#QDOLED

[btdunyasinet]

Alienware, QD-OLED ailesine iki yeni oyuncu monitörü ekledi

Dell’in oyun bilgisayarı bölümü Alienware, QD-LED teknolojisine sahip iki yeni oyuncu monitörünü CES2024’te tanıttı.  Alienware 32 4K QD-OLED Oyun Monitörü (AW3225QF) ve Alienware 27 360Hz QD-OLED Oyun Monitörü (AW2725DF) – ilk kez CES 2022’de görücüye çıkan ünlü, ödüllü QD-OLEDailesinin yeni üyeleri. Bu yeni modeller türünün ilk örneği. Her ayrıntıyı şaşırtıcı renk ve kontrastta görmeniz için…

[newstech24]

Sony’s quick InZone M10S QD-OLED gaming monitor is over $300 off

There are such a lot of QD-OLED gaming screens to select from, relying on what measurement, decision, refresh price, and design you’re glad to decide to. It’s not simple to discover a monitor that balances all these components, however an enormous low cost can shoot one towards the highest of the checklist. Sony’s InZone M10S is a 27-inch 1440p QD-OLED with a whopping 480Hz refresh price, and…

[abancommercialsweb]

MSI Curve QD-OLED Monitors: Immersive Gaming Redefined commercial

#MSI #abancommercials #commercial #Video MSI #Curve #QDOLED #Monitors

[govindhtech]

CORSAIR XENEON 34WQHD240-C QD-OLED Gaming Monitor

CORSAIR XENEON 34WQHD240-C

The XENEON 34WQHD240-C QD-OLED Gaming Monitor, from CORSAIR , has brilliant colors, genuine deep blacks, and increased brightness for breathtaking images. Its release was announced today. Content creators need accurate color, and gamers and multimedia fans seek an immersive experience. This WQHD display meets their needs. A modern white panel is slender and streamlined.

The XENEON 34WQHD240-C enhances the popular 34-inch monitor size with a visually engaging experience by utilizing the most recent 2024 Samsung QD-OLED panel. The curved 1800R display and 21:9 cinematic aspect ratio provide a wide viewing angle for productivity, multimedia, and gaming. DisplayHDR True Black 400 and a contrast ratio of up to 1,500,000:1 reveal incredible detail in every image, from bright highlights to black shadows, with up to 1000-nit peak brightness and 99% DCI-P3 color gamut.

For high-speed gaming, such as racing, first-person shooter, or action games, the XENEON 34WQHD240-C is the perfect partner because QD-OLED improves response times and refresh rates. With a remarkable response time of up to 0.03 ms (GtG) and a refresh rate of up to 240 Hz, the image on the screen responds to stimuli faster than your eyes can perceive. In scenarios with high frame rates, support for AMD FreeSync Premium and NVIDIA G-SYNC prevents tearing while preserving fluid motion clarity.

With the XENEON 34WQHD240-C, interacting with your monitor is now simpler than ever thanks to an on-screen display (OSD) proximity sensor that activates merely by putting your palm near its bottom edge. The back I/O design offers access to a high-performance range of sophisticated connectivity choices while managing cords and clutter.

With its 100 x 100mm VESA compatibility, the ergonomic stand design optimizes your desk space for a versatile setup by enabling you to tilt (-7° to +15°) and rotate (+/- 30°) the XENEON 34 QD-OLED to your desired height (up to 100mm).

A number of burn-in avoidance features are included with the XENEON 34 QD-OLED, including an image retention refresh after eight hours of operation and an orbit feature that reduces the chance of burn-in by shifting the entire image by one pixel every three minutes. A thorough three-year Zero Dead Pixel and Zero Burn In warranty supports everything.

The XENEON 34 QD-OLED exhibits the remarkable advantages of QD-OLED technology, including brilliant colors, real deep blacks, excellent color accuracy, and unmatched contrast. It can display all your PC is capable of doing at its best.

SPORTS MONITOR QD-OLED GET AHEAD OF THE CURVE

REDEFINING IMMERSION

The XENEON 34WQHD240-C QD-OLED display creates amazing graphics with vivid colors, ideal for immersive gaming, multimedia experiences, and content production. It does this by combining the genuine, deep blacks and vibrant colors of OLED with greater brightness and color accuracy.

OSD PROXIMITY SENSOR

Three well-positioned buttons govern the monitor’s operations. You could assume that the 4-way joystick, change input, and on/off buttons are a little difficult to discover because they are on the bottom of the monitor. For this reason, they incorporated a proximity sensor on the bottom, which activates useful buttons-positioning guides on the display itself.

The Picture by Picture (PbP) and Picture in Picture (PiP) modes are two excellent features of the display. When you need to know what’s happening on two devices at once, the ability to examine multiple input sources at once can be useful.

SIMPLE MANAGEMENT

It’s now easier than ever to interact with your monitor thanks to On-Screen Display (OSD), which activates merely by bringing your palm close to its bottom side via proximity sensor.

WHAT ARE THE OPTIONS FOR INPUT AND OUTPUT ON THE XENEON 34WQHD240-C

We think a monitor should have all the necessary input and output choices, just like other monitors. Since a monitor is the focal point of your workstation, it is an excellent choice to act as a hub for other devices or peripherals. Devices can be plugged in to charge their batteries or transfer data.

To connect four devices at once, there are two HDMI 2.1 connectors, one DisplayPort 1.4 port, and one USB Type-C DP port. For instance, you can simultaneously connect your PC, gaming console, and suitable business laptop to the Gaming Monitor. The dedicated Input Switch button on the control panel of the display makes switching between devices simple and convenient.

Should that prove insufficient, the monitor features an integrated USB hub that can be linked directly to your PC using the supplied cable. To connect your peripherals or other USB-compatible devices to the display, there are four USB Type-A 3.1 connections available. The USB hub is shared by the USB Type-C DP-A port and the device that is connected via the USB Type-C to USB Type-A connection. This implies that when you switch between the USB-C DP-alt device and the device to which the hub is connected. Every hub-connected device will transition to one of the two active input modes. When you wish to use the USB hub’s peripherals and rapidly connect your laptop to the monitor, this is useful.

Contemporary Links

Manage cords and clutter while getting access to a powerful range of cutting-edge connectivity choices.

Right

PD 15 and USB-C 3.1 DP Upstream

KVM and four USB-A 3.1 ports

A 3.5mm headphone jack

Left

Two HDMI ports.

DisplayPort 1.4

PD 65W USB-C 3.1 DP ALT

WORLD-CLASS ASSISTANCE

The elite CORSAIR customer care team provides lifetime technical assistance for the XENEON 34WQHD240-C QD-OLED.

XENEON 34WQHD240-C SPECS

Screen Dimensions (width x height): 812.04mm x 359.86mm

Screen size (Measured diagonally): 34″

Resolution: 3440×1440

Panel type: QD-OLED

Max refresh rate: 240Hz

Adaptive sync: Nvidia G-Sync Compatible Certified, AMD FreeSync™ Certified

Color Space: 1.07 Billion (10bit data)

HDR: True Black HDR400

Display inputs: HDMI 2.1 x2, DP1.4 x1, USB-C DP ALT with PD 65W x1

Additional Ports: USB-C Upstream with PD 15W x1, USB-A 5Gbps with KVM x4, 3.5mm Audio output x1

VESA Compatibility: 100 x 100

Weight without stand: 7.2kg/15.8lbs

Warranty: 3 years

Read more on govindhtech.com

[michaellambert]

Reaction to McDonald’s Kerwin Frost Meal Review

Reaction to McDonald’s Kerwin Frost Meal Review

[nupgrade]

QD-OLED: what is it and how new Samsung TV technology works

QD-OLED: what is it and how new Samsung TV technology works

A System that combines the Quantum Dots of the brand's TVs with OLED panels that are a reference from rival LG Samsung and LG are the two main TV brands in the market. Year after year, South Korean companies compete for consumer preference with LCD, LED, OLED, and Quantum Dot (QD) screens. However, a convergence of technologies is about to take place. What happens when OLED displays, whose technology is widely dominated by LG, and Quantum Dot, touted by Samsung as a superior quality option over other alternatives, come together? The result is QD-OLED, a novelty that should appear on the international market in 2022. As with any technology, they all have their strengths and weaknesses. . However, the fusion of these two concepts may be able to deliver displays with more vivid colors, with higher peaks of brightness, and with even more accentuated contrasts. Understanding how this technology works are critical to understanding what the future holds in terms of image quality.

QD Displays: structure and principle of quantum dots

Basically, there are two layers behind QD displays: a quantum dot layer and a blue auto-luminescent layer. Quantum dots are semiconductor crystals that emit their own light and can generate millions of color combinations.

Composition of a QD OLED screen When there is a combination of a layer of blue light behind it, the quantum dots create richer colors simply by “turning on” and “turning off” individual pixels. Pixels off are much darker than pixels off by blocking incident light, as with LCD TVs, which is why blacks are more intense on OLED screens. The light-blocking technique can also generate leaks, which can be visible even in the NEO QLED line, with the blooming effect being noticeable when very light areas in the foreground overlap dark areas in the background, generating a halo around the object illuminated. Another important factor is that LCD screens need to move the liquid crystal to control the amount of light needed to compose each image and moving the circuit for such action takes time. In QD Display, the circuit is connected to the layer that emits light, so we have faster and smoother images, which allows TVs to deliver shorter response times, which is ideal for action movies and games, for example.

QD-OLED - what is it and how new Samsung TV technology works - Blue auto luminescence of QD versus liquid crystal panels

Color volume is another differential

In OLED and QD-OLED displays, the colors are more vivid and bright. TVs deliver a volume of color that is less than human beings' ability to see. The promise is that the new technology will deliver up to 80% of the BT2020 standard, while conventional displays are between 60%/75%. The result of this is better color perception, even at peaks of brightness. THE RESULT OF THIS IS BETTER COLOR PERCEPTION, EVEN AT PEAKS OF BRIGHTNESS.Tweet Another problem improved by the technology is the perception of color from different angles. From 60 degrees from the center of the screen, about 40% of the perception of brightness in conventional displays is already lost. In QD-OLED displays this index drops to about 20%. Finally, an anti-glare technology will allow you to place the TV in the center of the room without worrying about daylight reflections.

QD-OLED - what is it and how new Samsung TV technology works - Reflections on the environment will no longer be a problem

QD Display, QD OLED: OLED screens enter Samsung's portfolio

On a hot site created by Samsung Display to explain the new technology, it is interesting to note that the text does not once mention the term “OLED” – and it is not by chance. For years the company has positioned itself opposite to its rival LG's main product, criticizing even its weaknesses, such as burn-in, but it seems that the game has finally turned around. However, there are some issues for us to consider. There are two business units within Samsung when it comes to displays: Samsung Display, which researches and develops displays not just for the South Korean company's products, but potentially for the market as a whole; and Samsung Visual Display, which manufactures Samsung TVs themselves. Although they are under the same umbrella, they are managed independently – which may explain the “surprise” regarding the use of OLED in the brand's portfolio and the aggressive way in which the hot site exposes the advantages of OLED screens in relation to LCD screens.

QD-OLED - what is it and how new Samsung TV technology works - Color perceived volume is higher on QD displays At first, the QD screens that will hit the market in 2022 will have 4K resolution – and not 8K as market experts imagined – and will be available in 55 and 65-inch sizes, with a third model coming to market still in 2022 in the format 70 inches. Will the QD-OLED TVs (or just QD Display, as Samsung calls it) represent a leap in quality over the current OLED screens used by LG and SONY and over Samsung's own Neo QLED? The answer to this we will only know in 2022. It is very likely that the announcement of the first devices with these screens will be for the month of January when CES 2022 takes place – an event in which TVs usually have an important highlight.  More in NUpgrade - Windows 11 will be faster! The System optimizes CPU, memory, and storage usage - The best cheap notebooks to work and study in 2021 - How to find duplicate files on your Samsung smartphone - Qualcomm launches Snapdragon Wear 4100 and Wear 4100+ for wearables - Samsung launches a new gaming monitor to enhance the gaming experience - Building a PC to play CyberPunk 2077 - What is a USB Type-B cable and what is it for? Read the full article

[battlestations]

NYC WFH Office & Battlestation. Any suggestions? QDOLED monitor coming any day now....

[pierreqies]

Samsung gets closer to building ‘QD-OLED’ TVs that rival LG’s OLED

Whereas Samsung has turn into dominant in utilizing OLED know-how on cell shows — even Apple makes use of its screens for iPhones — in TVs, the massive identify in OLED is its competitor, LG. LG’s TVs have wowed testers with their potential to regulate mild exactly as a result of every pixel is self-illuminating, […]

Source

The post Samsung gets closer to building ‘QD-OLED’ TVs that rival LG’s OLED appeared first on Hammers and Steel.

from WordPress https://hammersandsteel.com/index.php/2019/11/28/samsung-gets-closer-to-building-qd-oled-tvs-that-rival-lgs-oled/

[win-free-iphone8]

A more reasonable QD-OLED ultrawide gaming monitor is now available from Alienware

A more reasonable QD-OLED ultrawide gaming monitor is now available from Alienware

A more reasonable QD-OLED ultrawide gaming monitor is now available from Alienware #reasonable #QDOLED #ultrawide #gaming #monitor #Alienware Welcome to Americanah Blog, here is the new story we have for you today: You Can Click Here To View Restricted Videos/Images in this Article The first QD-OLED gaming display was unveiled by Alienware in the first quarter of 2022. With AMD FreeSync Premium…

[gadgetflow]

Sony Bravia MASTER Series A95K QD-OLED TV boasts Cognitive Processor XR & total immersion https://thegadgetflow.com/portfolio/sony-bravia-master-series-a95k-qdoled-tv-boasts-cognitive-processor-xr-total-immersion/

[govindhtech]

MSI MAG 321UPX QD OLED: The Next-Gen QD-OLED Gaming

MSI MAG 321UPX QD-OLED

MSI, the top gaming gear maker. Users requested firmware updates for the MAG 321UPX and MAG 271QPX QD-OLED gaming monitors. MSI added firmware update facilities to these models.

Models that support the update follow. OSD can tell you if you need MSI’s latest firmware version service. Updateable firmware will be on all future MAG QD-OLED versions.

MAG 321UPX QD-OLED MAG 271QPX QD-OLED MAG 321UPX QD-OLED With the MAG 321UPX QD OLED gaming monitor, you can see yourself winning. It has an impressive 240Hz refresh rate, a fast 0.03ms (GtG) reaction time, and a next-generation 3840×2160 (UHD) QD-OLED screen. VESA certification for DisplayHDR True Black 400 and ClearMR 13000 guarantees remarkably bright images and reduces motion blur. OLED burn-in concerns are decreased by OLED Care 2.0. The MAG 321UPX QD OLED supports 120Hz, VRR, and ALLM for console players via HDMI 2.1 and 48Gbps.

MSI ARSENAL GAMING (MAG) helps players win virtual battles. Military-grade equipment’s resilience and dependability inspire the MAG series’ unflinching defence in every game situation.

But MAG is more than simply performance; it’s a design language that exudes toughness and grit, capturing the spirit of the MAG aesthetic. The MAG series is here to stand with you and build the strongest defence for gamers who are determined to rule their virtual battlefields.

ARSENAL CAMING MAG MSI QUAD-OLED PANEL 3RD GEN Outstanding 32-inch panel with 240Hz and 0.03ms GTG Clarity for MR 13000 AMAZING COLOUR DisplayHDR True Black 400 DCI-P3 99% Delta E ≤ 2 OLED PROTECTION FROM MSI

Graphene film featuring a customised heatsink Fan-less design MSI OLED Care 2.0 Assistance with MSI Gaming The Smart Crosshair AI Vision MSI OLED WARRANTY Burn-In Warranty for Three Year 3-YEAR WARRANTY ON OLEDS MSI understands how important it is to offer comprehensive assistance so that MSI customers may play games without worrying. For OLED panels, provide a 3-year guarantee that goes above and beyond conventional coverage by incorporating protections against OLED burn-in.

Clearly defined text and intricately detailed images The newest QD-OLED panel generation is included in the gaming monitor from the QD-OLED series. Your viewing experience is enhanced by the sub-pixel layout, which produces crisper text, finer details, and images.

MAG 321UPX QD OLED Panel 240 Hz refresh rate REACTION TIME OF 0.03 MS With a 240Hz refresh rate QD-OLED Panel, the MAG 321UPX QD OLED can achieve a quick 0.03ms GtG response time. This is most advantageous in action-packed game genres like sports, racing simulators, first-person shooters, and fighters. Playing these games calls for incredibly quick and accurate movements. Having a very high refresh rate and a quick response time monitor will give you an advantage over your rivals.

MR13000 CLEAR

A new benchmark for display motion performance is ClearMR from VESA. After passing rigorous testing, MAG 321UPX QD OLED was able to obtain the ClearMR 13000 certification. Based on the percentage difference between clear and fuzzy pixels, the CMR range denotes a range of blur performance.

THE ACTUAL BLACK In contrast to traditional LCD displays, QD-OLED can adjust the pixel-dimming level and provide pure black scenes devoid of the backlight leakage that frequently occurs in LCD monitors. MAG 321UPX QD OLED is certified VESA DisplayHDR True Black 400 and offers exceptionally high contrast. The pixel level dimming enables the MAG 321UPX QD OLED to display higher colour performance and better contrast. Precise, vibrant, and lifelike.

SLIGHTEN UP YOUR PLAYING Adaptive Sync technology is included into the MAG 321UPX QD-OLED to provide fluid graphics for your gameplay. To reduce screen tearing and stuttering, Adaptive Sync syncs your GPU and monitor refresh rate. Adaptive Sync’s smooth, lag-free graphics allow you play the game as intended.

LIGHT BLUE REDUCTION The hardware solution found in the MAG 321UPX QD OLED feature allows for a reduction in HEV without sacrificing picture quality in the absence of a yellow tone screen display. Because this technology is integrated into the panel layer, users do not need to manually turn it on or off because it is always on.

END OF DISTRACTIONS The degree of glare reflection can be successfully decreased by the special panel surface coating design. With MAG 321UPX QD-OLED, you can concentrate on the game without being bothered by glare. You will love the mood the game gives you even more when there are fewer glares and less colour loss.

Performance by Colour THE WORLD, SITTING RIGHT BEFORE YOU With the help of sophisticated CPU and Quantum Dot technology, you can view captivating images that explode with a stunning range of over one billion colours, each upscaled to extraordinary clarity.

Play with unending colour The QD Premium Colour series monitor is pre-calibrated in the factory and has an industry-leading colour fidelity of delta-E (AE) ≤ 2. You get the impression that you are actually in the picture thanks to the 10-bit RGB panel’s perfect colour accuracy and fluid colour transitions.

THE HIGHEST QUALITY DISPLAY When compared to other monitors, the gamut coverage of the MAG 321UPX QD OLED is greater. To maximise immersion, colours and features in the gameplay will appear more sophisticated and realistic.With the use of a dynamically designed layer of Quantum Dot technology, it might achieve 99 percent coverage of the DCI-P3 colour space.

OLED CARE 2.0 Because MSI is aware of your worries, they provide MSI OLED Care. This three-part solution (Pixel Shift, Panel Protect, Static Screen Detection) offers a variety of screen protection optimisation strategies. Currently, MSI has created a more sophisticated model to offer a number of maintenance services and considerably lower the likelihood of OLED screen burn-in.

GRPHENE FILM FITTED WITH PERSONAL HEATSINK All of the new QD-OLED panels have graphene film installed, which is renowned for having outstanding thermal conductivity for heat dissipation. It also has bespoke heatsink designs, and the combination of these two features allows the monitor as a whole to function without the need for an active cooling fan a feature known as fanless design. This prolongs the life of the panel by ensuring effective and quiet heat dispersion.

DETECTION OF BOUNDARIES The boundary protection modifies the luminance of the border between two images or the image and backdrop after a predetermined amount of time.

MANY-LOGO IDENTIFICATION In order to avoid burn-in problems, the system automatically scans the shape and colour of any multiple static and noticeably contrasting logos that are presented on the screen. Once this is done, it immediately lowers the luminance.

UI-FRIENDLY The 5-way Joystick Navigator has been moved to the bottom centre of the rear of the screen by MAG 321UPX QD OLED, a device designed with a user-centric approach and a dedication to ergonomics, giving users a more pleasant and ergonomic experience.

Read more on Govindhtech.com

[uros]

Todo sobre Samsung trabaja en Smart TV OLED con Quantum Dot (QD-OLED)

Información sobre Samsung trabaja en Smart TV OLED con Quantum Dot (QD-OLED) / Smart TV|Televisión / con|Dot|en|OLED|QDOLED|Quantum|Samsung|Smart|trabaja|TV

QD-OLED: la nueva tecnología de Samsung que mejorará a las QLED

Tal y como se desveló este fin de semana, Samsung Display, una rama de Samsung Electronics, ha empezado a sujetar la producción de paneles LCD para aumentar la producción de panales Quantum Dot OLED. Ahora, ha sido el propio CEO de Samsung Display, Lee Dong-hoon, el que ha confirmado que están haciendo “grandes esfuerzos” para propalar paneles QD-OLED en un futuro cercano, aunque no se han confirmado inversiones a nivel de producción.

La reducción de la capacidad productiva ha tenido como consecuencia el clausura de una de las fábricas encargadas de crear los paneles LCD Gen.8.5, con una capacidad mensual de 90.000 unidades. Adicionalmente, reducirá la capacidad de otra planta en 30.000 unidades a partir del mes que viene. Hasta el clausura de esta industria, Samsung producía 250.000 paneles LCD en Corea del Sur cada mes.

Estas fábricas no se cerrarán, sino que sufrirán un proceso de reconversión en torno a plantas de paneles QD-OLED, donde su producción se retraso que eclosión para el año 2021. El motivo por el que Samsung habría migrado a este nuevo sistema es que los paneles LCD han caído en rentabilidad conveniente a que hay un exceso de ofrecimiento porque cada vez hay más empresas chinas que se dedican a la fabricación de estos paneles.

El funcionamiento de estos paneles es mediante un sistema híbrido, donde en la parte trasera tenemos un panel OLED que emite luz azur, y luego una serie de quantum dots que dividen la luz en roja y verde, mientras que la azur simplemente la “dejan sobrevenir”. Los quantum dots son unos cristales nanométricos (de unos 10 nm de diámetro o menos) hechos de un material semiconductor, de tal modo que pueden configurarse para emitir energía en longitudes de onda concretas, pudiendo ajustarse con una precisión casi total.

Esto es mucho más capaz que los paneles LCD actuales, donde hay una retroiluminación a través del panel LED que muestra una luz blanca, y luego unos pequeños cristales líquidos controlan la cantidad de luz que pasa pegado a unos filtros. El problema es que este sistema es harto ineficiente a nivel energético, adicionalmente de que el contraste se ve puritano.

Por ello, el OLED está ganando actualmente grandes cuotas de mercado gracias a que los paneles son más finos, más eficientes energéticamente, y tienen unos colores más saturados, ya que son los propios píxeles (o más perfectamente subpíxeles) los que se iluminan en rojo, verde y azur y sus combinaciones. Sin requisa, el OLED se desgasta, y ese es el motivo por el que se est�� investigando tan intensamente en alternativas a estos paneles.

Con un panel con Quantum Dots, la retroiluminación se hace con un panel LED de luz azur en extensión de blanco, ya que son más baratos. A partir de ahí, son los quantum dots rojos y verdes los que convierten la luz a esos colores primarios, mejorando los ángulos de visión, el contraste y la precisión del color.

Los QLED siguen teniendo un único panel

Sin requisa, estos paneles siguen teniendo un único panel trasero en extensión de poder controlar la claridad de cada pixel de modo individual. Aquí es donde se estaba trabajando en tecnologías como el MicroLED, donde se ha descubierto que los quantum dots, adicionalmente de tener propiedades fotoemisoras al ser excitados por otra luz, incluso tienen propiedades electroemisoras, donde pueden emitir ellos mismos la luz.

Esta misma propiedad es la que Samsung quiere beneficiarse para estos QD-OLED, que son primos hermanos de los MicroLED que utilizó en aquel gran televisor que bautizó como The Wall, aunque con algunas diferencias. En el caso de los microLED encontrábamos LEDs minúsculos de color blanco que eran los que se encargaban de la retroiluminación. Sin requisa, era necesario tener 8,3 millones de estos píxeles pequeños, lo que aumentaba el coste de fabricación y es probable que sea el motivo de que no lo hayamos ajado comercializado en televisores para particulares.

Con el QD-OLED no se necesita la retroiluminación trasera al ser el propio punto cuántico el que se ilumina, por lo que se puede tener un contraste infinito como en las OLED con unos negros puros al apagarse la iluminación de cada píxel. Sin requisa, hay una preeminencia que seguirán teniendo los OLED: seguirán siendo los más finos, aunque los QD-OLED serán más finos que los QLED y otros LCD actuales.

Donde incluso ganará el QD-OLED es en el desgaste de los píxeles, ya que la degradación del panel es uniforme y no se produce a nivel individual de cada píxel, lo que genera el odiado screen burn-in que deja marcados logos o nociones en la pantalla si se muestran de modo continuada durante el tiempo, como el logo de una dependencia de televisión que veamos con mucha frecuencia.

De momento, en los planes más a corto plazo de Samsung podría estar el propalar paneles 8K QLED de clímax media a precios más asequibles con el fin de aumentar su liderazgo en este segmento. Al estar Samsung migrando ya la producción en algunas fábricas, es posible que veamos estos paneles en alguna feria, como la IFA del mes que viene o en el CES de 2020. Su éxito podría enorme si consiguen ser más baratos que los OLED y ofrecer una calidad de imagen similar.

Esperamos que te haya gustado el articulo sobre, Smart TV|Televisión / Samsung trabaja en Smart TV OLED con Quantum Dot (QD-OLED) y si te sensibilidad el artículo que escribimos para ti compartirlo con tus amigos así cada vez somos más

La entrada Todo sobre Samsung trabaja en Smart TV OLED con Quantum Dot (QD-OLED) se publicó primero en El rincon de diego.

Por El rincon de diego

[govindhtech]

MSI QD-OLED Monitors: Perfect Speed, Colour, and Contrast

QD OLED technology

CRT displays with their large backsides have given way to faster-changing monitor technology. However, this speed makes it tougher for gamers and experts to keep track of what important when choosing a display.

MSI’s new QD-OLED monitors combine two technologies to give a breathtaking visual experience with OLED’s excellent blacks and contrast without losing brightness or brilliant, true colours.

Learn about LED, LCD, OLED, and QD monitors

When shopping for the finest monitor for your setup, you may encounter a sea of confusing technical words. they’ll help you understand monitors and panels like LED, LCD, etc.

LED vs. LCD Monitors: Memories of the Past

LCD monitors employ a liquid crystal layer in its display, thus their name. LCD monitors employ liquid crystal layers between other layers.

Light Source (left-most layer) determines monitor backlighting technology. Older LCD displays utilised cold cathode fluorescent lights; later ones use LEDs.

QD-OLED gaming monitor

About these ‘LED’ monitors?

All LCD monitors with LED illumination were marketed as such.No offence. The differentiation was significant, therefore it wasn’t needless. LED and LCD displays are the same in today’s industry, where fluorescent lamps are no longer utilised.

Discovering IPS, TN, and VA Technologies

How do you classify IPS, TN, and VA displays if LCD and LED are the same? These are LCD technologies. They show how to align LCD layer liquid crystals for a desired outcome.

Compare these LCD panels:

Liquid crystals positioned parallel to the glass layer make up IPS panels.

Twisted Nematic (TN) Panels: One of the earliest LCD panels, TN panels use twisted liquid crystals 90 degrees.

Vertical Alignment Panels: These employ vertically aligned liquid crystals.

Each LCD panel type has pros and cons. IPS panels provide the highest colour accuracy, VA panels have great contrasts, and TN panels have the quickest reaction speeds.

OLED Monitors Explained: An O in the LED

As indicated before, LED monitors employ backlighting technology. A monitor with Organic Light Emitting Diodes (OLEDs) backlighting is also called an OLED monitor.

Conventional LEDs use inorganic (silicon, gallium, etc.) light-producing elements, whereas OLEDs use organic (carbon-based).

They’ve been making standard LEDs smaller, but they’re still too big to illuminate each pixel. LED backlights can only emit one colour, hence they need a colour filter to show many colours.

However, OLEDs self-emit. This allows each particle (pixel) to be controlled and ‘turned off’ independently, improving contrast and black levels. Additionally, they can show several colours without a filter!Due of their low brightness, OLEDs aren’t ideal for bright situations.

Best QD OLED monitor

What is QD/Quantum Dot?

Quantum Dots, 2-10 nanometer semiconductor particles, have unique optical and electrical capabilities owing to their size. Quantum Dot size-color relationships are fascinating uses for this particle.

The energy levels of this semiconductor particle may be adjusted to control its size. As seen in the figure above, they emit a variety of display colours as their size increases.

Quantum Dots in displays provide a brilliant, colourful image unsurpassed by any other consumer technology due to their great colour precision.

For years, standard LED displays have employed Quantum Dots, but they’ve struggled with black levels, contrast ratios, etc.OLED panels fixed most of these difficulties, however also reduced brightness and colour vibrancy.

Combining QDs and OLEDs: Setting the Stage for Beauty

QD-OLED monitors offer a stunning spectrum of colours without sacrificing contrast or vibrance by combining Quantum Dot technology with OLEDs’ inky blacks! A self-emitting layer (OLED) underneath a QD layer for colour makes a QD-OLED monitor simpler than an LCD screen.

Do MSI QD-OLED Monitors Outperform LCDs?

Short answer: Yes.

However, they have drawbacks that traditional screens don’t. First, how are they better?They provide best-in-class features, graphics, and specs that gamers, creators, and casual users care about.

Refresh and Response Times for QD-OLED

Quick, competitive gaming requires a quick, high-refresh rate display. QD-OLED screens accomplish this.

The newest organic light-emitting diode technology’s 360 Hz refresh rate and 0.03 ms reaction time may make MSI’s QD-OLED models better than gaming displays. Frame rate and refresh rate adaptive sync enhances playability.

MSI QD OLED monitor

Since everyone has different expectations, building and customising your own gaming or work environment is wonderful. MSI offers several QD-OLED monitors for your location!

Monitors Curved

QD-OLED MAG 341CQP: 2560×1440 UWQHD; 175Hz Refresh Rate; 0.03ms GTG Response Time CES 2024 Innovation Award Winner MPG 491CQP QD-OLED: 5120×1440 DQHD Resolution; 144Hz Refresh Rate; 0.03ms GTG Response Time

Flat monitors

4K QD OLED gaming monitor

QD-OLED from MPG 321URX: 4K ultra-high definition, 240 hertz refresh rate, and 0.03 milliseconds GTG reaction time

High Definition (4K) MAG 321UPX QD-OLED: 240 Hz backlight, 0.03 ms GTG response Time Stunning high definition (2560 x 1440) GTG reaction time: 0.03 ms, 360 Hz, MPG 271QRX QD-OLED

MAG 271QPX: QD-OLED; 2560 x 1440 WQHD; 360 Hz Refresh Rate; 0.03 ms GTG Timing

Any of these displays offers a great QD-OLED experience regardless of size, refresh rate, or curvature.

Read more on Govindhtech.com