Samsung patent filed Galaxy Z Fold multi folding smartphone

Samsung unveiled the Galaxy S22, S22 Plus, and S22 Ultra yesterday. In addition to the trio of smartphones, Samsung also unveiled three high-end tablets as part of the Galaxy Tab S8 series. Samsung’s next high-end devices will not be available until the middle of 2022. Around August, the successors to the Galaxy Z Fold 3 and Galaxy Z Flip 3 – probably the Z Fold 4 and Z Flip 4 – will be released. In addition, the business appears to be working on a Galaxy Z Slide smartphone with a pull-out screen as well as a double-foldable smartphone.

Galaxy Z Fold multi-folding

The South Korean company is working on whole new form factors in the background. A patent for a dual-folding Galaxy Z Fold smartphone has been submitted by Samsung. It is not, however, about a Z-Fold design, as we have previously reported.

This phone, on the other hand, is hinged on both horizontal and vertical axes. You can fold the display outwards vertically and inwards horizontally to keep it safe when you’re carrying it around. It’s about a brand-new, one-of-a-kind design that opens up new user possibilities.

Galaxy Z Fold multi-folding


The Samsung Galaxy Z Fold has the ability to fold both inside and outwards.

Samsung Electronics submitted the patent with the World Intellectual Property Organization (WIPO) on July 13, 2021. Today, February 10, 2022, a 57-page paper named “Foldable electronic gadget” was issued. The identical evidence had been presented a year before in South Korea’s native nation.

Galaxy Z Fold multi-folding

The innovative Samsung phone, when unfurled, has the same screen size as the Galaxy Z Fold 3. The folding line, on the other hand, is radically different. This time, the vertical fold line is to the left of the centre. As a result, the right screen part is larger than the left. It’s also a screen that folds outward.

The horizontal fold line comes in helpful at this point. This one has an inward folding mechanism and is exactly in the middle. It looks a lot like the Galaxy Z Fold horizontal hinge variation that LetsGoDigital covered in November of last year. The design is relatively similar to that of previous PDAs.

Galaxy Z Fold multi-folding

Of course, you may use the phone as well as fold it in this manner. This allows you to use the device as a mini laptop, with the bottom screen serving as a virtual keyboard and the top screen serving as a display for the content.

Samsung Galaxy S22 Ultra with S Pen the most premium S Series smartphone

The new Samsung Galaxy S22 Ultra lives up to its designation as the perfect smartphone for creatives and professionals, combining the practicality of the long-time beloved Note with the strong capabilities of the Galaxy S Series.

Samsung Galaxy S22 Ultra

The S Pen is now accessible on an S Series device for the first time, offering all of the wonderful notetaking and sketching functions, but with 70% less latency. With a peak brightness of 1,750 nits, the Galaxy S22 Ultra’s immersive 6.8-inch Dynamic AMOLED 2X adaptive 120Hz display brings everything to life in spectacular detail.

 

 

Taking amazing photos and videos is now easier than ever – day or night — whether you’re uploading to social media or just sharing with family. You can now make your images stand out with a style of your own, thanks to clever camera capabilities like Nightography, which helps you shoot beautiful photos even in low light, and the ability to edit Raw photos in a post like a pro.

Samsung Galaxy S22 Ultra

The Galaxy S22 Ultra is a real performance flagship smartphone with a sumptuous and sturdy glass casing and four classics, nature-inspired colours: Phantom Black, Phantom White, Green, and Burgundy. Check out the infographic below for a deeper look at how Samsung’s Galaxy S22 Ultra is establishing a new standard for premium smartphones.

 

The Most Powerful S Series Phone Yet from Samsung

For the first time, the built-in S Pen that Note users love is coming to an S series handset – and it’s the quickest, most responsive S Pen we’ve ever developed. You can write and draw more naturally on the S22 Ultra’s large screen, and explore apps in new ways, thanks to a 70% reduced latency.

Samsung Galaxy S22 Ultra

The S22 Ultra transforms into more than just a phone when equipped with the S Pen. It honours the history of the Note while also providing new opportunities for creativity and productivity. As a consequence, you’ll get a unique mobile experience.

Samsung Galaxy S22 Ultra
 

The Galaxy S22 Ultra has Samsung’s most premium appearance and feels, with flawlessly integrated camera lenses and a sleek metal frame that produces a mirrored impression. The S22 Ultra’s reinvented linear, floating layout — replete with Galaxy Note’s trademark sharp angles — is housed in a streamlined design with luxurious glass and haze coating. The Galaxy S22 Ultra is available in four nature-inspired colour options: Phantom Black, Phantom White, Green, and, new for the S22 Ultra, Burgundy.

Power and performance that is limitless

The Galaxy S22 Ultra is designed to help you get the most out of your workplace. The S22 Ultra is the first Galaxy S model to use a 4nm CPU, which enables Samsung’s most sophisticated AI and machine learning processing. Wi-Fi 6E is also included, which is up to twice as fast as Wi-Fi 6.8. As a result, whether you’re gaming, streaming, or working, you’ll get unequalled performance from all of your most-used apps.  The Galaxy S22 Ultra’s strong battery supports all of this power, providing more than a full day of use on a single charge.   After a 10-minute charge, the S22 Ultra supports 45W super-fast charging, allowing you to record more than 50 minutes of video.   Work, play games, view movies, and more with unrivalled power.

Samsung Galaxy S22 Ultra
 

The Galaxy S22 Ultra’s immersive 6.8-inch Dynamic AMOLED 2X display brings everything to life in amazing detail and brighter than ever with a peak brightness of 1,750 nits, whether you’re viewing content or creating your own. Furthermore, the Galaxy S22 Ultra’s screen has Vision Booster technology to dynamically change brightness throughout the day, ensuring that you receive the greatest possible view of your material even in harsh sunshine.

WIPO patents Samsung rollable or sliding display phone with S Pen support

When it comes to foldable smartphones, Samsung is the undisputed leader. Since the original Galaxy Z Fold, the South Korean company has released other folding smartphones in India and other regions.

Samsung Rollable or Slidable Display

It also tried with several display form factors, such as the sliding and roll-up screens mentioned previously. It looks like the company is finally releasing a new smartphone with a rollable or sliding screen. The World Intellectual Property Organization (WIPO) has granted Samsung a patent for a phone with a roll-up or slide-out screen. 

Samsung Rollable or Slidable Display

The photos show the next Samsung smartphone’s likely folding mechanism. Let’s take a look at the patent images of the Samsung roll/slide phone leaked online.

WIPO for Samsung’s slidable/rollable smartphone

WIPO has granted Samsung a patent for a multi-slot smartphone. The technology contains two slots, according to the patent description. On the left edge is the motor that allows the roll-up screen to go in and out.

Samsung Rollable or Slidable Display

Samsung Rollable or Slidable Display

The S Pen cutout is still visible on the rear panel, which holds part of the sliding display. Another module is visible above the S Pen, which might be for the camera sensors. The photos show that the device’s right edge will be utilised as a tiny screen to display alerts or open apps on the front. We’ve seen  Android custom skins that offer sidebar functionality that allows users to quickly launch apps based on their preferences. 

Samsung Rollable or Slidable Display

Samsung Rollable or Slidable Display

Samsung’s slider phone could also feature something like this, but with a dedicated display. Further details of the device remain unknown. Samsung has shown displays in the past that have a bi-fold, tri-fold, and even slide mechanism. Since the company has scoffed at display innovation, we can expect a slider or rollable smartphone to launch later this year.

Samsung innovative patent Galaxy Dual Fold phone with S Pen holder

Samsung’s third-generation foldable phones, the Galaxy Z Fold 3 and Galaxy Z Flip 3 were announced in 2021. For quite some time, the South Korean firm has been working on wholly new ideas in the background. Consider a sliding smartphone with a retractable display. A double-folding phone with two hinges and three display components is also being developed by the business Last year, Samsung Display unveiled a prototype of both sorts of phones.

Samsung Galaxy Dual Fold phone

In this publication, we limit ourselves to the double-fold variant. This device is Z-folding. This means that part of the screen can be folded forward and part of the screen can be folded back. Over the years, Samsung Electronics has repeatedly applied for a patent for this type of device. Late last year, LetsGoDigital reported on such a Samsung smartphone with reverse wireless charging technology. 

This time around, the company unveiled new documentation all about the S Pen. The Galaxy Z Fold 3 is the brand’s first foldable phone with  Samsung’s stylus holder. Now that the company is able to run the S Pen on a flexible display, the brand’s future foldable models are also expected. They will be equipped with stylus support to be more productive and creative. This is obviously even more true with a Dual Fold phone, as it has an even larger display area.

Samsung’s S Pen-enabled dual-fold smartphone

Samsung Electronics submitted a patent with the World Intellectual Property Office on July 23, 2021. (WIPO). Today, January 27, 2022, a 66-page paper titled “Foldable electronic device incorporating stylus pen” was issued.

Samsung Galaxy Dual Fold phone

A Galaxy phone that can be folded into a Z-shape is shown in the full instructions. When folded, the phone is the same size as a standard smartphone – with the exception of thickness, of course. When you unfold it, you’ll have access to an extra-large and broad display, making it a true tablet.

There is no requirement for a separate front display to be installed. When you fold the phone, the right display component in the unfolded position becomes the front display. A recess is located at the back of this display part.

Samsung Galaxy Dual Fold phone

Since the S Pen is magnetically held in place, it won’t just fall out when you open the phone. In addition, you can thus ensure that the S Pen is automatically positioned correctly for charging – a charging coil is integrated for this purpose. The current edition of the S Pen Fold does not need to be charged, unlike the S Pen Pro. The patented Galaxy phone will therefore also be compatible with the advanced S Pen Pro, so it also has all Bluetooth functions, including remote control. Additionally, it’s also possible to remove the S Pen from the bottom, as we know from the Galaxy Note smartphones and  Galaxy S22 Ultra due next month. 

Samsung Galaxy Dual Fold phone

Since you can remove the S Pen from the bottom, you don’t need to open the phone first – you can also remove the S Pen from the stand in the folded position or put it back. Samsung has filed several patents for folding smartphones with the S Pen over the past year. Several solutions have been discussed, but most have an old S Pen h similar to this model. It was initially expected that Samsung would unveil its first dual phone at the end of 2021. That hasn’t happened so far. We will probably hear more on this unit later this year. Samsung is anticipated to unveil the Galaxy Z Fold 4 and Galaxy Z Flip 4 in August 2022.

Official Documentation: Samsung Galaxy Dual Fold

 

Qualcomm Vodafone unveiled the World’s First Integrated iSIM technology Smartphone Demonstration

Vodafone, Qualcomm Technologies Inc, and Thales have teamed together to show a working smartphone using iSIM (based on the ieUICC[1] GSMA specification), a novel technology that allows a SIM card’s functions to be incorporated into a device’s main CPU. This achievement paves the path for the technology’s commercialization, which might result in a slew of new products that employ iSIM to connect to mobile services.

Qualcomm announces smartphone using iSIM technology

The iSIM embeds SIM functions into the device’s main CPU, allowing for greater system integration, improved performance, and more memory capacity. It conforms with GSMA regulations. This is the most recent advancement in SIM technology, in which ‘eSIMs’ are incorporated into gadgets. eSIM, on the other hand, necessitates the purchase of a separate chip: This is no longer essential with iSIM, which eliminates the requirement for specific space for SIM services.

iSIM technology is a significant advancement over existing eSIM solutions, providing wholesale benefits to both consumers and telecom operators. It also paves the way for mobile services to be integrated into devices other than mobile phones, such as laptops, tablets, virtual reality platforms, IoT devices, wearables, and more. The iSIM is embedded into the device’s application processor, providing a number of advantages:

Qualcomm announces smartphone using iSIM technology

 

By freeing space formerly occupied within a device, it simplifies and improves device design and performance.

SIM functionality is combined with other key components like the GPU, CPU, and modem in the device’s primary chipset.

Allows the operator to provision SIMs remotely using the current eSIM infrastructure.

Allows a variety of devices that previously couldn’t have SIM capability to connect to mobile services.

A proof-of-concept (POC) demonstration took place in Europe,  one of the regions with the highest smartphone penetration in the world. The POC illustrates the business readiness and efficiency of technology running on existing infrastructure, leveraging Vodafone’s advanced networking capabilities. In the demonstration, the proof-of-concept device used on Vodafone’s network was based on the Samsung Galaxy Z Flip3 5G powered by a Snapdragon 888 5G mobile platform, which incorporates a  Qualcomm secure processing unit running the system operating Thales. 

Qualcomm announces smartphone using iSIM technology

Samsung to unveil powerful Exynos 2200 with AMD RDNA 2-based Xclipse GPU

Samsung Electronics, a global expert in innovative semiconductor technology, today unveiled the Exynos 2200, a new premium mobile CPU. The new high-end mobile CPU has hardware-accelerated ray tracing and cutting-edge Arm-based computing. The Samsung Xclipse graphics processing unit is based on the AMD RDNA 2 architecture, while the Exynos 2200 is a newly built mobile CPU (GPU). The Exynos 2200 will offer the greatest mobile phone gaming experience, as well as increasing the overall experience in social networking apps and photography, thanks to the most cutting-edge Arm®-based CPU cores available on the market today and an improved neural processing unit (NPU).

Samsung Exynos 2200

“Samsung has designed the Exynos 2200 using the most sophisticated 4 nanometers (nm) EUV (Extreme Ultraviolet Lithography) process, combining with state-of-the-art mobile, GPU, and NPU technologies.” to deliver the best experience for smartphone users. Together with Xclipse, our new mobile GPU built with AMD’s industry-leading RDNA 2 graphics technology, Exynos 2200 will redefine the mobile gaming experience, aided by enhanced graphics and AI performance,” said Yongin Park, President from System LSI. Business at Samsung Electronics. “In addition to providing the best mobile experience for users, Samsung will continue its efforts to lead the journey in logic chip innovation.

The Exynos 2200 is powered by ARM’s v9 CPU cores and AMD’s RDNA2-based Xclipse GPU.

Exynos 2200 is one of the first on the market to integrate Arm’s latest Armv9 processor cores which offer a substantial improvement over Armv8 in terms of security and performance, the two areas which are becoming of crucial importance in today’s mobile communication devices. The octa-core  Exynos 2200 processor is designed in a tricluster structure consisting of a single powerful flagship Arm Cortex®X2 core, three large CortexA710 cores balanced in performance and efficiency, and four small energy-efficient CortexA510 cores. “Tomorrow’s digital experiences demand new levels of performance, security and efficiency,” said Rene Haas, president of Arm’s IP Product Group (IPG). 

Samsung Exynos 2200

“As being one of the first processors to include new Armv9 processing cores, Samsung’s Exynos 2200 improves on Arm’s Total Compute philosophy and essential security features like Memory Tagging Extension,” according to Samsung. (MTE), to provide specific processing and specialized skills needed to power future mobile experiences. Exynos 2200 offers more powerful artificial intelligence (AI) for oscillating devices with an improved NPU. NPU performance has doubled compared to its predecessor, allowing more parallel computations and improving AI performance.

Samsung Exynos 2200

The NPU now offers much higher precision with support for FP16 (16-bit floating point)  in addition to  INT8 (8-bit integer) and INT16 energy-efficient In addition, the Exynos 2200 incorporates a fast 3GPP Release 16 5G modem that supports sub6GHz and mmWave (millimetre wave) spectrum bands. ew, Radio-Dual Connectivity (ENDC), which uses both 4G LTE and 5G NR signals, the modem can boost speed up to 10 Gbps. For security, the Exynos 2200 is equipped with the Integrated Secure Element (iSE) to store private cryptographic keys and play the role of RoT (Root of Trust). Additionally, in-line encryption hardware for UFS and DRAM has been hardened so that user data encryption is securely shared only within the secure domain.

Samsung Exynos 2200

Regarding communication, the Samsung Exynos 2200 is equipped with a fast 3GPP Release 16 5G modem that supports sub6GHz and mmWave spectrum bands. There is EUTRAN New Radio-Dual Connectivity (ENDC) which uses both 4G LTE and 5G NR signals and can increase the speed to 10 Gbps. For security, it also comes with Integrated Secure Element (iSE) to store private cryptographic keys and play an RoT (Root of Trust) role. 

The company adds that inline hardware crypto has been created for UFS and hardened DRAM. Samsung said the Exynos 2200 is currently in mass production. Although not explicitly confirmed, this chipset will power the brand’s upcoming flagship Galaxy S22 series smartphones which are set to officially launch on February 8, as well as Snapdragon 8 Gen 1 power.

OnePlus smartphone is working on one large and powerful camera on the back.

OnePlus prides itself on being a forward-thinking smartphone company. Consider the limited-edition OnePlus Concept One 2020. This gadget has an inconspicuous camera: when the device is not in use, the camera is hidden behind color-changing glass. The camera system appears to have even more technical prowess in store for the Chinese company. A patent submitted by OnePlus for a so-called magnetic rotation camera confirms this. It’s not a pop-up camera like previous OnePlus phones, such as the OnePlus 7 Pro. This time, it’s a 180-degree rotating camera on the phone’s rear. Will the OnePlus 11 Pro include this camera technology?

oneplus 11 pro

The OnePlus rotating camera smartphone gives you more photo and video options.

At the end of 2020, Shenzhen OnePlus Technology filed a patent application in China for a camera module and electronic equipment. The documentation was approved in June 2021 and also submitted to the World Intellectual Property Office (WIPO) for the worldwide protection of the patented technology. It is a OnePlus smartphone with a large rear camera

oneplus 11 pro

It is a rotating camera, with which the user can take photos and video recordings with a unique viewing angle. To better visualize the patented technology, graphic designer Parvez Khan aka Technizo Concept has produced a series of product renders for LetsGoDigital of this unique OnePlus camera smartphone. 3D images are made based on OnePlus patent documentation.

Anti-shake system and rotating recording mode

Only a little portion of the camera protrudes from the casing. The camera revolves on its own axis, preventing it from protruding further from the enclosure. Several magnets are employed. ensure that the camera system can rotate 180˚. This creates various new user options. The 180 rotation of the camera allows the user to easily change the composition to shoot from difficult angles – without the photographer having to manoeuvre into the craziest positions. The idea seems to come from mirrorless cameras with tilting screens.

oneplus 11 pro

In the fields of videography and panorama photography, the spinning camera opens up new possibilities. OnePlus will design a specific rotational recording mode to enable these functionalities, as detailed in the documentation. Details about this unfortunately remain unknown. Apart from a rotating shooting mode, this unique OnePlus smartphone also comes with a normal shooting mode. In standard mode, the camera module will be able to rotate axially, acting as an anti-shake system to prevent unwanted camera shake.

oneplus 11 pro

The First MRAM based In-Memory Computing Demonstration by Samsung

Samsung has remained at the forefront of technological innovation, both in mobile and other electronic devices. This week, the Korean behemoth reaffirmed that reality by becoming the first business in the world to demonstrate a functioning in-memory computing process using MRAM.

Samsung

The processor chip, which exists only for this purpose and is very efficient at it despite being one of the most power-hungry components in devices like smartphones and computers, performs the majority of the computing functions in devices like smartphones and computers.

The memory (or RAM) of a device, on the other hand, serves the conventional job of temporarily storing bits of data for the CPU to retrieve whenever it needs it. This memory allows for far quicker data transmission with the CPU than a storage drive, but it is also much smaller in size—4GB, 6GB, 8GB, or 16GB depending on your standard computing equipment.

However, there has been a lot of experimentation in the hunt for an efficient and effective in-memory computing solution for years. While other solutions have been established utilising different forms of RAM (such as PRAM or RRAM), MRAM in-memory computing has yet to be prototyped in a workable form, as SamMobile points out. At least until today, when Samsung has succeeded in producing the first prototype.

DRAM is used in modern smartphones and computers; MRAM is a completely different species.

DRAM, or Dynamic Random Access Memory, is the main memory of most of the computing devices we use on a daily basis, such as smartphones and PCs.

This sort of memory is dynamic and volatile, which means that it can only hold data as long as the device is switched on and a current is running through it, and it must be refreshed or overwritten on a regular basis to keep that data. 

Samsung MRAM

MRAM, or Magnetoresistive Random Access Memory, on the other hand, is a sort of non-volatile memory that can keep bits of data even when no electric current is flowing through it. Memory is stored using magnetic charges rather than electric charges, as is the case with regular RAM MRAM’s key advantage is its incredibly low power consumption, yet it has had problems integrating with present day technology, such as keeping write error rates low enough. Because of its low resistance, it is also more unfriendly to in-memory computing than DRAM.

Samsung MRAM

MRAM technology, according to Samsung, will truly shine in artificial intelligence processing duties once it is further developed. Samsung’s in-memory computing method picked out individual faces in photos with a 93 percent accuracy rate, and it recognised handwritten numerals with a 98 percent accuracy rate when tested in AI applications. 

Dr Seungchul Jung, one of the study’s principal authors, MRAM technology, according to Samsung, will truly shine in artificial intelligence processing duties once it is further developed. Samsung’s in-memory computing method picked out individual faces in photos with a 93 percent accuracy rate, and it recognised handwritten numerals with a 98 percent accuracy rate when tested in AI applications. Dr Seungchul Jung, one of the study’s principal authors, ” says

Globally certified by SGS for best picture quality is Samsung QD-Display

Samsung Display, a worldwide leader in premium displays, said today that its QD (Quantum Dot) Display, the new standard for next-generation TV picture quality, has been validated by SGS, a global certification firm. The Real Color Tones, Pure RGB Luminance, and Ultrawide Viewing Angle certifications indicate the QD-Display is certified to faithfully reflect the true tone of all-natural colours with a clear, bright screen at any viewing angle. Samsung Display commenced mass production of the QD-Display in November.

Samsung QD-Display

As the video content industry, production technologies, platforms and communications infrastructure develop rapidly, the demand for premium content is also increasing rapidly, said Ho-Sun,  head of strategic marketing. for the Large Screen division of Samsung Display. QD-Display is the answer to that question and offers consumers a new standard for viewing high-quality content with the highest picture quality. QD-Display has received  True Color Tones certification through SGS assessment. 

Samsung QD-Display

Based on BT.2020 [1], the latest color gamut standard published by the International Telecommunication Union (ITU), the color gamut (or gamut of colors that can be expressed at a specific luminance) is 90% or more than that of Based on DCIP3 [2], the color volume (or gamut of colors that can be expressed as a function of the brightness and darkness levels of the screen) reaches 120% of the criteria. DCIP3 standards, the color volume usually drops below 100%, “explained Samsung Display. The RGB luminance certification highlights the exact and precise expression of the RGB primary colors (red, green and blue) of the QD-Display without compensate for luminance. 

This certification is issued when the sum of the luminance of each RGB main color is equal to or greater than the luminance value of the white color created by the RGB combination. The white luminance of the QD-Display is 1000 nits and the combined luminance number of each RGB has been evaluated as equivalent.

Samsung QD-Display

The QD-Display was also awarded the Ultrawide Viewing Angle certification after an examination of the display’s visual quality in any position with numerous viewers. When viewing a 65-inch TV from a 60-degree angle, the QD-Display maintained more than 80% of the frontal brightness, whereas WOLED and LCD displays of the same size declined to 53% and 35%, respectively, according to Samsung Display’s internal evaluation.

“Typically, there are changes in colour or brightness depending on your viewing position because light travels in straight lines,” according to Samsung Display. QD-Displays decrease picture quality deterioration because of quantum dots’ optical qualities and capacity to scatter light broadly like a dome shape, so you can watch content as if you’re sitting front and centre at any angle.”

Bluetooth LE (Low Energy) audio will be supported in Android 13

Many Android phones are yet to receive the newest version of Android, which was officially launched on October 19. Samsung deserves credit for releasing the One UI 4 upgrade (which features Android 12) faster than expected.

Bluetooth LE

This demonstrates that it is always preferable when a smartphone’s manufacturer is also the firm that created the operating system that the phone operates on. But, at least for the time being, we’re not here to talk about fragmentation. I’m here to speak about Android 13s support for Bluetooth Low Energy Audio (LE Audio), a wireless audio standard that will reportedly be supported beginning next year. Wireless audio streaming for headphones and hearing aids will be possible with Bluetooth Low Energy Audio. We’re already looking forward to next year after Google released one of the most ambitious Android releases in a long time.

Bluetooth LE

According to AndroidPolice, Esper’s technical writer Mishaal Rahman noticed a commit in the Android Open Source Project (AOSP) revealing that Google has combined the LE Audio (LC3) codec and added it to the system settings. The codec has the highest priority when connecting to an audio device. This means that supported devices must have a connection to LE Audio before attempting to connect with another audio codec. Rahman, who left XDA last October, says he’s “confident” that by the time Android 13 comes out next October, the feature will be ready. 

Bluetooth LE

And there are some nice rewards for Android users using Bluetooth LE Audio, including longer battery life and a more stable connection – all without having to endure reduced audio quality on mobile devices. Android 10 was the first version of the open-source operating system to include Bluetooth LE Audio Streaming for Hearing Aids (ASHA). This made it possible to support compatible headphones and earphones, resulting in significant savings and power consumption without loss of audio quality. 

Bluetooth LE

For example, because hearing aids are worn all day, some individuals need to preserve energy (except when sleeping). Bluetooth LE Audio was born from this technology. Laurel, the head of audiology at GN Hearing Christensen, was recently sued by AndroidPolice. The firm creates high-tech hearing aids that need extensive therapy and other energy-intensive technology. “We have to look about energy utilisation from that viewpoint,” Christensen added. For real broadcasting – for music and phone calls – we aim to utilise as little energy as possible.