Tag: Displays

Samsung ha ganado numerosos premios por sus displays publicitarios digitales

Post author By miranda cosgrove
Post date June 19, 2024
No Comments on Samsung ha ganado numerosos premios por sus displays publicitarios digitales

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Samsung no sólo fabrica televisores para consumidores, sino también para consumidores y empresas. Las pantallas y televisores orientados a los negocios que se utilizan para publicidad interior y exterior se denominan señalización digital. En el evento InfoComm de este año, Samsung recibió varios premios por su innovadora señalización digital.

La señalización digital de Samsung gana 11 premios en InfoComm 2024

En el evento InfoComm 2024, celebrado en Las Vegas, Estados Unidos, la gama de señalización digital de Samsung recibió 11 premios de publicaciones. Los productos que reciben estos premios son Color E-Paper, Display Configurator, Interactive Whiteboard (Serie WAD), SmartThings Pro y VXT. Todos los premios se enumeran a continuación.

Samsung Color E-Paper: Lo mejor de lo mejor en señalización digital para futuras publicaciones
Samsung Display Configurator: las mejores herramientas de instalación y prueba para integradores empresariales
Pizarra interactiva Samsung (serie WAD): las mejores ofertas de publicaciones de aprendizaje y tecnología del futuro
Pizarra interactiva Samsung (serie WAD): el producto de videoconferencia más innovador de SCN Producto de instalación galardonado
Samsung SmartThings Pro: la mejor pantalla para montar publicaciones futuras
Samsung SmartThings Pro: las mejores ofertas para contratistas de audio y video Publicaciones futuras
Samsung SmartThings Pro: las mejores ofertas de futuras publicaciones de TI
Samsung SmartThings Pro: el mejor software de señalización digital para la integración empresarial
Samsung SmartThings Pro: Los mejores sistemas de control a gran escala para la integración empresarial
Samsung VXT: Lo mejor de la exposición de futuras publicaciones de TI
Samsung: la marca de pantallas favorita de los lectores de rAVe

Papel de carta color Samsung

Color E-Paper es una tecnología radicalmente nueva que utiliza un panel de visualización de tinta electrónica en color (E Ink Spectra 6) para exhibiciones publicitarias. Tiene una densidad de píxeles de 200 ppp y una relación de contraste de 30:1. Puede funcionar a temperaturas ambiente de hasta 50°C. Se puede utilizar en hoteles, centros comerciales, restaurantes y tiendas minoristas para mostrar mapas, menús y listas de productos.

Este monitor ultradelgado y liviano se puede colocar sobre una mesa o colgar horizontal o verticalmente en una pared o techo. Lo más importante es que no consume energía (0,00 W) mientras muestra contenido estático. La energía se consume sólo cuando cambia la imagen en la pantalla. Cuenta con una capacidad de almacenamiento de 8 GB, Bluetooth, Wi-Fi y un sistema para cambiar el contenido de la pantalla de forma remota.

configuración de pantalla samsung

El software Display Configurator de Samsung hace que sea mucho más fácil planificar y personalizar pantallas comerciales. Crea una simulación virtual para instalación y personalizaciones. El Asistente de configuración de Samsung Signage proporciona una forma más sencilla de organizar pantallas y calibrarlas a través de la aplicación del teléfono inteligente.

Samsung Display Configurator crea simulaciones de instalación virtual para simplificar la planificación de la instalación y facilitar una personalización precisa. El Asistente de configuración de Samsung Signage permite a los usuarios calibrar y organizar sus pantallas a través de la aplicación móvil, automatizando el proceso para múltiples pantallas y al mismo tiempo brinda control remoto del dispositivo.

Pizarra interactiva Samsung (Serie WAD)

La pizarra interactiva de Samsung (serie WAD) está diseñada para estudiantes y profesores. Utiliza inteligencia artificial para analizar materiales educativos, contenido en pantalla y transcripción de audio para crear pruebas. Esta pantalla táctil presenta integración de Google Classroom y Google Drive, y acceso a aplicaciones educativas basadas en Android a través de Google Play y Google Chrome.

Cosas inteligentes profesionales

SmartThings Pro es una versión avanzada de SmartThings diseñada para empresas y negocios. Se puede utilizar para controlar dispositivos inteligentes, incluidos aires acondicionados, electrodomésticos, monitores, cerraduras de puertas, sensores y televisores. Su AI Power Mode puede ahorrar energía controlando los electrodomésticos y sus modos. Las organizaciones pueden integrar sus propias API en este sistema.

Samsung VXT

VXT es el sistema de gestión de pantalla en la nube de Samsung que se puede operar de forma remota. Puede crear videos en segundos y entregar contenido en tiempo real, contenido de audio y video de alta calidad, piezas de arte y tableros de menú para exhibidores comerciales y señalización digital.

La compañía surcoreana mostró en el evento su televisor Micro LED transparente. Este revolucionario prototipo de pantalla debutó en CES 2024. Se puede utilizar para ver más contenido a la vez y con fines decorativos de alta gama. Puedes verlo en acción en el siguiente vídeo de CES 2024.

Samsung también exhibió The Wall TV, hecho de paneles modulares Micro LED, en la entrada de InfoComm 2024. La pantalla, que ocupaba 10,000 pies cuadrados en el West Hall del Centro de Convenciones de Las Vegas, fue lo más destacado del evento.

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Tags digitales, Displays, ganado, numerosos, por, premios, publicitarios, Samsung, sus

News

Los modelos Samsung Odyssey OLED, Smart Displays y ViewFinity se han actualizado con funciones de inteligencia artificial en India

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Samsung El jueves se lanzaron en India versiones actualizadas de sus series de monitores de juegos Smart Monitor, ViewFinity y Odyssey OLED. Actualmente están disponibles para su compra en el país. La compañía también está ampliando ofertas por tiempo limitado para comprar algunas de estas variantes. Los últimos monitores Samsung están equipados con pantallas de hasta 43 pulgadas. Uno de los monitores recientemente lanzados, Samsung Smart Monitor M8, está equipado con la función Active Voice Amplifier Pro impulsada por IA.

Samsung Odyssey OLED G6, pantalla inteligente, precio de la serie ViewFinity en India

El precio del Samsung Odyssey OLED G6 en India se ha fijado en Rs. 92399 y la pantalla está disponible en negro. Mientras tanto, los precios de las pantallas Samsung Smart Monitor y Samsung Viewfinity comienzan en Rs. 15.399 y rupias. 21.449 respectivamente. Estas pantallas están actualmente disponibles para su compra en el país a través de la Tienda Samsung en línea, así como a través de Amazon, Flipkart y tiendas minoristas seleccionadas.

Si el Samsung Odyssey OLED G6 y cualquier modelo de la serie Smart Monitor se compran a través de la tienda electrónica de Samsung entre el 5 y el 11 de junio, los compradores pueden aprovechar la opción de pago mensual sin costo y un descuento instantáneo en el carrito de hasta Rs. 2750.

Los clientes que compren el Smart Monitor M8 en la tienda en línea de Samsung serán elegibles para una barra de sonido Samsung, mientras que los compradores del OLED G6 pueden obtener Samsung Galaxy Buds 2 Pro.

Además de descuentos de hasta 1000 riales. 11,100 disponibles al comprar estos monitores a través de Amazon o Flipkart.

Samsung Odyssey OLED G6, pantalla inteligente, especificaciones de la serie ViewFinity

El Samsung Odyssey OLED G6 tiene una pantalla OLED antirreflejos de 27 pulgadas con una frecuencia de actualización de 360 Hz y una resolución de 2560 x 1440 píxeles. Está equipado con dos puertos HDMI 2.1, un puerto DisplayPort 1.4 y tres puertos USB 3.0. La pantalla también viene con protección Samsung OLED Safeguard+.

La serie de pantallas inteligentes de Samsung tiene pantallas planas de hasta 43 pulgadas con resolución 4K Ultra HD (3840 x 2160 píxeles) con una frecuencia de actualización de 60 Hz y compatibilidad con HDR10. El Smart Monitor M8 presenta específicamente la herramienta Active Voice Amplifier Pro impulsada por IA que, según se afirma, analiza el ruido de fondo y, por lo tanto, “mejora el diálogo en el contenido del usuario”.

Finalmente, la serie de pantallas Viewfinity de Samsung se ofrece con pantallas de hasta 32 pulgadas con resolución 4K UHD (3840 x 2160 píxeles) con una frecuencia de actualización de hasta 100 Hz y un brillo máximo de hasta 350 nits. También está equipado con puertos USB tipo C que permiten a los usuarios cargar dispositivos de hasta 90W.

Los enlaces de afiliados pueden generarse automáticamente; consulte nuestro sitio web Declaración de ética Para detalles.

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Tags actualizado, artificial, Con, Displays, funciones, han, India, inteligencia, Los, modelos, Odyssey, OLED, Samsung, Smart, ViewFinity

Entertainment

Apple’s thinner new iPad Pros feature an M4 chip and “tandem” OLED displays

Post author By lisa nichols
Post date May 8, 2024
No Comments on Apple’s thinner new iPad Pros feature an M4 chip and “tandem” OLED displays

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Apple’s new iPad Pro models are its most laptop-like tablets yet. They’re the first devices powered by the company’s M4 chip, which will deliver faster performance and more AI capabilities. And, for the first time outside of the iPhone and Apple Watch, both the new 11-inch and (slightly larger) 13-inch iPad Pros will sport OLED screens. That’s a step up from the LCD and Mini-LED displays on the previous models, and it should lead to bolder colors, inky dark black levels and far better contrast.

These aren’t your typical OLEDs, either: Apple says the new iPad Pros feature “tandem” OLED displays (branded as Ultra Display XDR) for 1,000 nits of SDR and HDR brightness, as well as 1,500 nits of peak brightness. That solves the brightness issues facing earlier OLED screens, and it means you likely won’t miss the extreme brightness of Mini-LED. For an additional $100, you can also equip the 1TB and 2TB iPad Pro models with nano-texture glass, which helps to reduce screen glare.

Thanks to the OLED displays, Apple was also able to make the new iPad Pros far thinner and lighter than before. The 11-inch model is 5.3mm thick and “weighs less than a pound,” according to the company, while the 13-inch is 5.1mm thick and is “nearly a quarter pound lighter than its predecessor.” Notably, Apple says the bigger iPad Pro is the thinnest device it’s ever made.

It’s interesting to see Apple skip the M3 chip entirely and debut the M4 on the iPad Pro — that’s a sign of just how important the company considers these new tablets. The M4 chip sports up to a 10-core CPU and 10-core GPU. (Oddly enough, you’ll have to buy the iPad Pro with 1TB or 2TB of storage to get the fully-powered M4, the lower tier models are stuck with a 9-core CPU.) Apple claims the M4’s CPU is up to 50 percent faster than the M2, and its GPU is four times as fast. It also features a Neural Engine that can reach 38 TOPS (tera operations per second) of AI performance. That’s faster than any processor shipping today, and it’s slightly below the upcoming Snapdragon X Elite chips, which feature a 45 TOPS NPU.

As for other new hardware, the iPad Pros feature a 12-megapixel rear camera that can capture Smart HDR images. It can also identify documents and scan them more easily thanks to a True Tone flash. Apple claims it can use AI to take multiple images and merge them into a clearer scanned image. Just like the recent 10th-gen iPad, Apple also moved the iPad Pro’s webcam to the top of the tablet’s landscape orientation, which will be helpful for wider video chats. (When it was at the top of the iPad’s portrait view, it always felt like you were looking off to the side when you rotated it to landscape view.)

In addition to vastly better performance and premium OLED displays, Apple’s new Magic Keyboard ($299 for the 11-inch and $349 for the 13-inch) goes a long way towards making the iPad Pro seem like a laptop. It features a metal wrist rest, function keys and a much larger trackpad. The company claims it will make using the iPad Pro feel more like a MacBook (let’s just hope we see some iOS 18 multitasking updates to truly cement that). For the artists out there, Apple also unveiled a new $129 Pencil Pro with squeeze and rolling capabilities, as well as haptic feedback.

The new iPad Pro starts at $999 for the 11-inch model ($1,199 with 5G) and $1,299 for the 13-inch ($1,499 with 5G). Those prices are both $200 more than the previous models, yet another sign of Apple positioning these things more like notebooks.

Follow all of the news live from Apple’s ‘Let Loose’ event right here.

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Tags Apples, chip, Displays, feature, iPad, OLED, Pros, tandem, Thinner

Business Industry

Samsung displays to power cutting-edge Racing Unleashed sim rigs

Post author By miranda cosgrove
Post date May 6, 2024
No Comments on Samsung displays to power cutting-edge Racing Unleashed sim rigs

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Last updated: May 6th, 2024 at 13:33 UTC+02:00

Sim racing gained a lot of popularity in recent years, with many more enthusiasts than ever wanting to experience the thrill of racing or driving from the comfort of their homes. Incidentally, Samsung display technologies and sim racing often overlapped, and that’s even more true now that Samsung and Racing Unleashed have entered a new partnership.

Late last month, Samsung Electronics Switzerland and Racing Unleashed announced that they’re joining forces to combine their expertise and technologies for the betterment of the Racing Unleashed ecosystem. As a result, Samsung is now an official partner and display provider.

Samsung displays powering RU’s sim rigs

As part of this new collaboration, Racing Unleashed’s simulator rigs will now boast next-gen Samsung display technologies, whether they have single-screen or multi-screen setups.

In addition, Samsung displays will also be used during Racing Unleashed esports competitions and at racing lounges in Switzerland, Germany, and Spain, where racing enthusiasts can come together to exchange ideas, celebrate, and compete on virtual racing tracks.

Racing Unleashed manufactures carbon fiber simulators in Maranello, Italy, using cutting-edge tech. Their Formula-style sim rigs are designed for racing lounges, amateurs, and pro racers alike.

Neither Samsung nor RU has revealed exactly which Samsung displays will be used for these advanced simulator rigs, but Samsung’s official announcement does tag the Odyssey series.

Judging by the image above shared by RU, some sim rigs are equipped with flat displays while at least one appears to have an ultrawide curved Odyssey monitor.

Image Credit: Racing Unleashed

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Tags CuttingEdge, Displays, Power, Racing, rigs, Samsung, sim, Unleashed

Bisnis Industri

MacBook Pro and PC setup relies on display’s KVM switch

Post author By miranda cosgrove
Post date April 29, 2024
No Comments on MacBook Pro and PC setup relies on display’s KVM switch

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Today’s beautiful MacBook Pro and PC setup lets the two “frenemy” computers work easily in the same setup through a 4K external display’s built-in KVM switch. That means no messing around with cables, and no swapping out or re-pairing peripherals.

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4K display’s KVM switch helps MacBook Pro-and-PC setup work

IT product manager and Redditor DarthChrisDK (“Chris”) showcased the sharp-looking setup in a post entitled, “MacBook Pro + PC setup.” He noted he runs two systems: M3 Pro MacBook Pro (18 GB unified memory, 512 GB SSD storage, space black) and a gaming PC (Intel 11, 3080, 32 GB RAM).

He’s also got a lovely Grovemade Desk Shelf and desk mat, a Mode Sonnet mechanical keyboard, a Logitech MX Master 3S mouse, a BenQ Screenbar Plus, an Oakywood laptop stand and fabulous Ruark Audio MR1 MK2 speakers on stands.

It’s nice stuff. And you can tell it’s a “money” setup — especially with the exquisite Omega Speedmaster and Tudor GMT Swiss watches proudly displayed in the photograph.

“Why do you need all of that?” a commenter asked.

“Because I like it,” Chris replied.

Gigabyte 4K display with KVM switch

So he uses a MacBook and a PC all the time in his home office. But, as a tech guy, he’s not one to settle for frequently plugging and unplugging devices or constantly pairing peripherals like keyboards with the different machines.

“Are you running everything through a dock, or a built-in monitor KVM switch?” asked a commenter.

“I am currently using the built-in KVM of the monitor,” Chris replied.

So his external display, a 32-inch Gigabyte 4K monitor, does the switching for him with its built-in KVM switch. The display, by the way, is geared a bit more to Chris’ gaming PC than his Mac. The Gigabyte flaunts a screaming-fast 144Hz refresh rate and a 1ms response time, along with its great connectivity options.

“I do plan to add a TB dock at some point in the future,” he added. “If the KVM works well in the long run then I might just add the dock to my current setup. Otherwise, I might use a USB switch instead, and manually change video input. But for now, I’m enjoying the simplicity.”

He noted in conversation that he’s eyeing CalDigit’s well-regarding Thunderbolt 4 dock. He also said his old Logi mouse works that predates the one made specifically for Mac integration actually works great with macOS.

“I actually also have another mouse that I use regularly,” he added. “The Logitech G Pro Wireless combined with the Logitech PowerPlay mat. It is supported by Mac as well, and it’s just really easy to use and keeps my wireless mouse charged at all times.”

And if you like the desktop wallpaper displayed on the monitor, Chris identified it as “Thick forest Wallpaper 4K, Sunlight, Scenic, 5K, Sun rays (4kwallpapers.com).”

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If you would like to see your setup featured on Cult of Mac, send some high-res pictures to [email protected]. Please provide a detailed list of your equipment. Tell us what you like or dislike about your setup, and fill us in on any special touches, challenges and plans for new additions.

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Tags Displays, KVM, MacBook, Pro, relies, setup, switch

Featured

This gadget promises to increase productivity inside your vehicle by converting ICE screens into displays — and even includes Samsung DeX compatibility for free

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Mayton Motion has developed a wireless adapter that transforms a car’s navigation screen into a functional laptop-like display. Users can access a range of new features by connecting the device via the car’s USB port.

AutoPro X is powered by Android Auto/Samsung DeX (it only works with Samsung Galaxy models that support DeX) and offers Bluetooth pairing, so users can connect game controllers, keyboards and other devices to the screen. This isn’t necessarily the greatest of ideas, since it could end up being a distraction for the driver, but we’d hope for some common sense to be used here.

Mayton says the AutoPro X allows all manner of functionality such as GPS, YouTube or OTT streaming, internet browsing, email, social media, Chat GPT, document processing, gaming, and voice recognition.

Back on Kickstarter

AutoPro X has a ‘Screen Select Mode’, which allows drivers to adjust the display size to either fill the screen or show it in the original ratio.

AutoPro X is available to back on Kickstarter, with Early Bird pricing at $140.

The device is compatible with vehicles that can be connected to Samsung Galaxy phones and Android Auto. Your car does have to support wired Android Auto. Mayton says, “The easiest way to check is to connect your vehicle with a cable and see if Android Auto works. If it does, you should be able to use our product.” You can also browse the compatible phones and vehicles list on the Kickstarter page.

As with any crowdsourced projects, you should be aware that backing a product doesn’t mean that it will be completed or that you will receive the item you backed. That said, at the time of writing, $142,984 had been pledged, well above the $5000 goal, so it’s looking positive.

‘A whole new generation of displays’: researchers develop RGB LED out of miracle material perovskite, paving the way for self sensing, solar powered displays — but its hour-long service life needs to be improved first

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The majority of personal gadgets feature LCD and OLED screens, but most just show information. To make these screens do more – like detecting touch or changing light levels – they need additional sensors. Researchers at Linköping University (LiU) in Sweden have invented a new kind of screen where all these sensor functions are built right into the screen’s LEDs.

The breakthrough in display technology was achieved by crafting RGB LED displays from a “miracle” material known as perovskite. This development marks a potential revolution for future screens of smartphones, computers, and tablets.

Perovskite is renowned for its remarkable light absorption and emission capabilities. This crystalline substance forms the core of the LED and fuels the array of features in the screen.

Still a decade away

Apart from touch and light response, the perovskite screens can recognize fingerprints and sense the user’s pulse. Most impressively, they can harvest light to transform the screen into a solar cell for continuous device charging.

“Your smartwatch screen is off most of the time. During the off-time of the screen, instead of displaying information, it can harvest light to charge your watch, significantly extending how long you can go between charges,” says Chunxiong Bao, associate professor at Nanjing University, previously a postdoc researcher at LiU and lead author of the paper.

Despite these exciting advancements, there’s still ground to cover before these screens can become a household reality. One significant hurdle is the short service life of the display. Zhongcheng Yuan from the University of Oxford, another lead author for the study, noted, “At present, the screen only works for a few hours before the material becomes unstable, and the LEDs go out.”

Yuan estimates a timeline of a decade to resolve these challenges, but maintains optimism for the future of RGB LED displays with perovskite as its powerhouse.

Optoelectronics professor at Linköping University, Feng Gao, noted, “We’ve now shown that our design principle works. Our results show that there is great potential for a new generation of digital displays where new advanced features can be created. From now on, it’s about improving the technology into a commercially viable product.”

YouTube can stream 8K videos to your Meta Quest 3 – even though its displays aren’t 8K

Post author By lisa nichols
Post date April 18, 2024
No Comments on YouTube can stream 8K videos to your Meta Quest 3 – even though its displays aren’t 8K

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Following news that Meta’s Quest 3’s getting some big mixed reality upgrades including an AI that can recognize furniture and improved passthrough quality, there’s yet another improvement on the way this time for one of my favorite Quest apps: YouTube.

That’s because the VR version of the video-sharing platform now supports 8K video playback on Quest 3 – up from the previous max of 4K.

To turn it on make sure you’re running YouTube VR app version 1.54 or later, then boot up a video that supports 8K, tap on the gear icon, and where it says Quality you want to change the resolution to 4320p – or 4320p60 if you want 8K at 60fps instead of the usual 30fps. If 4320p isn’t an option in this list unfortunately the video you want to watch isn’t streaming in 8K.

There are a few extra caveats. First, you’ll want a strong internet connection, because even if the video supports 8K playback you’ll struggle to stream it over weak WiFi – unless you like waiting for it to buffer. Oh, and one other important detail; the Quest 3 doesn’t have 8K displays. But that’s not as big a problem as it might seem.

Method in the 8K madness

The Quest 3 has two displays (one for each eye) that boast 2,064 x 2,208 pixels each; 8K resolution is 7,680 × 4,320 pixels. Even if we combine the two displays they still boast only just over 25% as many pixels as an 8K display.

So is 8K streaming pointless? Well, not entirely.

A Meta Quest 3 owner watching a spatial video of their husky dog in a field

Spatial video is 3D, but not as immersive as 360 video (Image credit: Meta)

For flat YouTube videos, playing them in 8K probably is worthless on Quest hardware. The only advantage you might find is that you’ll be seeing a downscaled video – the opposite of upscaled, where a higher resolution source is played at a lower resolution – which can sometimes lead to a more detailed image than simply streaming a video at the lower resolution.

The real improvement can be found instead with immersive 360-degree videos.

To explain things simply: when you see a flat video you see the whole resolution in that 16:9 frame. In 360 videos the resolution is spread across a much larger image, and you only see portions of that image based on where you’re looking. That’s why – if you’ve watched 360 videos in VR – 4K content can look more like HD, and HD content can look like blurry messes.

By bumping things up to 8K you’ll find that immersive 3D video should look a lot more crisp – as the sections you’re looking at are now effectively 4K. So while you’re not seeing 8K, you’re still getting a higher resolution.

This update may also be a good future-proofing update for the next Meta hardware. With rumors that a Meta Quest Pro 2 could up the display game for Quest hardware, there’s a chance that it’ll get closer to having actual 8K displays, though we’ll have to wait and see.

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Tags Arent, Displays, Meta, Quest, Stream, videos, YouTube

Bisnis Industri

Modern MacBook and vintage displays make retro-cool setup

Post author By miranda cosgrove
Post date April 17, 2024
No Comments on Modern MacBook and vintage displays make retro-cool setup

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Multi-display computer setups with asymmetrical placements — aka, screens oriented in landscape and portrait orientations — are so popular that even vintage Apple displays are getting in the action. Today’s featured rig uses a modern MacBook and vintage displays. A M1 Pro MacBook Pro from 2021 drives a Cinema Display and Thunderbolt Display from many years earlier.

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Modern MacBook Pro and vintage displays make retro-cool setup

Redditor thatvirtualboy showcased the display-heavy setup in a post entitled, “Landscape + Portrait Layout.” In the photograph above, he has a Thunderbolt Dissplay on the left (landscape mode) and a Cinema Display on the right (portrait mode). They’re both from around 2010 and both feature 2560 x 1440 pixel resolution (2K quad high def, or QHD). His 2021 M1 Pro MacBook Pro is hidden behind the screens.

We first covered his setup in January 2023, when he kept his vintage displays far apart, and before he filled out the setup with some new items. Those include a Magic Mouse 2 and an EppieBasic LED Desk Lamp mounted next to the monitor arm and arching over the webcam atop the monitor on the left.

“I’ve already replaced the all-in-one cable on the Thunderbolt display,” Boy said. “Planning to keep using these until they either die, or the Studio Display gets refreshed. So probably a long time. With the right adapters, they work just fine with the M1 Pro.”

Boy noted the Thunderbolt Display can use the regular Apple Thunderbolt 2 to Thunderbolt 3 display adapter, “which I have directly plugged into the MacBook Pro.” And he added the Cinema Display works with a Mini DisplayPort to HDMI adapter using a CalDigit dock.

Experiment ‘for science’

“Can you connect the [Cinema Display] to the [Thunderbolt Display]’s TB2 port or do you have to connect them each by its own to the Mac? Always thought of that as I had 2 TBDs and they were flickering,” a commenter asked.

“I had never even considered trying that, assuming it was data only,” Boy replied. “For science, I just gave it a go and confirmed that it doesn’t work!”

Old-school bezels on Cinema Display, Thunderbolt Display

Another commenter lamented the rather noticeable bezels bordering the vintage screens.

“Nice but those thick borders giving me anxiety,” they said. “It’s interesting how technology has evolved, I don’t think multiple displays were as common as they are now right?”

Boy’s reply:

The bezels appear prominent when viewing the entire setup at a distance like this, but in use, they’re hardly noticeable, and are actually quite beautiful when you do stop to notice them. For my profession, I’ve used everything from a single display up to 4 displays. I think macOS makes it really easy to use a single display for most work (through the use of multiple desktop spaces and/or Stage Manager). However the two things that keep me using 2 displays for the time being is programming, and giving Power Point presentations over Zoom.

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Here you get a closer look at the mini Magic Keyboard, Magic Trackpad 2, M1 iPad Pro and, on the left, AirPods Max. — In the old setup: Take a closer look at the Thunderbolt Display as well as the mini Magic Keyboard, Magic Trackpad 2, M1 iPad Pro and, on the left, AirPods Max — not to mention the Autonomous standing desk underneath it all.
Photo: [email protected]

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Tags Displays, MacBook, Modern, retrocool, setup, Vintage

Featured

Pimax’s new VR headset can swap between QLED and OLED displays – but the Vision Pro beats it in one important way

Post author By lisa nichols
Post date April 16, 2024
No Comments on Pimax’s new VR headset can swap between QLED and OLED displays – but the Vision Pro beats it in one important way

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Pimax has unveiled two new VR headsets with the top of the line Pimax Crystal Super seemingly set to put the best VR headsets to shame – even the Apple Vision Pro – with some phenomenal specs. It also has one of most unique display features we’ve ever seen: you can swap between an OLED and QLED display engine to get the most out of your virtual experience.

Are you playing a frightening horror adventure that has you exploring dark spaces filled with monsters? Then an OLED screen’s excellent dark contrast will be just what you need. If you’re instead kicking back with a vibrant VR social app then you could swap in the QLED screen to be dazzled by the colors it can produce.

No matter which screen type you choose, the Pimax Crystal Super will deliver 29.5 million pixels across its dual, 3,840 x 3,840 pixels per eye displays, each with 200 nits of brightness. The QLED display system has a max refresh rate of 120Hz and uses glass aspheric lenses, while the OLED one has a 90Hz max refresh rate and uses less bulky pancake lenses.

You’ll also find neat features like eye-tracking, dynamic foveated rendering, and inside-out tracking – so there’s no need for lighthouses.

As you’d expect, this swappable display design doesn’t come cheap. If you want a Pimax Crystal Super with both the OLED and QLED display engines you’ll be paying $2,399 (around £1,925 / AU$3,700) for the headset. Alternatively if you’d rather get just one type of display the QLED model will set you back $1,799 (around £1,450 / AU$2,800 ) while the OLED version costs $1,999 (around £1,600 / AU$3,100).

No precise release date has been given yet but Pimax estimates the Crystal super will launch in Q4 2024 (so October, November or December).

The Pimax Crystal Light in a purple and blue room, it's lying on the floor, switched off

The Pimax Crystal Light (Image credit: Pimax)

If this is all still too much to pay for a VR headset – especially one that requires you to have a similarly high-end PC gaming rig so you can get the most out of your headset’s capabilities – or you want a headset that’ll arrive sooner, you could instead opt for the Crystal Light.

The crystal light boasts less sharp displays – boasting just 2,880 x 2,880 pixels per eye – though its QLED screen can get up to 120Hz. However, it uses aspheric lenses so will be bulkier than headsets using pancake lenses, and it lacks eye-tracking, and dynamic foveated rendering capabilities.

The upshot is it’s a heck of a lot cheaper starting at just $699 (around £550 / AU$1,100) and it should launch in May according to Pimax.

As impressive as these news Pimax headsets sound, I’m disappointed that they’re locked into the PCVR ecosystem, and aren’t at least adopting Pimax’s own wireless tech.

Analysis: Several steps forward, several steps back

A big issue with PCVR headsets are the cables that tether you to a PC – or a console in the case of PSVR 2 – that limit your movement, and that you can catch yourself on as your flail about in virtual reality.

However, as we’ve seen from the displays in Pimax’s headset, the advantage of PCVR is you can enjoy a super high level of graphics and performance that outshines standalone devices – like the Meta Quest 3 and even Apple Vision Pro (provided you have a great PC, that is).

This is where a wireless module can come in like the Pimax Crystal 60G Airlink device as they allow you to enjoy PCVR without being tethered. We’ve known that this device has been coming for a while – it was demoed at CES 2024 already – but we finally know exactly what the Crystal 60G can do with official specs straight from Pimax.

Specifically it boasts wireless PCVR with a 2,880 x 2,880 pixel resolution per eye, 90Hz max refresh rate, and “ultra low latency” – though exactly what this means hasn’t been revealed.

The Pimax Crystal 60G Airlink system including a module for your PC and another for your headset

The Pimax Crystal 60G Airlink module (Image credit: Pimax)

Unfortunately, neither of Pimax’s new headsets – the Crystal Super or Crystal Light – will support the 60G Airlink module.

What’s more, they strip out the batteries and Qualcomm Snapdragon XR2 chipset that the base Pimax Crystal headset included, which allowed it to support both wireless PCVR and a standalone VR experience.

To this end, you might find the base Crystal model is the better option for you – or a non-Pimax model like a Quest 3 or Apple Vision Pro – thanks to the versatility offered by a standalone headset. Not only are you freer to use the headset wherever you want but also, with the exception of the Vision Pro, you can very easily use these headsets for wireless VR and for wired PCVR – giving you the best of both worlds.

This versatility is one of the reasons why Quest headsets have been topping the Steam VR usage charts for years.

Considering how impressive Pimax’s machines are I’d love for it to have kept pushing into the world of standalone VR. Improving its software catalogue or partnering with a company with a great VR OS to jumpstart its app store – ideally the amazing Quest ecosystem, though are others out there from the likes of HTC – would also have been great.

I’ll have to try the latest Pimax headset out for myself before giving my final verdict, but as it stands I don’t think these are VR gadgets I can see most people using – nor do I think most people should use them. Which is a real shame because otherwise I feel Pimax’s machines could be a slam dunk on pricey competitors like the Vision Pro – for now, though, I feel relative newcomer Apple has Pimax’s Crystal Super beat, on paper.

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Tags beats, Displays, headset, Important, OLED, Pimaxs, Pro, QLED, swap, vision