSilicon and UNISOC are leading in the race for the Android chip supplier with the largest market share.

A closer examination of the report reveals that most of the market share growth for MediaTek in 2021 came from the low-mid tier wholesale price segment (sub-$299), driven by strong demand for the Dimensity 700, 800 and Helio series chipsets. Qualcomm on the other hand dominated the mid-range and premium flagship market with around 50% market share across all price brackets above $300, except for the $700-$799 price bracket, in which Samsung had a lead with 46% market share in the bracket.

But the question remains, why has Qualcomm shifted away from the low-end markets and how did MediaTek manage to win the low-end market after Qualcomm’s gradual exit?

The report mentions that the reason behind these changes of trends in the market is because of the global chip shortage. With Qualcomm unable to secure its chip supply from both TSMC and Samsung, the company instead prioritized focus on ramping up supply for its 700 and 800 series Snapdragon chipsets, driving higher revenue and profitability. 

However, with Qualcomm not providing much value-to-money in its 400 and 600 series Snapdragon chipsets in 2021, phone manufacturers decided to switch over to its competitor, MediaTek instead for their lower-end budget devices. MediaTek managed to put out capable and affordable 5G chipsets to the market in 2021 with their Dimensity 700 to 1200 series, which could provide performance on par and sometimes exceed competing processors in the same price bracket. And with the reveal of its Dimensity 8000 and 9000 series chipsets in 2022, it is expected that MediaTek could take the stake of the higher-end premium Android market as well in this coming year.

The report also shares some details about Samsung’s Exynos, Huawei’s HiSilicon Kirin and UNISOC chipsets in the industry in 2021. Besides the Samsung Galaxy S21 series equipped with Exynos, most of Samsung’s A, M and F series of smartphones were not equipped with Exynos. In the low-mid segment ($100-$299), its share decreased from 17% to 7%, and in the mid-high segment, its share decreased from 13% in 2020 to 6% in 2021.

UNISOC showed exciting growth in 2021 in smartphones priced less than $200. In 2020, UNISOC chipsets only catered to phones priced under $100. However, in 2021, realme, Motorola and Samsung have launched phones with the Tiger series SoC, citing better performance in the chipsets compared to its similarly priced competitors in the market.

Last but not least, HiSilicon’s SoCs had a 16% share in phones costing $500 and above in 2021, which was a decline from the 30% share in the previous year, due to the US trade ban. It is running on the inventory it added before the ban. By the end of 2022, HiSilicon’s market share is expected to continue to drop as its inventory gets depleted. Huawei has already started using Qualcomm SoCs in its new launches, but they are limited to 4G.

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The post Qualcomm chips dominate in Android devices above $300, MediaTek chips widely available in smartphones under $299 appeared first on Gizmochina.

Samsung has apparently been losing its market share in the mobile processor market. Its Exynos series of chipsets have fallen in popularity, as MediaTek continues to dominate the market.

According to a Counterpoint Research report, the South Korean tech giant’s Exynos processors fell to the fifth position, with a meager market share of just 4 percent. This arrives as the company is in the middle of reshuffling its smartphone portfolio strategy to include sourcing from both in house and third party Chinese ODMs. In the meantime, Qualcomm and MediaTek have taken large chunks of the mobile AP (application processor) market, with the latter seeing great success in Samsung’s own smartphone lineup in the mid range segment for both 4G and 5G models.

At the moment, the Taiwanese chipmaker leads the market with a 34 percent global share. On the other hand, Exynos only had a 4 percent global and 2 percent share in 2 percent. Just earlier today (2nd March 2022), we had reported on MediaTek becoming the number 1 chipmaker in the US beating Qualcomm in the market. Meanwhile, Apple saw a slight decline of 1 percent in 2021 owing to the chip shortage issue, while Unisoc managed to snatch a notable 11 percent of the global SoC market share.

Lastly, Huawei continues to bear the impacts of the US sanctions on its supply chain, as its HiSilicon unit’s market share fell to just 1 percent last year. But as of right now, the Exynos’ decline in the segment can be due to the rising popularity of MediaTek chipset across every price point.

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Bizarrely, there weren’t any new important launches last week. However, there were lots of interesting happenings. We have complied some of these stories in this article. Before we proceed, we would like you to know that the stories selected here are based on our opinion. Since your picks may vary, we would like to know them. Make sure to mention them in the comment section below.

Top Stories From Last Week

Microsoft to acquire Activision Blizzard for $68.7 billion

Out of nowhere, Microsoft made a huge announcement on January 18. The company has decided to acquire the struggling game studio Activision Blizzard for a whopping $68.7 billion.

For the unaware, Activision Blizzard is the studio behind some of the popular franchises like Call of Duty, Overwatch, World of Warcraft, Candy Crush, and others. If this deal goes through, it will be the biggest acquisition of both Microsoft and in the gaming industry.

Unsurprisingly, the titles from the studio will be offered on Xbox/PC Game Pass. Having said that, it’s not known how Microsoft is planning to solve Activision Blizard’s sexual harassment and discrimination issues.

Samsung quietly announces Exynos 2200 flagship mobile SoC

Samsung was supposed to unveil its new generation of premium mobile SoC called Exynos 2200 on January 11. However, that didn’t happen. But anyway, the company did announce the chipset quietly on January 18.

Interestingly, the press release does not properly mention the specifications of the latest chipset. The only takeaway is that the chip features an AMD RDNA 2 GPU called Xclipse with support for ray tracing and variable rate shading.

The company is yet to officially disclose the SoC’s improvements in performance over its predecessor.

Samsung Galaxy Unpacked 2022 event announced for the next Galaxy S

Samsung has officially confirmed to hold the Galaxy Unpacked 2022 even in February. The company has also revealed that it will be debuting the ‘most noteworthy S’ devices ever created.

Though the company has not disclosed, we all know that it will be unveiling the Galaxy S22 lineup. The Galaxy S22 Ultra is expected to merge the Galaxy Note series with the Galaxy S via the introduction of a built-in S Pen. The firm is also anticipated to announce the Galaxy Tab S8 series.

According to an official Instagram ad by Samsung, the event is scheduled for February 9 at 10 AM EST.

MediaTek demos WiFi 7 technology

On January 19, MediaTek made an announcement on the world’s first live demo of WiFi 7 technology. The Taiwanese chipmaker showcased the tech to key customers and industry collaborators.

WiFi 7 will be able to use 320MHz channels, and therefore, it will offer 2.4 times more speed than WiFi 6 and WiFi 6E. MediaTek will offer the tech via its new range of Filogic chips.

Consumer products with WiFi 7 will hit the markets in 2023.

OPPO envisions a future with battery-less IoT devices

Not very long ago, Samsung announced a new version of its eco-friendly SolarCell TV remote control with support for radio wave charging at CES 2022. Last week, OPPO published a research paper on this very same technology with a broader vision.

OPPO says that we can use radio frequency (RF) wave charging technology to create a system of IoT products without batteries. The paper says that the company has successfully built the so-called ‘Zero Power Consumption Communication’ system.

Since Samsung already has a consumer product based on this tech, we think that OPPO’s vision could come true in the near future.

Google Pixel Notepad could be the company’s first foldable smartphone

A report revealed that Google’s first foldable smartphone will be called ‘Pixel Notebook’. That’s not all, this device is also said to cost cheaper than the Galaxy Z Fold3, which is priced at $1,799. Unfortunately, we still don’t have a launch timeline.

According to previous reports, the device may look like an OPPO Fold. It is expected to arrive with Google Tensor (GS101) chipset, up to 12GB RAM/512GB storage, and an outdated main camera.

OnePlus ends software support for OnePlus 6, 6T

The then-popular OnePlus 6 and OnePlus 6T will no longer receive system updates as the brand has officially ended software support for them. The duo was released in 2018 and they currently run OxygenOS 11 based on Android 11.

The OnePlus 6 debuted with Android 8.1 Oreo, and therefore, it has received a total of three Android updates. On the other hand, as the OnePlus 6T hit the markets with Android 9.0 Pie, it has only got two Android updates.

Anyway, users can install Android 12 and upcoming Android releases if they are into custom ROMs.

Upcoming Qualcomm flagship mobile SoC could debut on a Motorola phone

The Snapdragon 8 Gen 1 (SM8450) by Qualcomm is the chipmaker’s current latest flagship mobile SoC. This chipset is manufactured by Samsung and it has performance issues due to throttling.

Hence, Qualcomm is said to release a new version (SM8475) of this silicon manufactured by TSMC. According to a well-known tipster, the new one will also debut on a Motorola smartphone, just like the current chip.

MIUI gets a taste of Material You

MIUI 13 does not offer the dynamic theming system called Monet that’s found in Android 12. But last week, the latest MIUI beta build added support for it.

But unfortunately, it appears to be in the development stage. Because it only works with Google applications and not the first-party MIUI apps. Hopefully, Xiaomi implements it well in future beta releases.

Realme ships over 40 million units of number series smartphones

Realme entered the smartphone market with its number series. Ahead of Realme 9i’s launch in India, the brand officially revealed that it had shipped over 40 million units of Realme numbers series smartphones to date.

The Realme number series includes multiple models like vanilla, Pro, i, s, and 5G. Currently, it is in the 9th generation.

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The post Samsung Unpacked event, Google Foldable details, End of OnePlus 6T support, and more from Last Week appeared first on Gizmochina.

Prior to the launch of the Samsung Galaxy S22 series, the company’s latest flagship lineup has been spotted on European retailer’s listings. These listings showcase the upcoming devices in their Exynos variant.

For those unaware, the South Korean tech giant is known to launch its flagship Galaxy S series of smartphones in two variants, which includes a Qualcomm Snapdragon and its in house Exynos chip versions in certain markets. While the launch of the Galaxy S22, Galaxy S22+, and Galaxy S22 Ultra being just around the corner, recent reports had hinted that the company is facing issues with its new self developed chipset, the Exynos 2200 SoC (Via GSMArena).

But now, the new listings have implied that the Samsung has managed to cross these hurdles. The SM-S901B, SM-S906B, and SM-908B models are all equipped with a new Exynos processor, which was also revealed by previous Geekbench listings as well. Usually, the Qualcomm Snapdragon variants are launched in the US, South Korea, and China, with the model numbers having a different letter at the end, namely SM-S901E, SM-S906E, and SM-S908E.

The Exynos model listings were spotted on retailers like Zanetti Shop and Epto in Italy. While the listings do not reveal any finer details or any official images, it does reveal its pricing. The Galaxy S22+ with 8GB of RAM and 128GB of internal storage will have a price tag of 1,190 Euros (roughly 1,360 US Dollars), which is around 150 Euros more than the previous generation. So, these might be a placeholder price for now, but stay tuned for more updates.

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The post Samsung Galaxy S22 series with Exynos chips spotted on European listings appeared first on Gizmochina.

Earlier today, Samsung officially announced the Galaxy S21 FE. Just like the reports stated, the smartphone arrives with two different chipsets depending on the market it is sold in. Samsung has even revealed which markets get what silicon but not in a detailed manner.

According to a report by SamMobile, the South Korean tech giant has confirmed that the Samsung Galaxy S21 FE is powered by Qualcomm Snapdragon 888 chip in the US as well as Europe. For the unaware, the latter region usually gets the Exynos variant.

This is not the first time a flagship Galaxy product is coming with a Qualcomm chipset in Europe. The last year’s Galaxy S20 FE 5G also featured the SoC from the US-based chipmaker in Europe. However, the original Galaxy S20 and the Galaxy S21 models feature Exynos silicon.

As far as other regions are concerned, there is a Galaxy S21 FE variant with ‘E’ in its model number. SamMobile points out that this version will house the Exynos 2100 SoC. The publication also says that Samsung will be offering this variant in most Asian countries.

But unfortunately, the exact regions that will be receiving the Exynos version are not known at the moment. We expect to learn more about them once Samsung starts revealing the availability of the handset in those markets.

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Samsung Electronics, the world’s leading smartphone manufacturers, is also on the list of a handful of companies that makes their own chips. Unlike Apple, Samsung also uses chips from companies like Qualcomm and MediaTek as well, along with its own Exynos SoC.

So far, the majority of the Samsung phones have been using third-party chips and not the brand’s own but that may soon get changed as the South Korean technology giant is planning to reduce its reliance on US-based chipmaker Qualcomm.

Currently, only about 20 percent of the total smartphone from Samsung comes powered by its own Exynos series chips. Qualcomm dominates in the mid-range and premium smartphones many of the new entry-level phones now pack MediaTek chips.

Starting with 2022, as per the report from Electronic Times (via ITHome), the number of Samsung Galaxy smartphones powered by its own Exynos chips will increase by two or three times, and the System LSI Division will more than double the production capacity for the Exynos lineup of chips.

One of the reasons being attributed to this move is the global chip shortage. The company had to postpone the launch of the Samsung Galaxy S21 FE smartphone several times because of the shortage of Qualcomm Snapdragon 888 chips and the phone is now scheduled to go official in January next year. This has led to a major blow for the South Korean company’s sales and launch schedule.

Samsung is expected to soon launch its Exynos 2200 SoC and the GPU benchmark results of this upcoming chip have been leaked online. It shows that AMD’s RDNA 2-powered 6-core GPU on the Exynos 2200 has a peak performance improvement of +31 to 34% over the Exynos 2100, which is quite a bit considering that we usually see +20 to 25% performance gains between generations.

It is being claimed that the Samsung Exynos 2200 will use the new ARMv9 architecture that was launched this year. This one focuses big on AI, machine learning, and security, meaning that the chipset will be benefitting from them. But, it still remains to be seen how well the Exynos 2200 will be performing against the likes of the Apple A15 and Snapdragon 8 Gen1 (aka Snapdragon 898), which are its true rivals.

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The year 2021 is about to end and Samsung is all set to introduce new smartphones and tablets for 2022. We have been hearing more about these upcoming devices for the past few days. A new report has now even revealed the chipsets powering these forthcoming products.

According to a report by The Elec, Samsung is planning to launch a total of 64 smartphones and tablets. Out of these, 31 models will use Qualcomm chips, new Exynos SoCs co-developed by Samsung and AMD will power 20 models, MediaTek chipsets will be used in 14 models, and there will be 3 models with UNISOC chipsets.

Samsung Smartphone & Tablet Lineup Chipset 2022

• Total – 64 Models
• Qualcomm – 31
• Exynos – 20
• MediaTek – 14
• UNISOC – 3

Talking about specific devices, the Galaxy S22 series will use both Exynos (South Korea, Europe) and Qualcomm (US) chips. There are also reports stating that India and Africa will be getting Qualcomm variants instead of Exynos.

Further, the Galaxy S22 FE is said to exclusively use Exynos silicon and it will enter mass production in Q3 2022. On the other hand, the Galaxy S21 FE will be powered by both Qualcomm and Exynos SoCs.

The Galaxy Z Fold4 and the Galaxy Flip4 will solely come with a Qualcomm chip, while Galaxy Tab S8, Galaxy Tab S8+, and Galaxy Tab S8 Ultra will be driven exclusively by an Exynos chipset.

Interestingly, the Galaxy A53 will switch to Exynos from Qualcomm. Similarly, Galaxy A33 will transition from MediaTek to Exynos. Finally, the Galaxy A73 will be powered by a Qualcomm silicon, Snapdragon 778G to be precise.

Having said that, since the global semiconductor shortage is still prevailing, the above-mentioned details are subject to change.

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The post A report reveals chipsets powering Samsung phones, tablets in 2022 appeared first on Gizmochina.

South Korea-based technology giant Samsung has been the dominating player in the smartphone market and is one of the few manufacturers that makes its own chipsets powering the smartphones.

The company has a lineup of Exynos chips that are mainly targeted towards mid-range and flagship/premium smartphones. However, as per the latest report, it seems that Samsung is gearing up to launch a new chipset for entry-level smartphones.

Tipster Ice Universe has revealed that the South Korean giant is working on a new Exynos 1280 chipset which will be manufactured using a 5nm process. Further, the report adds that the specifications are lower than the Exynos 1080, which means that this new chip is aimed towards entry-level smartphones.

As of now, not much is known about this upcoming chipset for budget smartphones but given that 5G has become mainstream now, we expect the processor to come with support for 5G connectivity.

Currently, the Exynos 1080 is the company’s starting range chipset which is an octa-core processor with one Arm Cortex-A78 core running at 2.8GHz, three Cortex-A78 cores clocked at 2.6GHz, and four Cortex-A55 cores. As of now, Vivo appears to be the only company using the Exynos 1080 chip in its smartphones.

Going forward, Samsung is planning to increase the usage of its own Exynos series chips in its smartphones and thus, there’s a high probability that the upcoming entry-level chipset, Exynos 1280, will be powering smartphones launched by Samsung.

Apart from this, the company is also expected to launch another chipset, which is likely to be Exynos 2200 with AMD GPU. This chipset will be the flagship offering from the brand and will power the upcoming Galaxy S22-series smartphones in some regions.

Samsung has shifted its focus towards the chipset business as the company plans to be less dependent on other companies. The South Korean company also played a big part in the development of Google’s first custom chip for smartphones — Tensor. There are reports hinting that the Tensor SoC is a variant of the Exynos chip.

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Earlier today (13th September 2021), we had reported on a Geekbench listing for the new Google Pixel 6 Pro’s Tensor SoC. Now, the upcoming Samsung Exynos 2200 chipset that features AMD graphics has also been spotted on the popular benchmarking platform.

According to a NotebookCheck report, the Exynos 2200 chipset that will be featured in the Galaxy S22 series next year has been spotted on Geekbench. Although, this listing offers us quite an interesting look as it seems that the new processor might not be as impressive when it comes to performance. In the single core test, the Exynos 2200 managed to achieve a score of 1073, while its multi core test came in at 3389 points.While these are decent figures, the performance appears to not that much ahead of the Qualcomm Snapdragon 888.

Furthermore, the Geekbench listing also revealed some details about this chips. This includes the Cortex-X2 core, although, this is clocked at 2.59Ghz, which is a drop from 2.91GHz clock speeds from the previously launched Exynos 2100’s X1 core. Additionally, the X2 core is paired with three Cortex-A78 that is clocked at 2.5Ghz and four Cortex-A55 cores that are clocked at 1.73GHz. Notably, both of these cores are also clocked lower than the Exynos 2100. So, while the Exynos 2200 is set to deliver impressive GPU performance, its current CPU performance isn’t based on the recent listing.

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While Samsung had announced that it is working on a flagship Exynos series chipset with AMD GPU earlier this year, the company didn’t reveal any specifics regarding the processor or its capabilities. But now, a new report has suggested that this upcoming chip could outperform the Apple iPhone 12 Pro Max in graphical performance.

Exclusive: Samsung is testing the AMD GPU in the new Exynos, and the Wild Life test on the 3D Mark has scored 8134 points. It is worth mentioning that the CPU in this test is A77 architecture, for reference only. Each test has different results, we need to wait for more results. pic.twitter.com/Rej9vqyP6s

— Ice universe (@UniverseIce) June 29, 2021

According to a tweet from a known tipster IceUniverse, the South Korean tech giant is apparently testing an Exynos chipset with a Radeon GPU and Cortex A77 CPU cores. The tipster shared a screenshot of the 3DMark graphics benchmarking app, in which, an Exynos processor with AMD GPU was spotted scoring 8,134 points in the Wild Life test that had an average of 50fps. This score beats the iPhone 12 Pro Max that sported the Apple A14 Bionic chipset, which scores around 7,442 points with an average frame rate of 40 fps.

At the moment, these benchmark scores appear to be early tests. So, we have no idea regarding the thermal performance of this chipset during these tests and how it performs under heavy load. Although, this is quite notable considering an Android handset has outperformed the top end Apple iPhone. The Samsung chip in question is rumored to be the Exynos 2200, which might even be able to offer better performance since it is expected to arrive with ARM Cortex X2 and Cortex A710 CPU cores, which are newer and faster than the Cortex A77.

For those unaware, the upcoming Exynos chipset will feature Radeon GPU that is based on AMD’s latest mobile RDNA2 architecture. Keep in mind, even if this chipset actually is the upcoming chipset, good synthetic benchmarks do not always translate to better graphical performance in real games. So stay tuned for more updates.

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Earlier this year, Samsung had officially announced that it will be launching its next generation flagship Exynos chipset along with an AMD graphics processor. But unfortunately, the company never unveiled when it would be launching this processor. Now, AMD has revealed more details regarding this processor at its Computex 2021 keynote event.

The chipmaker’s CEO Dr. Lisa Su made it official during its keynote earlier today (1st June 2021) that its GPU in the upcoming flagship Samsung Exynos processor will be based on its latest RDNA2 architecture. This marks the arrival of the new GPU to the mobile platform for the first time. Notably, the graphics will bring advanced features like ray tracing and variable rate shading to offer higher fidelity and improved power efficiency as well.

For those unaware, RDNA2 is team red’s latest graphics architecture, which is also used in the GPUs found in AMD’s new Radeon 6000 series of graphics cards and even the PS5 and Xbox Series S/X. During the keynote, Lisa Su announced that “AMD has partnered with industry leader Samsung for several years to accelerate graphics innovation in the mobile market, and we are happy to announce that we will bring custom graphics IP (Intellectual Property) to Samsung’s next flagship mobile SoC (System on Chip) with ray tracing and variable rate shading capabilities.”

The South Korean tech giant’s Exynos series of processors have been criticized for being relatively weaker in terms of GPU performance. But, the upcoming chip will offer improved gaming performance overall. It was also announced that Samsung will reveal additional details regarding this new chip later this year. So stay tuned for more updates regarding this matter.

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Samsung is among those rare smartphone makers that also makes their own chipsets and the South Korean giant has now started focusing on further development of its processors to make them compete with the the high-end offerings from its rivals.

This year, the company is expected to launch three new Exynos chipsets in the market which includes a mid-range 800-series chip, a high-end 1200-series and a flagship 2200-series. Two of them, 1200-series and 2200-series chips are expected to feature GPUs based on AMD’s RDNA architecture.

There are also reports that the South Korean giant is working on two different versions of the Exynos 2200 chipset — one for the Android smartphones and another for the laptops. Both are expected to share similar architecture but tuned for different form factors.

Samsung is working with AMD for developing a custom GPU and the company will demonstrate the graphics processor in June this year. The chipsets with this new GPU are expected to launch at a later date and the devices powered by them are expected to go official in the next year.

The Exynos 2200 version being developed for laptops will be used to power the Windows 10 laptops and could go official in the third or fourth quarter of this year. So far, Samsung has been relying on Qualcomm chipsets for laptops running Windows on ARM system.

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The post Samsung to launch three new Exynos chipsets in 2021 appeared first on Gizmochina.

Samsung Electronics is reportedly working on a new Windows 10 PC. This PC is unique since it will be powered by an Exynos custom chip, which would feature integrated AMD graphics.

According to a ZDNet report, this chipset has been tentatively dubbed as the Exynos 2200, which will feature an AMD graphics. With this new PC, the South Korean tech giant aims to secure price competitiveness while also differentiating itself from Qualcomm‘s Snapdragon. The company reportedly seeks to achieve this by synchronizing memory, display, and NAND flash to APs. For those unaware, Qualcomm has virtually monopolized APs for ARM Windows 10 PCs since 2018.

Furthermore, the report from major component suppliers and partners also stated that Samsung is preparing to launch the Windows 10 PC with the new Exynos 2200 in the second half of this year. While the exact date of the launch is unknown, it is expected to launch sometime in the third quarter of 2021, following the release of the upcoming Galaxy Note 21 series. Unfortunately, finer details regarding the Windows PC is also currently unknown.

As per an anonymous official, “Currently, Samsung Electronics is reviewing to install the Exynos AP on a slim notebook similar to the Galaxy Book S released last year.” At the moment, the information regarding an Exynos PC is still unconfirmed so take this report with a pinch of salt and stay tuned for more, as we will providing updates when additional information is available.

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Samsung and AMD working together to develop a custom GPU for the former’s chips, has been rumored for a while now. But, neither of the companies have yet to announce any news officially. But now, a new rumor has surfaced that suggests that this custom chip might be launching soon.

Samsung is tentatively scheduled to release Samsung × AMD GPU in June to showcase new technologies and specifications, but only to release GPU, the processor needs to wait.

— Ice universe (@UniverseIce) February 23, 2021

According to a SamMobile report, the new rumor has seemingly revived hope for an upcoming launch of the custom chip with an AMD GPU. As per popular tipster Ice Universe, the South Korean tech giant is apparently planning to showcase the custom GPU developed with AMD in June 2021. Furthermore, the company will be revealing the technical details and specifications regarding the new chip around this time as well.

It was previously reported that Samsung might be unveiling its new Exynos chipsets with the new AMD GPUs sometime in the second or third quarter of this year. So the new rumor is in line with what we know so far, and would likely be a highlighting part of its upcoming flagship product line. Although, which series the new chips will arrive in is currently unknown. It could be for the Galaxy Note 21 series or the Galaxy Z Fold 3, while rumors have also pointed towards a 2022 launch with the Galaxy S22 lineup.

Notably, a graphics benchmark of a supposed Exynos chipset with the new AMD GPU had seemingly beaten the Apple A14 Bionic chipset. This may give us an idea as to what we could expect from the new custom chips. However, it is still too early to know for sure. So stay tuned for more, as we will be providing updates when additional information is available.

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The post Samsung might soon launch its custom chip with AMD GPU: Report appeared first on Gizmochina.

Samsung had recently rolled out an update for the Samsung Galaxy S21 lineup. However, soon after that, several users of the Exynos-powered model started reporting battery drain issues on their smartphones.

Now, the South Korean giant is rolling out a new software update (G99xBXXU1AUB6) which comes with the latest February 2021 security patch. It also comes with improvements in overall performance, security, and camera. While the company doesn’t explicitly mentions it, the update apparently comes with a fix for the battery drain issue.

The new update is currently being rolled out to users in the UK, Switzerland, Belgium, and Germany, and should be available in more markets in the coming days. You can also check for it manually by navigating to the Software Update in the Settings menu.

For those who are unaware, several users of the Samsung Galaxy S21 series reported on Reddit and Community forums above facing significant battery drain issues after updating their smartphones with the latest update.

However, some users reported that putting the phone on Airplane mode fixed the issue, indicating that the problem had something to do with the cellular connectivity. But the problem was only for the Exynos-powered models and not the Snapdragon models.

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