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Tag: Samsung

  • Samsung Max VPN Collects Your Private Data and Sells It

    Samsung Max VPN Collects Your Private Data and Sells It

    Users relying on Samsung’s Max VPN should look for other options to keep their data private and safe.

    Samsung includes and/or promotes its Max VPN service on its phones. As sharp-eyed Reddit user soboi12345 has pointed out, however, users’ data is not at all private when using Samsung’s VPN. In fact, the company collects unique identifying data and sells it to third parties.

    The company describes its practices in its Max Service Description and Privacy Policy:

    The Max Service app may log how you use your device, including unique identifiers, information about the software you’ve installed, device characteristics, information about your location and mobile carrier, the type of network you use to access web content, how much data you use, and the URLs you visit. We use this data to debug the Max Service app and to improve the user experience. We anonymize and/or aggregate this data and may allow our business partners access to it.

    To be clear, Samsung’s VPN is collecting unique identifiers, location data, the apps users have installed, and the websites they visit — and then selling that data rather than protecting users’ privacy.

    This is an appalling breach of trust for any VPN provider, especially since many VPN users are specifically looking to avoid exactly the kind of data collection Samsung is engaging in.

    Samsung’s behavior is even more egregious when considering that the company called out people’s data being used as a commodity when it launched Max VPN:

    “All over the world, data has become a commodity, but many plans are simply still too expensive for consumers that want to get the most out of the latest technology built into their devices,” said Seounghoon Oh, Vice President Samsung R&D Institute India, at the time. “With Samsung Max, our users in every corner of the globe now have increased autonomy and control over their data usage and privacy in an era of rising security threats, fraudulent apps and user profiling.”

    With such a strong statement, Samsung’s users could be forgiven for thinking the company would actually protect their privacy and not use their data as “a commodity.”

    As we have stated on WPN, and as The New York Times Wirecutter has recommended, Mullvad is the best VPN for users that truly care about their privacy. The company has a zero-logs policy and doesn’t save identifying information. In fact, users are given a random numeric account number for login purposes rather than using an email address or username.

    The company has also had extensive third-party security audits, is transparent about its ownership, has a clear privacy policy, good performance, and is reasonably priced.

  • PSA: Disable Wi-Fi Calling, VoLTE on Pixel & Samsung Phones IMMEDIATELY

    PSA: Disable Wi-Fi Calling, VoLTE on Pixel & Samsung Phones IMMEDIATELY

    Google has discovered 0-day vulnerabilities in Samsung’s Exynos modems that impact the most recent Pixel and Samsung devices.

    Samsung’s Exynos modem chipsets are used in a variety of devices, including Google’s Pixel 6 and 7 line, as well as a wide range of Samsung’s devices. Unfortunately, Google’s Project Zero has discovered 18 0-day vulnerabilities in the chipset, four which can be executed remotely with no user interaction.

    Tests conducted by Project Zero confirm that those four vulnerabilities allow an attacker to remotely compromise a phone at the baseband level with no user interaction, and require only that the attacker know the victim’s phone number. With limited additional research and development, we believe that skilled attackers would be able to quickly create an operational exploit to compromise affected devices silently and remotely.

    While still serious, the remaining 14 vulnerabilities are not as severe, since they require physical access to the device or a malicious network operator.

    Google recommends turning off Wi-Fi calling and VoLTE on all impacted devices, including the list below:

    • Mobile devices from Samsung, including those in the S22, M33, M13, M12, A71, A53, A33, A21, A13, A12 and A04 series;
    • Mobile devices from Vivo, including those in the S16, S15, S6, X70, X60 and X30 series;
    • The Pixel 6 and Pixel 7 series of devices from Google;
    • any wearables that use the Exynos W920 chipset; and
    • any vehicles that use the Exynos Auto T5123 chipset.

    Google says patches should be issued to address the vulnerabilities permanently, with the March 2023 update for Pixels already including at least one fix:

    We expect that patch timelines will vary per manufacturer (for example, affected Pixel devices have already received a fix for CVE-2023-24033 in the March 2023 security update). In the meantime, users with affected devices can protect themselves from the baseband remote code execution vulnerabilities mentioned in this post by turning off Wi-Fi calling and Voice-over-LTE (VoLTE) in their device settings. As always, we encourage end users to update their devices as soon as possible, to ensure that they are running the latest builds that fix both disclosed and undisclosed security vulnerabilities.

    To be clear, this is about as bad as it gets, in terms of mobile vulnerabilities, and users should take the necessary steps to protect themselves.

  • Samsung Plans to Build World’s Largest Semiconductor “Mega Cluster”

    Samsung Plans to Build World’s Largest Semiconductor “Mega Cluster”

    Samsung is planning to invest $230 billion to build the world’s biggest semiconductor manufacturing “mega cluster.”

    As semiconductors become more important across industries, the chip supply chain is increasingly becoming an area of national security concern for countries around the world. According to ABC News, Samsung’s plan is part of a South Korean national project to help establish the country as the world’s leading semiconductor manufacturing site.

    The plan includes Samsung building the world’s single biggest chip-building base, and will take some 20 years to fully realize. Once the “mega cluster” is complete, in 2042, it will build a wide range of high-end chips, including both computer memory and logic chips.

    “(South Korea) has world-class manufacturing capabilities and technologies in various high-tech industries such as semiconductors, secondary batteries, and displays, but (government) support and regulatory conditions have been insufficient,” the Trade Ministry said in a statement.

    Samsung is already one of the world’s leading chipmakers. This expansion is sure to help it strengthen its position.

  • Samsung Called Out for Using AI to Enhance Photos

    Samsung Called Out for Using AI to Enhance Photos

    Samsung is once again in the spotlight over the authenticity of photos taken with its smartphone cameras.

    Samsung’s flagship phones include a feature called “Space Zoom,” designed for taking pictures of the moon. According to a user on Reddit, the feature appears to be using AI to artificially alter and enhance photos. In the post, ibreakphotos took photos of the moon and compared that with what Samsung displayed. The results were surprising.

    Interestingly, Samsung does admit to using AI to enhance photos. On the company’s CamCyclopedia site, a moderator explained the process:

    The moon recognition engine was created by learning various moon shapes from full moon to crescent moon based on images that people actually see with their eyes on Earth.

    It uses an AI deep learning model to show the presence and absence of the moon in the image and the area (square box) as a result. AI models that have been trained can detect lunar areas even if other lunar images that have not been used for training are inserted.

    The end result is a more complete picture of the moon:

    To overcome this, the Galaxy Camera applies a deep learning-based AI detail enhancement engine (Detail Enhancement technology) at the final stage to effectively remove noise and maximize the details of the moon to complete a bright and clear picture of the moon.

    While it’s nice to see a Samsung rep clearly explain what is going on, it still raises questions about the authenticity of photography using a Samsung phone. It’s also disappointing that this revelation is on the company’s community site rather than more openly revealed in the company’s marketing.

  • Samsung Is Reportedly Developing a Custom Mobile CPU Core

    Samsung Is Reportedly Developing a Custom Mobile CPU Core

    Samsung is reportedly developing its own custom CPU core in an effort to better compete in the mobile space.

    Samsung is one of the world’s leading chipmakers, but its own Exynos chips have lagged far behind Apple’s offerings. According to a report in South Korea’s Pulse News, the company is stepping up its efforts to develop its own CPU core, the central component of the application processor (AP) that powers a mobile device. Samsung even recruited a senior CPU developer from AMD to further its goals.

    Samsung’s current Exynos AP has an Arm CPU core, but the company wants to reduce its reliance on the British chip designer. Using its own CPU core will also give it more opportunity to customize and optimize performance, much as Apple has done with its chips.

    Pulse News believes the first of these new chips, dubbed the ‘Galaxy Chip,’ could be available as early as 2025. Because Samsung’s CPU core development has just started, the first generation of the Galaxy Chip would likely still have an Arm CPU core. This would be replaced in later generations by Samsung’s own core.

    “Samsung Electronics will be able to boost completion level of its Galaxy Chip if it successfully develops a CPU core,” an unnamed industry official told the outlet. “It will be able to load its own CPU in 2027 if development is carried out as planned.”

    Interestingly, the 2025 release data coincides with earlier reports that Samsung was assembling a semiconductor design ‘dream team’ to tackle Apple’s dominance. Dubbed “Dream Platform One,” the team’s goal was to surpass Apple’s M1 by 2025.

    While Pulse News doesn’t specifically mention Dream Platform One, it’s a safe bet the team is responsible for the upcoming Galaxy Chip.

  • Samsung’s Galaxy S23 Has Become the Definition of ‘Bloatware’

    Samsung’s Galaxy S23 Has Become the Definition of ‘Bloatware’

    Samsung’s Galaxy S23 has become the definition of mobile bloatware, with a base install taking roughly 60GB.

    Operating systems growing in size is an inevitable trade-off of new features, improved support, and the addition of new technologies. Unfortunately for S23 users, Samsung seems to be taking OS growth to all new heights.

    Mishaal Rahman, Senior Technical Editor for Esper, asked his Twitter followers how much of their phone’s space their system installs were taking:

    Some users reported the S23’s Android install taking almost 60GB:

    Shockingly, one user even reported a 75GB install:

    With the S23 topping out at 256MB, and the S23+ topping out at 512, it’s hard to imagine how or why Samsung can justify taking up 60-75GB of space just for the OS.

  • Samsung Galaxy Phones Are Getting the February 2023 Update

    Samsung Galaxy Phones Are Getting the February 2023 Update

    Samsung’s Galaxy phones are finally getting the latest Android update, with the February 2023 update rolling out.

    First noticed by SamMobile, Samsung is rolling out the February 2023 update to the Galaxy Note 20 and Galaxy Note 20 Ultra. The update, with firmware version N98xBXXS5GWB1, is currently available to customers in Switzerland.     

    Samsung has not released details of what is included in the update, but it probably includes all the usual security fixes and improvements.

    SamMobile believes the update will start rolling out in other European countries within the next few days, especially now that Samsung has the Galaxy S23 launch event behind it.

  • Samsung May Bring Its Free TV Plus to Third-Party TVs

    Samsung May Bring Its Free TV Plus to Third-Party TVs

    Samsung may bring its popular TV Plus streaming app to third-party TVs, according to a new report.

    Samsung includes its free TV Plus streaming app on its own TVs, but tech reporter Janko Roettgers reports that the company has been approaching other manufacturers to discuss bundling TV Plus with their TVs. While Samsung is not commenting publicly, Roettgers cites multiple unnamed sources familiar with the discussions.

    TCL is one manufacturer that Samsung has evidently discussed a deal with, although TCL declined to comment.

    As Roettgers points out, TV Plus is a rare hit for Samsung, as the company has historically struggled to gain traction with its own services. It’s little wonder the company is eager to capitalize on its success.

  • Samsung Expands ‘Self-Repair’ to Include Galaxy S22 and Galaxy Book Pro Series

    Samsung Expands ‘Self-Repair’ to Include Galaxy S22 and Galaxy Book Pro Series

    Samsung is expanding its Self-Repair program to include Galaxy S22, S22+, and S22 Ultra family, and the Galaxy Book Pro 15” and Galaxy Book Pro 360 15” PCs.

    Samsung is one of the leading companies dipping its foot into the self-repair market, along with Apple and Microsoft. According to the company, it is significantly expanding the supported models.

    “The Self-Repair program has exceeded our expectations and we hear one resounding message: people want more models. Enterprise customers in particular told us they need solutions for PCs,” said Mark Williams, Vice President of Customer Care at Samsung Electronics America. “People want to get more out of their devices and need durable products that last. Samsung is committed to offering Care options that meet their needs.”

    The company is partnering with iFixit to make repairing the Galaxy Book Pros easier.

    In collaboration with iFixit, the leading online repair community, Galaxy Book owners will have access to seven authentic components to take repair into their own hands. This includes the case front, case rear, display, battery, touchpad, power key with fingerprint reader, and rubber foot. Those interested can access online guides provided on iFixit.com.

  • Samsung May Be Prepping Self Repair Assistant App

    Samsung’s self repair plans may be coming into sharper focus, with a reported Self Repair Assistant app in the works.

    First spotted by SamMobile, Samsung has filed for a trademark that indicates its intention to release a mobile app to assit in self repair efforts. The outlet describes the application:

    The trademark filing describes “Self Repair Assistant” as a “computer application software for mobile phones for self-installation and self-maintenance of smartwatches, tablets, mobile phones, and earbuds.” It’s supposed to provide “consultancy and information services relating to self-installation and self-repair” of various mobile device types.

    Self repair options have become increasingly important as the right to repair movement has gained steam. Samsung, Microsoft, and Apple have all committed to self repair, but Samsung seems to be the first to be creating an app to facilitate the process.

  • Samsung’s Tizen OS Poised for Use on Third-Party TVs

    Samsung’s Tizen OS Poised for Use on Third-Party TVs

    Samsung has its first Tizen OS licensees as the company looks to expand Tizen’s footprint in the smart TV market.

    Tizen OS is a Linux-based OS developed by Samsung, in conjunction with the Linux Foundation. Tizen has continued to grow since its introduction in 2012, but has primarily been used by Samsung.

    The company has now partnered with third-party manufacturers, paving the way for them to adopt Tizen OS on their own TVs.

    Samsung Electronics today announced a partnership with leading international ODM (Original Development Manufacturing) companies such as Atmaca, HKC and Tempo — a collaboration that will enable non-Samsung smart TV models to use Tizen OS for the first time. New TVs from Bauhn, Linsar, Sunny, Vispera and other brands1 will be available in Australia, Italy, New Zealand, Spain, Türkiye and the United Kingdom this year,2 allowing more consumers to enjoy a premium smart TV experience enabled by Tizen, an open source OS for Samsung Smart TV.

    Samsung says it will continue to work to help spread Tizen’s adoption.

    “2022 has been a memorable year for Tizen OS as we celebrate its 10th anniversary and the very first Tizen-powered smart TVs available from other brands,” said Yongjae Kim, Executive Vice President of Visual Display Business at Samsung Electronics. “Starting with these new Tizen-powered smart TVs, we will continue to expand the licensing program and introduce Tizen OS and its ecosystem to more products and brands around the world.”

  • Samsung Users May Finally Get Seamless Android Updates

    Samsung Users May Finally Get Seamless Android Updates

    Samsung users may finally get seamless Android updates, easing a major pain point with some of the world’s most popular smartphones.

    Android, especially on Google’s own line of Pixel phones, has had the ability to download and install system updates in the background, without interfering with what the user is doing. Once the OS has updated to the latest version, the user is notified that a restart will be required to finish the update, which the user can perform when they’re ready.

    Unfortunately, Samsung has never adopted the feature. As a result, Samsung’s phones have a much more obnoxious updating process that gets in the user’s way until it’s completed.

    According to Android Central, Google may mandate that all OEM’s shipping Android 13 adopt A/B Seamless Updates. The report is based on a tweet by Mishaal Rahman, senior technical editor at Esper.

    The news is likely to be a welcome improvement for Samsung users, although it will only apply to phones that ship with Android 13.

  • Samsung Is Already Hard at Work on Google’s Third-Gen Tensor Chip

    Samsung Is Already Hard at Work on Google’s Third-Gen Tensor Chip

    Samsung is reportedly already hard at work on Google’s third-gen Tensor chip, although concrete details are few and far between.

    Tensor is the custom system on a chip (SoC) processor Google uses to power its Pixel line of smartphones. The first-gen Tensor powers the entire Pixel 6 and 6a lines, with the second-gen expected to power the Pixel 7.

    According to Galaxy Club, via 9to5Google, Samsung is in the “early testing and development” phase with the third-gen Tensor. There were no additional details regarding what improvements the new design may bring.

    Why Samsung?

    In some ways, it’s somewhat surprising Google is continuing to rely on Samsung as its primary manufacturing partner. While Samsung is a major semiconductor manufacturer, it is widely considered to be behind rival TSMC in the quality of its chips.

    Samsung’s manufacturing issues became evident when some of its Exynos processors experienced heat issues. Some of the latest Snapdragon processors, which Samsung manufactured for Qualcomm, experienced similar issues.. In contrast, Apple and MediaTek processors are manufactured by TSMC and do not have the same issues.

    Given that Google’s North American smartphone market share grew by 230% in Q2 2022, the company clearly has an opportunity to continue challenging its larger rivals in the smartphone space. It is somewhat puzzling that Google does not want to switch to TSMC for its manufacturing needs and is continuing to stick with Samsung.

  • Google’s North American Smartphone Share Grew 230% in Q2 2022

    Google’s North American Smartphone Share Grew 230% in Q2 2022

    Google was the big winner among smartphone makers in Q2 2022, with its market share growing a whopping 230%.

    Q2 2022 was not a good quarter for North American smartphone shipments, with the overall industry experiencing a 6% decline. Despite that, there were a few bright spots, according to Canalys.

    Apple and Samsung continued to dominate the market, being the most popular smartphone models among NA buyers. Despite the overall downturn, Apple’s share grew by 3%, Samsung’s share grew by 4%, and Motorola’s grew by a mere 1%. TCL’s share dropped by 1%, while “Others” dropped by 61%.

    The real winner, however, was Google. Despite its Pixel series not breaking the top ten most popular, the company saw a 230% increase in its market share, bringing it to 2% overall.

    Google has struggled to make significant headway in the market, despite its Pixel line of phones generally receiving favorable reviews. It appears the company has finally hit a winning combination with its Pixel 6 redesign.

  • Alphabet Is Blockchain’s Biggest Corporate Investor

    Alphabet Is Blockchain’s Biggest Corporate Investor

    Alphabet is the biggest corporate investor in blockchain and crypto technology among the top 100 public companies over the last ten months.

    The crypto market is currently taking a beating, but that hasn’t stopped companies of all sizes from continuing to invest in crypto and blockchain tech. According to Blockdata, Alphabet is the top investor in blockchain technology among the top 100 public companies.

    Between September 2021 and June 2022, Google invested a staggering $1.5 billion in blockchain technology. Asset manager BlackRock came in second, with $1.17 billion. Morgan Stanley rounded out the top three with $1.11 billion.

    Other top companies included Microsoft, Samsung, Goldman Sachs, PayPal, LG, Wells Fargo, and more.

    Despite the current downturn, the continued support and investment from some of the world’s largest companies will help ensure the technology’s continued growth and adoption.

  • Semiconductor Bill Passes the House

    Semiconductor Bill Passes the House

    The $280 billion semiconductor bill, aimed at helping revitalize the US chip industry, has overcome its final hurdle, passing in the US House.

    The bill, formerly known as the CHIPS and Science Act, has been widely supported by Intel and other tech companies. The bill includes more than $52 billion to assist semiconductor makers’ efforts to establish foundries and factories in the US.

    The bill was seen as a major factor in some companies’ decision-making process. Samsung is rumored to be considering a $200 billion investment in 11 factories in Texas, but it’s believed the company wanted to wait and see if the bill passed. Other companies were known to be holding off on their decision-making process until the bill’s future was certain.

    With the bill now passing the House, it will go to President Biden to be signed into law.

    “This bill includes important guardrails to ensure that companies receiving tax payer dollars invest in America and that union workers are building new manufacturing plants across the country,” Biden said in a statement.

    “I look forward to signing this bill into law and continuing to grow our economy from the bottom up and middle out for working families all across the country.”

  • Intel Scores MediaTek As Foundry Customer

    Intel Scores MediaTek As Foundry Customer

    Intel has scored a major victory, securing Taiwan’s MediaTek as a customer for its foundry services.

    Intel has been working to revitalize its semiconductor business, and providing foundry services to other companies has been a major part of that revitalization. According to Reuters, the company has secured a contract to produce chips for MediaTek, one of the leading semiconductor design firms whose designs are used in a wide range of mobile devices.

    “That’s a pretty big deal for us to engage a customer from Taiwan and them betting on us to grow and try this. And so this is a major anchor customer win,” Randhir Thakur, president of Intel Foundry Services, told Reuters.

    The move is a testament to Intel’s success in establishing its foundry business, especially since MediaTek has a carefully developed reputation for designing some of the highest-quality chips in the business. Some Qualcomm and Samsung chips — both of which were manufactured by Samsung — have struggled with heat issues.

    Read more: Intel Moves Up 2025 Chip Tech a Full Six Months

    In contrast, MediaTek has relied on TSMC, a company whose manufacturing processes are considered more advanced than those of other companies. As a result, MediaTek has not been plagued with the same heat issues as its rivals.

    The fact that the company is willing to invest in Intel’s foundry services is a huge vote of confidence in the latter’s abilities.

    “When you go into a foundry, you’re putting at risk about two years of work,” said TechInsights’ chip economist Dan Hutcheson. “If something happens and the foundry can’t pull it off, you’ve lost that design window in that market window.”

    While the contract is a big win for Intel, MediaTek made clear it will continue with a multi-vendor approach.

    “MediaTek has always adopted a multi-sourcing strategy,” MediaTek said in a statement. “In addition to maintaining close partnership with TSMC in advanced process nodes, this collaboration will enhance MediaTek’s supply for mature process nodes.”

  • Samsung May Spend Almost $200 Billion on 11 Texas Plants

    Samsung May Spend Almost $200 Billion on 11 Texas Plants

    Samsung may be looking to significantly ramp up its chip production, with a possible $200 billion investment in 11 Texas plants.

    Samsung is one of the world’s leading chipmakers. The company manufactures its own line of Exynos mobile chips, and provides foundry services to other companies, such as Intel and Qualcomm.

    According to The Wall Street Journal, Samsung is now considering the possibility of investing almost $200 billion over the next two decades to build additional semiconductor plants in Texas. The move would be a massive boost to the chip-making industry within the US, and would further boost Texas’ efforts to lure tech companies to the state.

    The $50 billion chip manufacturing subsidy bill, currently being considered by Congress, is likely a major factor in Samsung’s decision-making progress. As WSJ points out, other chipmakers are hedging their bets and moving slowly with expansion plans until the bill passes.

    “It all boils down to incentives for Samsung to move a big part of their production to the U.S., and even within the U.S., very specific areas,” Wayne Lam, senior director of research at CCS Insight, told WSJ. “Why go to the U.S. when they could do it just as cheaply and with a ready workforce in South Korea?”

  • Samsung Beats TSMC to 3-Nanometer Chip Production

    Samsung Beats TSMC to 3-Nanometer Chip Production

    Samsung has achieved a major milestone, beating rival TSMC to 3-nanometer production.

    TSMC and Samsung both produce mobile chips used in smartphones, tablets, and more. While TSMC is considered the industry leader, Samsung has built quite a business making its own chips, as well as making chips for other companies. Samsung has now begun production of its 3nm chips, ushering in the next generation of performance and power efficiency.

    “Samsung has grown rapidly as we continue to demonstrate leadership in applying next-generation technologies to manufacturing, such as foundry industry’s first High-K Metal Gate, FinFET, as well as EUV. We seek to continue this leadership with the world’s first 3nm process with the MBCFET™,” said Dr. Siyoung Choi, President and Head of Foundry Business at Samsung Electronics. “We will continue active innovation in competitive technology development and build processes that help expedite achieving maturity of technology.”

    According to the company, first-gen 3nm chips will be able to reduce power consumption up to 45%, while improving performance by up to 23%. The chips will also reduce area by 16%.

    The second-gen 3nm chips will improve those numbers to 50% less power consumption, 30% better performance, and 35% area reduction.

    The one thing that remains to be seen is whether Samsung will be able to tackle the heat issues it has been struggling with. Compared to chips made by TSMC, some have begun to suspect Samsung-manufactured chips have led to the overheating problems in the Galaxy S22, as well as other brands that rely on Samsung’s production.

    Hopefully, the company will be able to put these issues to rest with the move to 3nm.

  • Samsung Wants a ‘Dream Team’ to Tackle Apple’s M1 in 2025

    Samsung Wants a ‘Dream Team’ to Tackle Apple’s M1 in 2025

    Samsung is taking steps to tackle Apple’s M1, reportedly assembling a “dream team” to surpass Apple’s silicon in 2025.

    Apple upended the industry when it unveiled the M1, a custom system-on-chip (SoC) based on the same designs that have powered the iPhone and iPad for years. At its core, the M1 is loosely based on Arm’s designs, much like chips from Samsung, Qualcomm, and others. Unfortunately for those companies, however, none of them have been able to match Apple’s performance — something Samsung wants to change with its dream team.

    Read more: Intel Continues to Play From Behind Against Apple’s M1

    According to Neowin, Samsung’s new team is named “Dream Platform One.” The team will be responsible for designing a new in-house chip with the sole purpose of beating Apple’s custom silicon.

    Of course, beating Apple is easier said then done, especially since doing so is a moving target. Samsung is hoping to surpass the M1 in 2025, but Apple isn’t going to sit on its laurels until then. Since the M1’s introduction, the company has released the M1 Pro, M1 Max, and M1 Ultra, all of which have significantly improved the SoC’s performance over the base M1.

    Samsung will have to pull a rabbit out of its hat if it truly wants to surpass Apple in 2025.

  • Samsung Preparing to Raise Chip Prices

    Samsung Preparing to Raise Chip Prices

    Samsung is reportedly preparing to raise chip prices, a move that could significantly impact the price of smartphones and other electronics.

    Samsung is one of the leading semiconductor manufacturers, with its chips widely used in the smartphone and electronics industry. In addition to its own line of Exynos chips, the company provides foundry services for customers throughout the industry. According to Bloomberg, Samsung is now talking with its foundry clients about the possibility of raising prices as much as 20%.

    The move follows a similar one by TSMC that was reported last year. TSMC implemented one of its biggest price hikes in a decade, in an effort to stave off rising costs and continue its investments in next-gen technology.

    Samsung following suit is no real surprise, as the semiconductor industry has been rocked by the pandemic, supply chain issues, and the war in Ukraine.

    “This is an inevitable move for Samsung,” said said Masahiro Wakasugi, Bloomberg Intelligence analyst. “Some customers may accept higher prices if they can get chips earlier than others,” he said.