Samsung’s Galaxy Tab S9 is on sale for $680 via Amazon, which is a discount of $120. This is a record low price for the well-regarded tablet. The S9 is the most recent iteration and there likely won't be a refresh on the horizon until at least September.
Now onto some specs. The standard S9 boasts an 11-inch AMOLED screen, a Snapdragon 8 Gen 2 processor and 12GB of RAM. It also comes with the company’s S Pen stylus, which is something I wish Apple did for its tablets. The $680 price tag gets you a device with 128GB of internal storage, but 256GB and 512GB models are also on sale.
The Galaxy Tab S9 easily made our list of the best tablets, and for good reason. We loved the gorgeous AMOLED screen, the powerful speakers and the tablet’s surprisingly useful Dex multitasking mode. For the uninitiated, this mode basically turns the tablet into a PC, complete with standard windows, folders and a taskbar, with the ability to drag and drop files.
The 11-inch screen is a joy to behold and probably the best fit for most people. The S9+, which is also on sale, boasts a particularly large 12.4-inch AMOLED display. Those with small hands should probably demo that unit before making the splurge.
This is part of a larger Amazon sale on a bunch of Samsung tablets. There’s the aforementioned S9 tablets with more hard drive space, but also discounts on the entire A9+ line and the S9 FE+. There are no deals, however, for the top-of-the-line S9 Ultra.
Samsung’s Galaxy Tab S9 is on sale for $680 via Amazon, which is a discount of $120. This is a record low price for the well-regarded tablet. The S9 is the most recent iteration and there likely won't be a refresh on the horizon until at least September.
Now onto some specs. The standard S9 boasts an 11-inch AMOLED screen, a Snapdragon 8 Gen 2 processor and 12GB of RAM. It also comes with the company’s S Pen stylus, which is something I wish Apple did for its tablets. The $680 price tag gets you a device with 128GB of internal storage, but 256GB and 512GB models are also on sale.
The Galaxy Tab S9 easily made our list of the best tablets, and for good reason. We loved the gorgeous AMOLED screen, the powerful speakers and the tablet’s surprisingly useful Dex multitasking mode. For the uninitiated, this mode basically turns the tablet into a PC, complete with standard windows, folders and a taskbar, with the ability to drag and drop files.
The 11-inch screen is a joy to behold and probably the best fit for most people. The S9+, which is also on sale, boasts a particularly large 12.4-inch AMOLED display. Those with small hands should probably demo that unit before making the splurge.
This is part of a larger Amazon sale on a bunch of Samsung tablets. There’s the aforementioned S9 tablets with more hard drive space, but also discounts on the entire A9+ line and the S9 FE+. There are no deals, however, for the top-of-the-line S9 Ultra.
“When you think about the history of Bluetooth, and specifically about audio, you really have to go back to the mid-to-late ’90s.”
Chuck Sabin is a Bluetooth expert. As a senior director at Bluetooth Special Interest Group (SIG), he oversees market research and planning as well as business development. He’s also leading the charge for emerging uses of Bluetooth, like Auracast broadcast audio. In other words, he’s an excellent person to speak to about how far Bluetooth has come — from the days of mono headsets solely used for voice communication to today’s devices capable of streaming lossless-quality music.
In the mid ’90s, mobile phones were starting to become a thing, and of course so were regulations about hands-free use of them in cars. Sabin previously worked in the cellular industry, and he remembers how costly and intrusive the early hand-free systems were in vehicles. Bluetooth originated from cell phone companies working together to cut the cord to headphones since using those not-yet-wireless audio accessories in the car was cumbersome. One of the first mobile phones with Bluetooth was from Ericsson in the late ’90s, although an updated model didn’t make it to consumers until 2001. That same year, the IBM ThinkPad A30 became the first laptop with Bluetooth built in. At that time, the primary intent of the short-range radio technology was for voice calls.
The Bose Bluetooth Headset Series 2
Bose
“You had a lot of people who ended up with these mono headsets and boom mics,” he explained. You know, the people we all probably made fun of — at least once. Most of these things were massive, and some had obnoxious blinking lights. They’re definitely a far cry from the increasingly inconspicuous wireless earbuds available now.
Bluetooth as a specification continued to evolve, with companies leveraging it for music and streaming audio. To facilitate music listening, there had to be faster communication between headphones and the connected device. Compared with voice calling, continuous streaming required Bluetooth to support higher data speeds along with reduced latency. Where Bluetooth 1.0 was call specific, version 2.0 began to achieve the speeds needed for audio streaming at over 2 Mb/s. However, Sabin says, the 2.1 specification adopted by Bluetooth SIG in 2007 was when all streaming audio capabilities were implemented in automobiles, phones, headphones, headsets and more.
Of course, it would still be a few years before wireless headphones were mainstream. In the early 2000s, headphones were still directly connected to a mobile phone or other source device. Once Bluetooth became a standard feature in all new phone models, as well as its inclusion in laptops and PCs, consumers could count on wireless connectivity being available to them. Even then, music had to be loaded onto a memory card to get it on a phone, as dedicated apps and streaming services wouldn’t be a thing until the 2010s.
“The utility of the device that you carried around with you all the time was evolving,” Sabin said. “Bluetooth was ultimately riding that continued wave of utility, by providing the opportunity to use that phone as a wireless streaming device for audio.”
Bragi Dash true wireless earbuds
Photo by James Trew/Engadget
About the time wireless headphones had become popular, a few companies arrived with a new proposition in 2015: true wireless earbuds. Bluetooth improvements meant reduced power requirements leading to much smaller devices with smaller batteries — and still provide the performance needed for true wireless devices. Bragi made a big splash at consecutive CESs with its Dash earbuds. The ambitious product had built-in music storage, fitness tracking and touch controls, all paired with a woefully short three-hour battery life. Perhaps the company was a bit overzealous, in hindsight, but it did set the bar high, and eventually similar technologies would make it into other true wireless products.
“Companies that were building products were really starting to stretch the specification to its limits,” Sabin explained. “There was a certain amount of innovation that was happening [beyond that] on how to manage the demands of two wireless earbuds.” Bluetooth’s role, he said, was more about improving performance of the protocol as a means of inspiring advances in wireless audio devices themselves.
He was quick to point out that, for the first few years, true wireless buds accepted the Bluetooth signal to only one ear and then sent it to the other. That’s why the battery in one would always drain faster than the other. In January 2020, Bluetooth SIG announced LE Audio at CES as part of version 5.2. LE Audio delivered lower battery consumption, standardized audio transmission and the ability to transmit to multiple receivers — or multiple earbuds. LE Audio wouldn’t be completed until July 2022, but it offers a lower minimum latency of 20 to 30 milliseconds versus 100 to 200 milliseconds with Bluetooth Classic.
“All of the processing is now done back on the phone itself and then streamed independently to each of the individual earbuds,” Sabin continued. “That will continue to deliver better performance, better form factors, better battery life and so on because the processing is being done at the source level versus [on] the individual earbuds.”
The increased speed and efficiency of Bluetooth has led to improvements in overall sound quality too. Responding to market demands for better audio, Qualcomm and others have developed various codecs, like aptX, that expand what Bluetooth can do. More specifically, aptX HD provides 48kHz/24-bit audio for wireless high-resolution listening.
“One of the elements that came into the specification, even on the classic side, was the ability for companies to sideload different codecs,” Sabin explained. “Companies could then market their codec to be available on phones and headphones to provide enhanced audio capabilities.”
LE Audio standardizes Bluetooth connectivity for hearing aids, leading to a larger number of supported devices and interoperability. The use cases range from tuning earbuds to a user’s specific hearing or general hearing assistance needs, with or without the help of active noise cancellation or transparency mode, to simply being able to hear valuable info in public spaces via their earbuds or hearing aid.
“Bluetooth is becoming integral for people with hearing loss,” he explained. “Not only for medical-grade hearing aids, but you’re seeing hearing capabilities built into consumer devices as well.”
Sony's CRE-E10 OTC hearing aids
Sony
Sabin also noted how the development of true wireless earbuds have been key for people with hearing loss and helped reduce the stigma around traditional hearing aids. Indeed, companies like Sennheiser and Sony have introduced assistance-focused earbuds that look no different from the devices they make for listening to music or taking calls. Of course, those devices do that too, it’s just their primary aim is to help with hearing loss. The boom, which has been going on for years, was further facilitated by a 2022 FDA policy change that allowed over-the-counter sale of hearing aids.
One of the major recent developments for Bluetooth is broadcast audio, better known as Auracast. Sabin described the technology as “unmuting your world,” which is exactly what happens when you’re able to hear otherwise silent TVs in public spaces. You simply select an available broadcast audio channel on your phone, like you would a Wi-Fi network, to hear the news or game on the TV during your layover. Auracast can also be used for things like PA and gate announcements in airports, better hearing at conferences and sharing a secure audio stream with a friend. Companies like JBL are building it into their Bluetooth speakers so you can link unlimited additional devices to share the sound at the press of a button.
“You’re seeing it in speakers, you’ll see it in surround sound systems and full home or party-in-a-box type scenarios,” he said. Sabin also noted that applications beyond the home could simplify logistics for events, since Auracast audio comes from the same source before it’s sent to a PA system or connected earbuds and headphones with no latency. Sabin said the near-term goal is for Bluetooth audio to be as common in public spaces as Wi-Fi connectivity, thanks to things like Auracast and the standard’s constant evolution.
Even after 20 years, we’re still relying on Bluetooth to take calls on the go, but both the voice and audio quality have dramatically improved since the days of the headset. Smaller, more comfortable designs can be worn all day, giving us constant access to music, podcasts, calls and voice assistants. As consumer preferences have changed to having earbuds in at all times, the desire to tune into our surroundings rather than block them out has increased. “Unmuting your world” is now of utmost importance, and the advancement of Bluetooth technology, from the late ’90s through LE Audio, continues to adapt to our sonic preferences.
To celebrate Engadget's 20th anniversary, we're taking a look back at the products and services that have changed the industry since March 2, 2004.
This article originally appeared on Engadget at https://www.engadget.com/from-mono-to-mainstream-20-years-of-bluetooth-audio-153031600.html?src=rss
“When you think about the history of Bluetooth, and specifically about audio, you really have to go back to the mid-to-late ’90s.”
Chuck Sabin is a Bluetooth expert. As a senior director at Bluetooth Special Interest Group (SIG), he oversees market research and planning as well as business development. He’s also leading the charge for emerging uses of Bluetooth, like Auracast broadcast audio. In other words, he’s an excellent person to speak to about how far Bluetooth has come — from the days of mono headsets solely used for voice communication to today’s devices capable of streaming lossless-quality music.
In the mid ’90s, mobile phones were starting to become a thing, and of course so were regulations about hands-free use of them in cars. Sabin previously worked in the cellular industry, and he remembers how costly and intrusive the early hand-free systems were in vehicles. Bluetooth originated from cell phone companies working together to cut the cord to headphones since using those not-yet-wireless audio accessories in the car was cumbersome. One of the first mobile phones with Bluetooth was from Ericsson in the late ’90s, although an updated model didn’t make it to consumers until 2001. That same year, the IBM ThinkPad A30 became the first laptop with Bluetooth built in. At that time, the primary intent of the short-range radio technology was for voice calls.
The Bose Bluetooth Headset Series 2
Bose
“You had a lot of people who ended up with these mono headsets and boom mics,” he explained. You know, the people we all probably made fun of — at least once. Most of these things were massive, and some had obnoxious blinking lights. They’re definitely a far cry from the increasingly inconspicuous wireless earbuds available now.
Bluetooth as a specification continued to evolve, with companies leveraging it for music and streaming audio. To facilitate music listening, there had to be faster communication between headphones and the connected device. Compared with voice calling, continuous streaming required Bluetooth to support higher data speeds along with reduced latency. Where Bluetooth 1.0 was call specific, version 2.0 began to achieve the speeds needed for audio streaming at over 2 Mb/s. However, Sabin says, the 2.1 specification adopted by Bluetooth SIG in 2007 was when all streaming audio capabilities were implemented in automobiles, phones, headphones, headsets and more.
Of course, it would still be a few years before wireless headphones were mainstream. In the early 2000s, headphones were still directly connected to a mobile phone or other source device. Once Bluetooth became a standard feature in all new phone models, as well as its inclusion in laptops and PCs, consumers could count on wireless connectivity being available to them. Even then, music had to be loaded onto a memory card to get it on a phone, as dedicated apps and streaming services wouldn’t be a thing until the 2010s.
“The utility of the device that you carried around with you all the time was evolving,” Sabin said. “Bluetooth was ultimately riding that continued wave of utility, by providing the opportunity to use that phone as a wireless streaming device for audio.”
Bragi Dash true wireless earbuds
Photo by James Trew/Engadget
About the time wireless headphones had become popular, a few companies arrived with a new proposition in 2015: true wireless earbuds. Bluetooth improvements meant reduced power requirements leading to much smaller devices with smaller batteries — and still provide the performance needed for true wireless devices. Bragi made a big splash at consecutive CESs with its Dash earbuds. The ambitious product had built-in music storage, fitness tracking and touch controls, all paired with a woefully short three-hour battery life. Perhaps the company was a bit overzealous, in hindsight, but it did set the bar high, and eventually similar technologies would make it into other true wireless products.
“Companies that were building products were really starting to stretch the specification to its limits,” Sabin explained. “There was a certain amount of innovation that was happening [beyond that] on how to manage the demands of two wireless earbuds.” Bluetooth’s role, he said, was more about improving performance of the protocol as a means of inspiring advances in wireless audio devices themselves.
He was quick to point out that, for the first few years, true wireless buds accepted the Bluetooth signal to only one ear and then sent it to the other. That’s why the battery in one would always drain faster than the other. In January 2020, Bluetooth SIG announced LE Audio at CES as part of version 5.2. LE Audio delivered lower battery consumption, standardized audio transmission and the ability to transmit to multiple receivers — or multiple earbuds. LE Audio wouldn’t be completed until July 2022, but it offers a lower minimum latency of 20 to 30 milliseconds versus 100 to 200 milliseconds with Bluetooth Classic.
“All of the processing is now done back on the phone itself and then streamed independently to each of the individual earbuds,” Sabin continued. “That will continue to deliver better performance, better form factors, better battery life and so on because the processing is being done at the source level versus [on] the individual earbuds.”
The increased speed and efficiency of Bluetooth has led to improvements in overall sound quality too. Responding to market demands for better audio, Qualcomm and others have developed various codecs, like aptX, that expand what Bluetooth can do. More specifically, aptX HD provides 48kHz/24-bit audio for wireless high-resolution listening.
“One of the elements that came into the specification, even on the classic side, was the ability for companies to sideload different codecs,” Sabin explained. “Companies could then market their codec to be available on phones and headphones to provide enhanced audio capabilities.”
LE Audio standardizes Bluetooth connectivity for hearing aids, leading to a larger number of supported devices and interoperability. The use cases range from tuning earbuds to a user’s specific hearing or general hearing assistance needs, with or without the help of active noise cancellation or transparency mode, to simply being able to hear valuable info in public spaces via their earbuds or hearing aid.
“Bluetooth is becoming integral for people with hearing loss,” he explained. “Not only for medical-grade hearing aids, but you’re seeing hearing capabilities built into consumer devices as well.”
Sony's CRE-E10 OTC hearing aids
Sony
Sabin also noted how the development of true wireless earbuds have been key for people with hearing loss and helped reduce the stigma around traditional hearing aids. Indeed, companies like Sennheiser and Sony have introduced assistance-focused earbuds that look no different from the devices they make for listening to music or taking calls. Of course, those devices do that too, it’s just their primary aim is to help with hearing loss. The boom, which has been going on for years, was further facilitated by a 2022 FDA policy change that allowed over-the-counter sale of hearing aids.
One of the major recent developments for Bluetooth is broadcast audio, better known as Auracast. Sabin described the technology as “unmuting your world,” which is exactly what happens when you’re able to hear otherwise silent TVs in public spaces. You simply select an available broadcast audio channel on your phone, like you would a Wi-Fi network, to hear the news or game on the TV during your layover. Auracast can also be used for things like PA and gate announcements in airports, better hearing at conferences and sharing a secure audio stream with a friend. Companies like JBL are building it into their Bluetooth speakers so you can link unlimited additional devices to share the sound at the press of a button.
“You’re seeing it in speakers, you’ll see it in surround sound systems and full home or party-in-a-box type scenarios,” he said. Sabin also noted that applications beyond the home could simplify logistics for events, since Auracast audio comes from the same source before it’s sent to a PA system or connected earbuds and headphones with no latency. Sabin said the near-term goal is for Bluetooth audio to be as common in public spaces as Wi-Fi connectivity, thanks to things like Auracast and the standard’s constant evolution.
Even after 20 years, we’re still relying on Bluetooth to take calls on the go, but both the voice and audio quality have dramatically improved since the days of the headset. Smaller, more comfortable designs can be worn all day, giving us constant access to music, podcasts, calls and voice assistants. As consumer preferences have changed to having earbuds in at all times, the desire to tune into our surroundings rather than block them out has increased. “Unmuting your world” is now of utmost importance, and the advancement of Bluetooth technology, from the late ’90s through LE Audio, continues to adapt to our sonic preferences.
To celebrate Engadget's 20th anniversary, we're taking a look back at the products and services that have changed the industry since March 2, 2004.
This article originally appeared on Engadget at https://www.engadget.com/from-mono-to-mainstream-20-years-of-bluetooth-audio-153031600.html?src=rss
Motorola just announced a couple of new budget-friendly smartphones, which are set to be released in the near future. These are refreshes of the popular Moto G Power and the Moto 5 5G phones. The upcoming handhelds don't reinvent the wheel, as they are iterative updates, but there are some decent specs worth sharing.
The 2024 Moto G Power boasts a 6.7-inch FHD+ 120Hz display, Dolby Atmos stereo speakers and a 50MP camera system with image stabilization tech. There’s a MediaTek Dimensity 7020 chipset, 128GB of internal storage with a microSD slot, 8GB of RAM, 5G connectivity and a 5000mAh battery complete with 30W fast-charging. This will certainly get the job done when it comes to streaming media, light gaming and browsing the web.
The new Moto G Power even features a fingerprint-resistant back cover made from vegan leather, which the company says provides a “stunning, premium design and comfortable feel.” This phone is coming to Cricket first, on March 22, before an unlocked version hits traditional retailers on March 29. It’ll cost $300.
Motorola
The Moto G 5G includes a slightly smaller 6.6-inch 120Hz display, Dolby Atmos stereo speakers and a 50MP camera system complete with a macro lens. As the name suggests, this is a 5G-capable phone with a Snapdragon 4 Gen 1 processor and 4GB of RAM. Just like the G Power, there’s a 5000mAh battery with quick-charging. It ships with 128GB of internal storage, but there’s an expandable microSD slot.
The updated Moto G 5G will be available at T-Mobile and Metro on March 21, with wider availability starting on May 2. It costs just $200. Motorola also recently released a refresh of the G Play smartphone, which is priced at $150. The company sure does love its G series phones.
This article originally appeared on Engadget at https://www.engadget.com/motorola-just-announced-two-new-budget-phones-the-moto-g-power-and-moto-5-5g-130007027.html?src=rss
Samsung has launched its 2024 midrange phone lineup, which combines weaker specs and feature sets with more alluring prices than its flagship handsets. The Galaxy A55 and A35 have 6.6-inch Super AMOLED displays. For the first time in its budget handsets, the company included Knox Vault, a walled-off security section that debuted in the Galaxy S21.
Both Android 14-running phones have FHD+ (2220x1080) displays (374 pixels per inch) and variable refresh rates up to 120Hz. Like last year’s Galaxy A54, both include Samsung’s Vision Booster feature, which adjusts the screen’s tone mapping based on ambient lighting conditions. Their 6.6-inch diagonal measurements (not accounting for rounded corners) are a slight bump up from the A54’s 6.4 inches.
Samsung’s official materials didn’t list the phones’ processors, but Android Policereports the A55 uses an Exynos 1480, while the A35 settles for a slower Exynos 1380. RAM comes in different configurations: 8GB or 12GB in the A55 and 6GB or 8GB in the cheaper A35. Your storage options are 128GB or 256GB in each handset, but only the A55 has a microSD card slot.
Galaxy A35
Samsung
In addition to performance, cameras will be one of the primary differences between the two phones. The pair has three rear cameras, each with a 50MP main camera and a 5MP macro lens. But the more expensive A55 uses a 12MP ultra-wide sensor, while the A35 has a more pedestrian 8MP ultra-wide lens. In addition, the A55 has a 32MP front-facing camera, compared to the A35’s 13MP front shooter. Both use optical image stabilization (OIS) and video digital image stabilization (VDIS) to offset camera shake.
Unsurprisingly, neither phone appears to include the generative AI features Samsung uses to differentiate the Galaxy S24 series (and older flagships, via software updates). The closest you may get in this price range is the company’s “advanced AI Image Signal Processing (ISP)” for better photography in low-light conditions, included only on the A55.
Samsung didn’t list the phones’ build material in its press release and official specs, but Android Police says the A55 is the company’s first midrange phone with a metal frame. (Last year’s Galaxy A54 used plastic.) Engadget reached out to Samsung to clarify, and we’ll update this article if we hear back.
The handsets each have a 5,000mAh battery. Samsung estimates two days of battery life, but this could vary greatly depending on usage.
US pricing and launch dates aren’t yet available. However, Samsung says the A55 will start at £439 (US$562) in the UK, while the A35 will begin at £339 ($434). Samsung lists a March 20 release date for both handsets in the UK.
This article originally appeared on Engadget at https://www.engadget.com/samsungs-midrange-galaxy-a55-has-a-bigger-screen-and-new-security-features-170916895.html?src=rss
Apple's refreshed MacBook Air laptops are finally here, and they're toting shiny new M3 chips. This week, Cherlynn chats with Devindra about his review of the 13-inch and 15-inch MacBook Air M3. They're faster, as we expected, but they're also not a huge leap over the M2 MacBook Air, which now starts at $999. (And we're sure you'll find some excellent refurbished and used deals soon.) No matter which one you pick, though, you're getting one of the most stunning ultraportable notebooks around. In other news, we discuss Apple's nearly $2 billion fine from the EU, Microsoft's upcoming Surface AI event and the death of Android apps on Windows 11.
Listen below or subscribe on your podcast app of choice. If you've got suggestions or topics you'd like covered on the show, be sure to email us or drop a note in the comments! And be sure to check out our other podcast, Engadget News!
Topics
Finally, the MacBook Air gets an M3 update – 0:41
EU fines Apple nearly $2 billion for “blocking” competing music apps – 15:27
iOS 17.4 brings third party app stores to the EU, podcast transcription for everyone – 20:18
Microsoft announces a Surface and AI event for later in March – 22:02
No more (Amazon App Store) Android apps in Windows – 27:49
Developer of Switch emulator Yuzu fined $2.4 million to settle suit with Nintendo – 39:19
Around Engadget: Sam Rutherford’s Nothing Phone 2 review – 46:17
Apple's refreshed MacBook Air laptops are finally here, and they're toting shiny new M3 chips. This week, Cherlynn chats with Devindra about his review of the 13-inch and 15-inch MacBook Air M3. They're faster, as we expected, but they're also not a huge leap over the M2 MacBook Air, which now starts at $999. (And we're sure you'll find some excellent refurbished and used deals soon.) No matter which one you pick, though, you're getting one of the most stunning ultraportable notebooks around. In other news, we discuss Apple's nearly $2 billion fine from the EU, Microsoft's upcoming Surface AI event and the death of Android apps on Windows 11.
Listen below or subscribe on your podcast app of choice. If you've got suggestions or topics you'd like covered on the show, be sure to email us or drop a note in the comments! And be sure to check out our other podcast, Engadget News!
Topics
Finally, the MacBook Air gets an M3 update – 0:41
EU fines Apple nearly $2 billion for “blocking” competing music apps – 15:27
iOS 17.4 brings third party app stores to the EU, podcast transcription for everyone – 20:18
Microsoft announces a Surface and AI event for later in March – 22:02
No more (Amazon App Store) Android apps in Windows – 27:49
Developer of Switch emulator Yuzu fined $2.4 million to settle suit with Nintendo – 39:19
Around Engadget: Sam Rutherford’s Nothing Phone 2 review – 46:17
The European Union's Digital Markets Act (DMA) is officially in action, and the ramifications are coming out left and right. The latest development comes from Apple, which released a DMA Compliance Report outlining the changes required of them. These include immediate and upcoming steps, such as introducing a browser choice screen.
Before we get into Apple's changes, here's some quick background: The Digital Markets Act identifies "gatekeepers" such as Apple, Meta, and Amazon based on earnings and users. The law prohibits these companies from favoring their own platforms or forcing users to stay within their ecosystem. In line with that — when Apple users in the EU open Safari, they'll be prompted to choose a default browser from a list of options available in their area. Developers can also choose from different browsers — though they need to request and obtain different "entitlements." These updates will be reflected for anyone who has downloaded iOS 17.4.
Apple is also implementing steps to make its data more portable to outside systems, meaning an iOS user could import their data to an Android phone, for instance. "Apple is developing a solution that helps mobile operating system providers develop more user-friendly solutions to transfer data from an iPhone to a non-Apple phone," the statement reads. "Apple is also creating a browser switching solution for exporting and importing relevant browser data into another browser on the same device." The mobile operating system changes should go into effect by Fall 2025, while Apple aims to get the browser switches in effect by the end of 2024 or early 2025.
Throughout the Compliance Report, Apple lays out ways in which the company believes these shifts could harm users and developers. Apple states these risks include "new avenues for malware, fraud and scams, illicit and harmful content, and other privacy and security threats. These changes also compromise Apple's ability to detect, prevent, and take action against malicious apps on iOS and to support users impacted by issues with apps downloaded outside of the App Store." The company has introduced steps like Notarization for iOS apps, but claims they won't be fully effective.
This article originally appeared on Engadget at https://www.engadget.com/apple-will-make-it-easier-for-eu-users-to-switch-to-android-and-delete-safari-113041250.html?src=rss
The European Union's Digital Markets Act (DMA) is officially in action, and the ramifications are coming out left and right. The latest development comes from Apple, which released a DMA Compliance Report outlining the changes required of them. These include immediate and upcoming steps, such as introducing a browser choice screen.
Before we get into Apple's changes, here's some quick background: The Digital Markets Act identifies "gatekeepers" such as Apple, Meta, and Amazon based on earnings and users. The law prohibits these companies from favoring their own platforms or forcing users to stay within their ecosystem. In line with that — when Apple users in the EU open Safari, they'll be prompted to choose a default browser from a list of options available in their area. Developers can also choose from different browsers — though they need to request and obtain different "entitlements." These updates will be reflected for anyone who has downloaded iOS 17.4.
Apple is also implementing steps to make its data more portable to outside systems, meaning an iOS user could import their data to an Android phone, for instance. "Apple is developing a solution that helps mobile operating system providers develop more user-friendly solutions to transfer data from an iPhone to a non-Apple phone," the statement reads. "Apple is also creating a browser switching solution for exporting and importing relevant browser data into another browser on the same device." The mobile operating system changes should go into effect by Fall 2025, while Apple aims to get the browser switches in effect by the end of 2024 or early 2025.
Throughout the Compliance Report, Apple lays out ways in which the company believes these shifts could harm users and developers. Apple states these risks include "new avenues for malware, fraud and scams, illicit and harmful content, and other privacy and security threats. These changes also compromise Apple's ability to detect, prevent, and take action against malicious apps on iOS and to support users impacted by issues with apps downloaded outside of the App Store." The company has introduced steps like Notarization for iOS apps, but claims they won't be fully effective.
This article originally appeared on Engadget at https://www.engadget.com/apple-will-make-it-easier-for-eu-users-to-switch-to-android-and-delete-safari-113041250.html?src=rss