#OLEDpanels

[govindhtech]

AMD Fluid Motion Frames 2 Boost Ryzen AI 300 Series Gaming

Optimizing AMD Ryzen AI 300 Series Gaming Performance with AMD Fluid Motion Frames 2 and Variable Graphics Memory.

AMD Fluid Motion Frames 2(AFMF 2)

AMD state-of-the-art frame generation technology, AMD Fluid Motion Frames 2(AFMF 2), is now available on AMD Ryzen AI 300 series CPUs via the Technical Preview release driver. Its goal is to boost frame rate. Today, they’ll look at how AMD Ryzen AI 300 series CPUs’ gaming performance may be improved and maximized by using Variable Graphics Memory (VGM) in combination with AMD AFMF 2, a feature of AMD HYPR-RX2. The program AMD Software: Adrenalin Edition incorporates both AFMF 2 and VGM.

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AMD HYPR-RX

AMD HYPR-RX Profiles: Easy Access to Next-Level Gaming

With HYPR-RX profiles that can be accessible directly from the AMD Software home page, you may enable a number of functions with just one click! For improved performance and reduced input latency, utilize HYPR-RX; alternatively, use HYPR-RX Eco to save power on your AMD-powered system.

Now included in HYPR-RX, AMD Fluid Motion Frames will let you play games at a whole new level. Experience more fluid gaming with a faster frame rate for winning performances!

How To Make HYPR-RX Active

AMD HYPR-RX Enablement for HYPR-Tuned Games

In addition to AMD Radeon Anti-Lag and AMD Radeon Boost, AMD RSR for HYPR-Tuned games will automatically be adjusted to one resolution step lower than native when AMD HYPR-RX is enabled, or to the FSR Quality setting if supported in-game.

Turning off AMD HYPR-RX in Every Other Game

For games that aren’t HYPR-Tuned yet, users may just activate HYPR-RX as they would with AMD software, launch the game, and choose the FSR preset they want to play or the desired input resolution for RSR.

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To get the AMD Fluid Motion Frames 2 Technical Preview release. The AMD Software Adrenalin Edition is shortly to be released on the mainframe.

AMD Fluid Motion Frames 2, one of the most well-liked graphics innovations, is a major improvement. It features AI-optimized updates for outstanding quality, low latency, and remarkable speed, as well as additional optimizations and adjustable settings for an improved frame generation experience. As this is a technical preview release, they would appreciate hearing from you.

It’s easy to enable AMD Fluid Motion Frames 2 after installing the Technical Preview driver. Go to the Adrenalin Edition program, choose the Gaming Tab, then the Graphics Tab, and then click on AMD Fluid Motion Frames 2. Additionally, since AMD Radeon Anti-Lag3 enhances the experience when used with AFMF 2, this will activate it.

A recently added feature to AMD Ryzen AI 300 series CPUs is Variable Graphics Memory. Up to 75% of the system RAM may be converted by the user to “dedicated” graphics memory, or “vRAM.” It is important to distinguish this from “shared” graphics memory, which is already present in most contemporary AMD CPUs.

AMD advises allocating at least 16 GB of RAM for the CPU, with integrated graphics having a 512 MB “dedicated” graphics allocation by default. This implies that, on a 32 GB system, if you set Variable Graphics Memory (VGM) to “medium,” it will allocate 8 GB from that pool and transform it into 8 GB of virtual memory for the AMD Radeon 890M integrated graphics card. This is an increase of 7.5 GB from the 512 MB baseline “dedicated” vRAM allocation that occurs after a reboot.

Go to the Adrenalin application’s “Performance” Tab and choose “Medium” or “High” to activate it. On PCs with AMD Ryzen AI 300 series CPUs, VGM will enable games that are hard programmed with minimal vRAM needs to function as intended. In games with high memory turnover, Variable Graphics Memory may also somewhat increase frame rate (by eliminating overflow from the default allotment of 512 MB).

AMD AFMF 2

Performance will vary based on the specific game and settings that are utilized. They would want to know about your experiences with AMD Fluid Motion Frames 2, VGM, and HYPR-RX. Before activating AFMF 2, AMD advises fine-tuning the game parameters to be able to sustain an FPS of 50 (1080p) on mobile platforms such as AMD Ryzen AI 300 series CPUs. By meeting the minimal vRAM requirements, turning on VGM also enables games like Marvel’s Guardians of the Galaxy to run on AMD Ryzen AI 300 series PCs.

A thin and light laptop like the ASUS Zenbook S16 has 2880 x 1800 OLED panels. Marvel’s Guardians of the Galaxy, F1 23, Horizon Zero Dawn Complete Edition, and Far Cry 6 may have more than 60 FPS with AMD Fluid Motion Frames 2 and lesser quality. Before using AFMF 2, users should attempt adjusting the game’s visual settings to make sure the frame rate is not too low, since this might cause choppy gameplay.

Thus, if you’d like to play AFMF 2 independently and enjoy a significant gameplay enhancement with the push of a button, visit the Technical Preview Download and give it a try! AMD Ryzen AI 300 series CPUs enable PCs to run games more smoothly than before!

AFMF 2 Drivers

AMD is testing as of August 2024. AMD Fluid Motion Frames 2 Technical Preview, VGM: High, 1080p “high” preset settings, and “Quality” were used to evaluate the following game titles. FSR: Guardian of the Galaxy by Marvel, F1 23, Far Cry 6, and Horizon Zero Dawn. AFMF 2 Technical Preview, VGM: High, 1080p “low” preset settings, and “Balanced” were used to evaluate the following game titles. FSR: 2077 Cyberpunk.

The games Horizon Zero Dawn, F1 23, Far Cry 6, and Marvel Guardians of the Galaxy were tested using the AMD Fluid Motion Frames 2 Technical Preview, VGM: High, 2880×1800 “medium” preset settings, and “Balanced” FSR. Laptop configuration that was tested: AMD Ryzen AI 9 HX 370 CPU, 16″ OLED display, 32GB RAM, 1TB SSD, Windows 11 Pro 24H2 Build 26100.1301, and ASUS Zenbook S16 are specifications. drivers for the AFMF 2 Technical Preview. The outcomes might differ. STX-73.

Read more on govindhtech.com

[annawilson9031-blog]

[appliancesreviews]

Review of the main criteria for choosing a TV

The modern TVs are very complicated devices with lots of different technical values. Therefore, the choice of the optimal TV is rather complicated. Severe competition between companies is sometimes accompanied by not very honest marketing and often requires additional clarification.

LCD and LED screens

In fact, the LED screen is an LCD screen with an improved LED backlight that replaces the less efficient fluorescent backlighting. The diode matrix is located either along the edges (Edge LED) or along the back plane (Direct LED) of the screen.

Each of them has advantages and disadvantages, but, according to experts, Direct LED distributes the glow more evenly. Each of them has advantages and disadvantages, but, according to experts, Direct LED distributes the light emission more evenly. In addition, it provides a higher density of black.

But today the full-array is considered the best. It's used in models of the upper price segment.

LED, QLED or OLED

LED TVs can not accurately reproduce black color due to constant backlighting of pixels. The playback of dark scenes on the LED screen is accompanied by gray or purple hues. The invention of OLED screens on organic light-emitting diodes solved this problem. Each such pixel emits light independently of each other. In dark areas, it completely turns off, providing playback completely black. The high price is the main drawback of OLED models. But this factor will decrease as the technology develops. The relatively low image brightness is another feature of this technology. Comparatively inexpensive OLED-panels provide brightness at the level of 700-800 cd / sq m. (As known, 1 cd / sq m = 1 nit). For comparison, the brightness of LED-TVs reaches 1400-1500 cd / sq m. Therefore, their advantages over LED TVs are visualized only at night or in a darkened room. The cost of brighter OLED models (up to 2000 cd / sq m) is very high. Samsung QLED TVs are an improved LED version and compete with OLED TVs from LG companies. Quantum Dot technology, according to the company, expands the depth and improves color rendering. But nanocrystals also do not emit light and require a backlight. In fact, today the market offers OLED and LED TVs. Differences between images on QLED and OLED screens are virtually not perceived visually.

4K resolution

Constant increase in resolution is one of the main trends. Resolution is equal to the number of pixels of the screen and provides image clarity. Accordingly, the image quality depends directly on the number of pixels, i.e. from resolution.

Full HD is considered standard for LED TVs. This is enough to watch blu-ray movies and digital channels in the HD TV standard. UHD (Ultra HD) or SUHD (Super Ultra-high-definition) resolution is 4 times higher compared to Full HD. SUHD uses Quantum Dot technology, and UHD is based on LED (liquid crystals or light-emitting diodes). But limited offer 4K content inhibits the development of this segment. Today 4K resolution is available only in expensive flagship models. Additionally, UHD provides high quality only on a large enough screen with a diagonal of 55 inches and higher. The distance to the screen also affects the visualization of the playback quality that decreases in direct proportion to the distance. The difference in perception between Full HD and UHD is practically absent at a great distance. But the distance of 32 inches for a TV with a diagonal of 55 inches will be inconvenient for many people. Sometimes little-known brands offer 4K models at very low prices due to savings on matrix and CPU performance. But 4K-content playback by such a TV is often accompanied by poor color rendering quality and regular image hanging due to very long input-lag.

Support for HDR (dynamic range)

As known, HDR technology affects the gradation of colors ranging from the brightest white to the darkest black and provides the correct color rendering that affects the image realism.

This technology provides more shades in shaded or too-lit areas. HDR technology requires a powerful processor, high brightness and HEVC (or VP9-Profile2) decoder. The maximum reserve of brightness should be many times greater than traditional TVs. HDR provides up to 1500 nits compared to 400 nits for standard models. The expanded color palette also requires special technologies. Today, a combination of these complex technologies is available only in expensive 4K-models. Modern 4K TVs with HDR support have a UHD Premium certificate. HDR function is indicated in the description as HDR10, HDR10 +, Dolby Vision or HLG. 4K Blu-ray format supports HDR by default. Unfortunately, this technology also requires special content that significantly limits its capabilities.

Diagonal

The diagonal affects the optimal viewing distance. A factor of 1.6 is usually used for LED TVs. Thus, a distance of 64 inch is optimal for a 40-inch model. Accordingly, the optimal distance increases with increasing diagonal size. Full HD TVs use the formula diagonal = distance (in meters) x 25 (factor). Thus, a distance of 2 meters is optimal for 50 inches. UHD uses a factor of 39. In this case, a distance of 2 meters is optimal for 78 inches, that, of course, is impressive.

Curved and flat screen

Curved screen visually increases due to the use of peripheral vision. But this effect is achieved only on models with a diagonal of 50 inches and above.

Today, many experts cite fairly convincing arguments against curved models. You can see them on the video at the end.

3D

Companies are abandoning this function in their new models because of limited 3D-content and the need to use special glasses. Today, this feature is only available in models that were developed mainly until 2017. Smart TV Smart TV provides connection to the Internet and the use of apps to broadcast various content from on-line theaters and other services. Today Android OS with Google Play support is most popular. Of course, Smart TV significantly increases the model cost. Therefore, the combined use of Android set-top box and a TV without Smart TV may be perfectly reasonable alternative in many cases. Read the full article

[weeklyafrica]

Samsung hat mit überschüssigen OLED-Panels nach Apple die Produktion halbiert | #Deutschland

Samsung hat mit überschüssigen OLED-Panels nach Apple die Produktion halbiert | #Deutschland

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Samsung Display könnte aufgrund der Apples reduzierte iPhone X-Produktion einen Überschuss an OLED-Panels hinterlassen haben

Samsung soll auf der Suche nach neuen Kunden sein, um einige der überschüssigen Panels doch zu übernehmen das kann schwieriger sein, als du denkst. Die meisten Hersteller sind aufgrund ihrer höheren Kosten nicht bereit, auf OLED umzusteigen, was bedeutet, dass…

[dietechwelt-blog]

#Als #Biegbare #Leuchtmittel #OLEDPanels #ReviewsAndNews

2018: Biegbare OLED-Panels qua Leuchtmittel

An biegsame OLED-Bildschirme nach sich ziehen wir uns so gut wie schon gewöhnt, im Unterschied dazu Literaturform-Vorreiter LG hat seit dem Zeitpunkt einer Weile nicht zuletzt biegbare OLED-Panels qua Leuchtmittel im Köcher – schon soweit nur für jedes Gestalter. Hinauf...

Read More on http://dietech-welt.com/2018-biegbare-oled-panels-qua-leuchtmittel/

[yourgamecheats]

Sony TV 2020: every Sony Bravia and Master Series announced at CES 2020

Sony TV 2020: every Sony Bravia and Master Series announced at CES 2020

2020 has arrived, and with it a slew of new TV announcements from the biggest and best TV brand out there – meaning we’ve had a good look at the next round of Sony TVs scheduled for release this year.

That means more 8K sets, more OLEDpanels, and more sound vibrating out of panels. Only so much of the 2020 Sony TV lineup has been announced, but we know enough to get a general picture of what’s…

[brosledlighting-blog]

OLED lighting opportunities, and comparation with LED. #BROSintl®️ #BROSintl #BROSled #OLED # oledlighting #led #oledpanel #oledlights #oledpanellight #flexibleoled (at BROS International Co., Limited BROSled.com LED Lighting)

[govindhtech]

MSI MPG 341CQPX QD-OLED: Next-Level Visual Experience

MSI MPG 341CQPX

Given that OLED displays are becoming the standard for high-end gaming, MSI, the world’s top manufacturer of actual gaming gear, is gladly extending the hardware options available to all players. MSI has been constantly refining every aspect of the QD-OLED product lineup since its inception in order to give players an improved gaming experience.

The MPG 341CQPX QD-OLED gaming monitor, created to completely transform your gaming experience, is now proudly introduced. Thanks to innovative QD-OLED technology, the MPG 341CQPX provides stunningly vivid images with unrivalled clarity and immersion on a large 34-inch ultrawide screen with a 3440×1440 (UWQHD) resolution and an astounding refresh rate of up to 240Hz. Including this new member, MSI keeps proving its commitment to provide players with the finest performance and modern technologies.

The remarkable 1800R curvature of the MPG 341CQPX QD-OLED is meant to provide you the most realistic gaming experience available. Every frame is presented with astounding clarity and precision thanks to a refresh rate of up to 240Hz and an incredibly quick reaction time of 0.03ms. The MPG 341CQPX QD-OLED meets the needs of even the pickiest high-end gamers with its advanced capabilities, which include KVM, HDMI 2.1, MSI Gaming Intelligence, and VESA ClearMR 13000.

MSI has introduced two of the most affordable flat QD-OLED displays, further demonstrating its commitment to catering to the varied needs of all gamers. With remarkable pricing without sacrificing features, MSI’s new QD-OLED flat screens dramatically improve the visual and speed performance for both FPS and AAA games.

The MSI PERFORMANCE GAMING (MPG) range presents perfect harmony between performance and style. Every MPG series product is painstakingly created to improve your gaming experience and highlight your own style using modern technology and superb design.

With its wide range of striking hues and designs, which perfectly embodies coolness and trendiness, the MPG Series provides players with a forum to express themselves. The MPG Series is the best option for people who are enthusiastic about superior performance and want to make a big impression. Here is where genuine gaming innovation and the inner creativity of players collide.

It is important to MSI to provide comprehensive assistance so that our consumers can play games without any worries. We provide a 3-year warranty for OLED panels, which goes above and beyond conventional coverage by incorporating protections against OLED burn-in.

MPG 341CQPX QD-OLED

RESPONSE TIME + 240HZ REFRESH RATE + 0.03MS

A quick 0.03ms GtG response time can be achieved with the MPG 341CQPX QD-OLED, which has a 240Hz refresh rate QD-OLED panel. Its advantages are greatest in action-packed game genres like sports, racing simulators, first-person shooters, and fighters. These kinds of games demand incredibly quick and accurate movements. You will outperform your rivals with an extremely high refresh rate and quick response time monitor.

THE WORLD, STRAIGHT A FORWARD

With the help of quantum dot technology and our clever processor, you can see captivating visuals that explode with a stunning range of over one billion colours and are upscaled to astonishing clarity.

CARE 2.0 OLED

Because MSI recognises your worries, we provide MSI OLED Care. This solution, which is divided into three pieces (Pixel Shift, Panel Protect, and Static Screen Detection), offers a variety of screen protection optimisation strategies. In order to offer a number of care services and considerably lower the likelihood of OLED screen burn-in, MSI has since produced an improved version.

GRPHENE FILM WITH PERSONALISED HEATSINK

Graphene film, renowned for its remarkable thermal conductivity for heat dissipation, is included in every QD-OLED panel that has been released recently. In addition, it has bespoke heatsink designs. Together, these two components work in harmony to provide a fanless design, which eliminates the need for an active cooling fan over the entire monitor. This further increases the panel’s lifespan by ensuring effective and silent heat dispersion.

The advantages of gaming intelligence apps

It’s really simple to set up your gaming monitor with the Gaming Intelligence APP. To adjust your display, simply use your keyboard and mouse instead of pressing all the buttons on the screen and navigating through all the menus. You may easily switch between game settings by using the hotkey options provided by the app.

User-Friendly

The 5-way joystick navigator has been moved to the bottom centre of the rear of the screen by MPG 341CQPX QD-OLED, who designed the device with a user-centric approach and a dedication to ergonomics, giving users a more comfortable and ergonomic experience.

The MAG 271QPX QD-OLED E2 has a 2K screen with HDMI 2.1 connectivity, a 240Hz refresh rate, a 0.03ms response time, and a 2560×1440 (WQHD) resolution. It is intended for console and first-person shooter fans.

With compatibility for MSI console mode and the newest fanless design to prolong the life of the OLED display, all devices come with MSI OLED Care 2.0. In order to prevent OLED burn-in, MSI OLED Care 2.0 now includes new functions including Multi-Logo Detection, Taskbar Detection, and Boundary Detection in addition to improved screen protection with Pixel Shift, Panel Protect, and Static Screen Detection.

Read more on Govindhtech.com

[abantech-blog]

LG Display: A transparent and flexible 77-inch OLED panel so incredible looks.

LG Display, a subsidiary of the South Korean firm dedicated to the development and manufacture of new screen technologies, is responsible for this achievement, but we are also involved with the South Korean government, which is the result of nearly five years of work..

#LGDisplay #OLEDquality #Abantech #transparentflexible #77inchOLEDpanel #OLEDpanel #LGOLEDtechnology

[appliancesreviews]

How to choose a TV

TV is one of the mandatory attributes of any modern apartment. The market responds adequately to high demand, constantly offering more advanced models. Therefore, today the choice of the optimal model is quite complex and depends on various criteria, which are constantly adjusted depending on the development of technologies. But even a simplified classification can help in TV choice taking into account the optimal set of innovative technologies and its price.

Main trends

CES exhibition of consumer electronics most effectively reflects the trends in this segment. Since 1967, it has been held annually in Las Vegas and demonstrates the flagship models of the main market leaders. CES exhibition 2017 revealed the following trends. Refusal of 3D technology. Samsung was the first to declare a refusal to use this technology in their models. Philips, Sony and LG also abandoned 3D technology in their flagship TVs. This is due to the lack of 4K 3D standards. Leading content providers also refused to create 3D channels. Thus, fans of this format are forced to use 3D glasses that is uncomfortable for many. The quality of screens that do not require 3D glasses is still low. Therefore, today, 3D playback is still concentrated in cinemas. Refusal of curved screens These models were first proposed by LG in 2013. Samsung curved models appeared later. Today it's the only company that continues to use them. Philips, Sony and LG have also completely abandoned this technology in their new models, since most consumers in America and Europe are not interested in buying them. Experts suggest that Samsung will also completely abandon curved screens. Improvement of picture and sound quality. Today, the efforts of companies are mainly focused on improving these innovative technologies. Ultra-thin design without frames A bright and contrasting image on such a panel creates the illusion of an image that freely floats in space. But, of course, this effect requires applying the latest technology. Brands. Today, Sony, LG, Samsung, Philips and TCL are most often positioned as leaders in this segment. The main innovations belongs to Sony, LG and Samsung. But the TVs of each company have key features.

Sony

The famous Japanese company occupies a leading position in the ratings of the best manufacturers for many decades. Full range of LED TVs in all price segments are the basis of their assortment. Premium BRAVIA A1 series with innovative OLED-displays is the main development of 2017. Stylish design, very high build quality and clear realistic image with excellent color rendering are major advantages of Sony TVs. Today the company produces its models in factories in Slovakia and Malaysia. Pros: - a wide range of diagonals from 32 to 100 inches; - use of different matrixes (OLED, IPS, VA) with a refresh rate of 60 or 120 Hz and Full HD or 4K (UHD) resolution; - highly effective proprietary image quality improvement technologies (Triluminos Display, Motionflow XR, 4K X-Reality PRO); - HDR support even in Full HD models; - the concept of frameless design (thin frames, hidden laying the wires, etc.). Cons: - high price; - Smart TV is focused on paid services.

LG

Leadership of this brand in terms of image quality is manifested in the premium segment, where the company offers a wide range of innovative OLED TVs. This line includes LG Signature, Ultra HD Premium series and even an inexpensive Full HD (1080p) model. The huge popularity of LG is also due to concept of Korean companies that is based on the production of high-quality, but quite inexpensive models based on LCD matrixes with LED backlighting of the budget and average levels, and innovative Super Ultra HD TVs with Nano Cell technology. A large number of free apps for Smart TV is an added advantage. Pros: - one of the most convenient Smart TV platforms on WebOS 3.5 with the ability to update (new models equipped with a Magic Remote console); - a wide range of panels with resolution from HD-Ready to 4K (Ultra HD); - using Active * HDR technology with support for HDR 10, HLG and Dolby Vision; - TVs with LG IPS matrixes provide bright colors and ideal viewing angles; - all LG OLED panels support Dolby Atmos since 2017. Cons: - limited memory is sometimes insufficient for WebOS, especially when playing high-definition video from the browser; - the headphone jack is absent in many models.

Samsung

Today Samsung is the most popular brand in terms of sales. Its huge model range with diagonals from 24 to 88 inches provides the optimal choice for any budget and apartment size. 4K QLED TVs with displays on quantum dots are its flagship ruler. The company has chosen this direction as the main one. But today it's still LCD TVs with LED backlighting without an ultra-thin flexible screen. Traditional Full HD and 4K LED models with VA matrices of 60 or 120 Hz are the basis of the Samsung model range. Pros: - wide range of Flat and Curved models; - highly effective firm technologies for improving the original image; - low value of the video signal delay is ideal for video games; - fast, convenient and easy to use OS Tizen for Smart TV; - One Remote with voice commands. Cons: - high price for some models; - the dependence of quality on the place of assembly.

Philips

Today, the dynamic background Ambilight backlight is the main advantage of Philips TVs and is often the main reason for preferring this brand. Unfortunately, the software for Smart TV is the main disadvantage of these TVs. Low-power hardware, slow software platform with weak support and rare updates are its main drawbacks. Today, this brand belongs to the Hong Kong (Chinese) TP Vision company. Pros: - Ambilight backlight automatically adjusts the color palette depending on the content. Unfortunately, the technology is available not in all models; - excellent price/functionality ratio; - very thin design; - good color rendering, high definition and contrast of the image; - remote control with radio transmitter. Cons: - settings menu is complex; - Slow Smart TV.

TCL

The very famous American-French Thomson company in the early 2000s ceased production of TVs and sold the right to use the trademark to Chinese TCL company. Today these models are competitive only in the budget niche. The range includes traditional LED TVs with a diagonal of 19 to 55 inches. Pros: - good quality/price ratio; - simple control; - thin stylish design; - a universal set of interfaces; - digital tuner for all models. Cons: - average level of software for Smart TV; - relatively small viewing angles. This video demonstrates the new LG 88 inch 8K OLED at CES 2019. Read the full article

[loknathtcms]

Samsung strikes a $4.3B supply deal with Apple for OLED panels

Samsung strikes a $4.3B supply deal with Apple for OLED panels

Samsung Display, a subsidiary of Samsung Electronics, finalized a deal with Apple to supply the Cupertino-based company with 60 million OLED panels for the next-generation iPhone. This is the second deal between the sides – previously they signed an arrangement that will see Samsung Display supply 100 million OLEDpanels for the upcoming iPhone.   According to the source and Apple’s financial…

[mukeshbalani]

Samsung strikes a $4.3B supply deal with Apple for OLED panels

Samsung strikes a $4.3B supply deal with Apple for OLED panels

Samsung Display, a subsidiary of Samsung Electronics, finalized a deal with Apple to supply the Cupertino-based company with 60 million OLED panels for the next-generation iPhone. This is the second deal between the sides – previously they signed an arrangement that will see Samsung Display supply 100 million OLEDpanels for the upcoming iPhone. According to the source and Apple’s financial…

[skandyx]

Samsung strikes a $4.3B supply deal with Apple for OLED panels

Samsung strikes a $4.3B supply deal with Apple for OLED panels

[ad_1] Samsung Display, a subsidiary of Samsung Electronics, finalized a deal with Apple to supply the Cupertino-based company with 60 million OLED panels for the next-generation iPhone. This is the second deal between the sides – previously they signed an arrangement that will see Samsung Display supply 100 million OLEDpanels for the upcoming iPhone. According to the source and Apple’s financial…

[thevrzone]

PS4 PlayStation VR - Standalone

PS4 PlayStation VR – Standalone

Specifications: External Dimensions\t- VR headset: Approx. 187x185x277 mm (width x height x length excludes largest projection headband at the shortest)- Processor unit: Approx. 143x36x143 mm (width x height x length excludes largest projection)Mass\t- VR headset: Approx. 610g (excluding cable)- Processor unit: Approx. 365gDisplay Method: OLEDPanel Size: 5.7 inchesPanel Resolution: 1920xRGBx1080…

[miapplesmedia]

Apple has Ordered 70 MILLION OLED PANELS from SAMSUNG .. for the .. iPhone 8 !! miapplesinteractive.blogspot.com.au

Android, Apple, Apps, Google, iOS, iPad Air, iPhone, Galaxy, LG, Samsung, Tech, Twitter, miApples, Facebook, Google+, Tech, Windows

Apple has Ordered 70 MILLION OLED PANELS from SAMSUNG for the .. iPhone 8 !! http://flip.it/sX9hLw #Apple, #iPhone8, #miApples, #news, #OLED, #Samsung, #tech, #TechNews, #OLEDPanels,

[govindhtech]

Apple M4 chip powers new iPad Pro’s groundbreaking design

Apple M4 chip

The new iPad Pro’s innovative design and breathtaking display are made possible by M4, which also offers a massive performance boost.

M4 chip release date

On May 7, 2024, Apple formally unveiled the M4 chip together with the new iPad Pro. Sadly, for the moment, it is limited to the iPad Pro. We’ll probably have to wait until later this year or even early 2025 for Macs and MacBooks.

Apple M4 chip, the newest chip that powers the revolutionary iPad Pro with incredible performance. The M4 system-on-a-chip (SoC), which was created using second-generation 3-nanometer technology, improves Apple silicon’s industry-leading power efficiency and makes the iPad Pro’s extraordinarily thin design possible. In order to power the astounding accuracy, colour, and brightness of the ground-breaking Ultra Retina XDR display on iPad Pro, it also has a completely new display engine.

Up to 10 cores may be found in a new CPU, while the 10-core GPU expands upon the next-generation GPU architecture seen in the M3, introducing hardware-accelerated mesh shading, hardware-accelerated ray tracing, and dynamic caching to the iPad for the first time. With a maximum speed of 38 trillion operations per second, the M4 has Apple’s fastest neural engine ever, surpassing the neural processing unit found in any AI PC on the market today.

The next-generation machine learning (ML) accelerators in the CPU, a high-performance GPU, and higher memory bandwidth, together with the Apple M4 chip, make the new iPad Pro an incredibly potent artificial intelligence tool.

“Creating best-in-class custom silicon enables breakthrough products,” stated Johny Srouji, senior vice president of Hardware Technologies at Apple, “and the new iPad Pro with M4″ The iPad Pro’s innovative display and thin design are made possible by the M4’s power-efficient performance and new display engine, while significant upgrades to the CPU, GPU, memory system, and neural engine make the M4 ideally suited for the newest AI-enabled applications. The iPad Pro is now the most powerful gadget of its kind thanks to this latest CPU.

Novel Technologies Activating the Latest iPad Pro

The M4 iPad Pro offers a significant improvement in performance compared to the M2 model. It is composed of 28 billion transistors, which are constructed with a second-generation 3-nanometer technology, hence increasing the power efficiency of Apple silicon. The Ultra Retina XDR display, a cutting-edge display made possible by mixing the light of two OLED panels, has remarkable precision, colour accuracy, and brightness uniformity thanks to an all-new display engine built using cutting-edge technology included in the M4.

A new CPU with ten cores

The new Apple M4 chip features up to 10 cores, with four performance cores and six efficiency cores. With deeper execution engines for efficiency cores and wider decode and execution engines for performance cores, the next-generation cores provide better branch prediction. Additionally, improved, next-generation ML accelerators are a characteristic of both types of cores.

Compared to the potent M2 in the previous iPad Pro, the Apple M4 chip offers up to 1.5 times faster CPU performance. M4 improves performance across professional workflows, whether utilizing Logic Pro to work with intricate orchestral music files or LumaFusion to add challenging effects to 4K video.

GPU Gives the iPad Pro New Features

The next-generation graphics architecture of the M3 family of processors is expanded upon by the new 10-core GPU of the Apple M4 chip. It has Apple’s revolutionary Dynamic Caching, which significantly raises the average GPU utilization by dynamically allocating local memory in real time and hardware. Performance for even the most demanding pro apps and games is greatly improved by this.

iPad hardware-accelerated ray tracing adds lifelike reflections and shadows to games and other visually exciting material for the first time. The GPUs hardware accelerated mesh shading speeds geometry processing and supports more graphically sophisticated scenes in games and graphics-intensive applications. Apple M4 chip significantly improves pro rendering speed, which is now up to four times faster than on M2, in tools such as Octane. The CPU and GPU enhancements in M4 preserve Apple silicon’s industry-best performance per watt. With only half the power, M4 can perform at par with M2. Additionally, the M4 requires only a quarter of the power to achieve the same performance as the newest PC processor in a light and thin laptop.

The fastest neural engine ever found in an IP block specifically designed to accelerate AI workloads is found in the Most Powerful Neural Engine Ever the M4. With a staggering 38 trillion operations per second, or 60 times faster than the first neural engine in the A11 Bionic, this is Apple’s most powerful neural engine ever. The Neural Engine in the Apple M4 chip creates an incredibly potent chip for AI, especially when combined with the high-performance GPU, higher-bandwidth unified memory, and next-generation ML accelerators in the CPU.

Additionally, the new iPad Pro enables users to complete incredible AI tasks quickly and on-device thanks to iPadOS AI features like Live Captions, which provides real-time audio captions, and Visual Look Up, which recognises items in images and videos.

With just a tap, the iPad Pro with Apple M4 chip can tap-freely separate a subject from the background of a 4K film in Final Cut Pro, and by listening to a piano performance in StaffPad, it can automatically write musical notation in real time. Additionally, inference workloads can be completed effectively and discreetly with the least amount of negative effects on battery life, app memory, and app performance. More potent than any neural processing unit found in any AI PC on the market today, the M4’s neural engine is Apple’s most powerful to date.

Cutting-Edge Media Engine for Fluid, Effective Streaming

The most sophisticated Media Engine available for iPad is found in the M4. It not only supports the most widely used video codecs, such as H.264, HEVC, and ProRes, but it also introduces hardware acceleration for AV1 to the iPad a first. This enables streaming services to play back high-definition videos with greater power efficiency.

More Beneficial to the Environment

Apple has high requirements for energy economy, and the all-new iPad Pro meets those standards and offers all-day battery life thanks to the power-efficient performance of Apple M4 chip. As a result, it requires less time to be plugged in and uses less energy overall in its lifetime.

Apple is currently carbon neutral for worldwide corporate operations and expects to be so by 2030 for its manufacturing supply chain and product life cycle.

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