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What are the differences between LED vs OLED vs MicroLED

LED vs OLED vs MicroLED Display Technologies compared

If you are purchasing a new TV or monitor, you’re immediately greeted by a wealth of specifications and models, each one boasting brighter colors and sharper images than the last. It’s a battle of display technologies: LED vs OLED vs MicroLED all vying for your attention. But what sets them apart, and how do they affect your viewing experience? This is a question that many consumers and tech enthusiasts are asking as they seek to understand the nuances of modern display tech.

For years, LCD (Liquid Crystal Display) screens have been the cornerstone of high-quality displays. They work by directing light from a backlight through liquid crystals to create the images you see. Early versions of LCDs struggled with light efficiency and displaying true black colors. However, advancements such as mini LED backlights and Quantum dots have significantly improved their color accuracy and ability to produce deeper blacks. Despite the emergence of new technologies, LCDs remain prevalent in the market, especially for TVs and monitors, due to their cost-effectiveness and ease of production.

LED vs OLED vs MicroLED

Learn the differences between the three different display technologies thanks to a great overview and comparison by the team at TechAltar.

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Then there’s OLED (Organic Light Emitting Diodes), a technology that marks a substantial advancement over LCDs. OLED screens use organic compounds that light up when electricity is applied, allowing for thinner, more flexible displays. Each pixel in an OLED display is self-illuminating, which means it can achieve perfect black levels and has incredibly fast response times. OLED technology has branched into AMOLED for handheld devices and WOLED for larger screens.

However, OLEDs are not without their issues; they can suffer from screen burn-in and have limitations on peak brightness. The industry is addressing these challenges with innovations like MLA (Microlens Array) to boost brightness and QD OLEDs for enhanced color quality. Efforts are also underway to develop solutions for burn-in, such as tandem OLED structures and advanced materials for blue subpixels.

The newest contender in the display arena is MicroLED. This technology uses minuscule LEDs to create the subpixels in a display, eliminating the need for organic materials. MicroLED combines the best aspects of OLED’s per-pixel lighting with the burn-in resistance of LCDs, and it aims to achieve outstanding brightness levels. However, MicroLED is currently wrestling with high production costs, complex manufacturing processes, and pixel alignment issues. Despite these hurdles, the coming years may bring innovative production techniques that could position MicroLED as a major player in the display industry.

A summary of the differences between LED vs OLED vs MicroLED

  • Technology Basics:
    • LED (Light-Emitting Diode): These displays use an array of LEDs as a backlight to illuminate a liquid crystal display (LCD) panel. They don’t emit light themselves; instead, they modulate light from the backlight.
    • OLED (Organic Light-Emitting Diode): Each pixel in OLED displays is made of organic compounds that emit light when an electric current is applied. These displays do not require a backlight, allowing them to be thinner and more flexible.
    • MicroLED: Similar to OLED, MicroLEDs are tiny LEDs, but they are non-organic, reducing the risk of burn-in. Each pixel emits its own light, offering excellent contrast and deep blacks.
  • Image Quality:
    • LED: Offers good color accuracy and brightness but may suffer from uneven backlighting (called backlight bleed). The contrast ratio is typically lower compared to OLED or MicroLED.
    • OLED: Known for its superior contrast and true blacks, since individual pixels can be completely turned off. It also offers excellent viewing angles and vibrant colors.
    • MicroLED: Offers a similar level of contrast and black levels to OLED, with potentially higher peak brightness, making it suitable for well-lit environments.
  • Lifespan and Reliability:
    • LED: Generally has a longer lifespan as it does not suffer from burn-in issues. The backlight’s life determines the overall longevity of the display.
    • OLED: The organic compounds in OLED can degrade over time, leading to shorter lifespans compared to LEDs. They are also susceptible to burn-in with static images.
    • MicroLED: Expected to have a longer lifespan than OLED because it does not rely on organic material. The inorganic nature of MicroLEDs makes them less prone to burn-in.
  • Energy Efficiency:
    • LED: More energy-efficient than traditional LCDs due to LED backlighting but less efficient than OLED or MicroLED.
    • OLED: Highly energy efficient as pixels emit light individually and can be turned off completely for true black, saving energy.
    • MicroLED: Similar to OLED in terms of efficiency, with potential for even greater efficiency due to the inorganic material.
  • Cost and Market Availability:
    • LED: Widely available and generally the most affordable option among the three. Used extensively in consumer electronics.
    • OLED: More expensive to produce than LED displays, making them pricier for consumers. Commonly found in high-end smartphones and TVs.
    • MicroLED: Currently the most expensive and least available. Production challenges and high costs limit their presence mainly to high-end, large-scale displays.
  • Flexibility and Form Factor:
    • LED: Limited flexibility due to the rigid backlight layer. Generally, these are found in traditional, flat-screen formats.
    • OLED: The organic materials are more flexible, allowing for curved and even foldable displays.
    • MicroLED: Potentially flexible, but the current focus is on rigid, flat panels. The technology could allow for modular screens of varying sizes.
  • Applications:
    • LED: Ideal for general-purpose use, including TVs, monitors, and digital signage where cost is a significant factor.
    • OLED: Preferred in high-end consumer electronics where image quality and contrast are priorities, such as smartphones and premium TVs.
    • MicroLED: Suited for luxury home theaters, commercial displays, and applications where cost is less of a concern and top-tier performance is desired.

When comparing these technologies, it’s clear that the journey toward display perfection is a collective endeavor. The goal is to create screens that are more luminous, more vibrant, and more durable, with precise control over the light output of each pixel. The industry is pushing the boundaries to refine production methods, reduce costs, and perhaps introduce new technologies that could surpass the current frontrunners. Whether you’re an avid gamer, a movie enthusiast, or someone who simply enjoys a crisp, clear picture, the ongoing advancements in display technology are poised to elevate your visual experience right in your living room.

As the evolution of LED, OLED, and MicroLED technologies progresses, they promise a future filled with exceptional visual quality that will redefine how we engage with media. These developments are not just about improving what we already have; they’re about setting new benchmarks for what is possible in display technology. Keep a close watch on these innovations—they’re bound to set new standards for what we expect from our screens.

Image Credit: TechAltar

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ASUS Zenbook 14 OLED UX3405 laptop

ASUS Zenbook 14 OLED UX3405 laptop

ASUS has raised the bar for ultraportable laptops with the unveiling of the Zenbook 14 OLED (UX3405). This premium laptop, with its Intel Evo Edition specification, combines high-performance components with enhanced sustainability features, setting a new standard in the industry.

The Zenbook 14 OLED houses an impressive range of top-tier specifications. At its core, it boasts an Intel Core Ultra 9 processor, coupled with Intel Arc graphics, delivering a high-performance computing experience. This is further complemented by up to 1 TB SSD storage and 32 GB RAM, ensuring seamless multitasking and fast data access. The laptop also supports WiFi 6E (802.11ax), providing faster and more reliable internet connectivity.

One of the standout features of the Zenbook 14 OLED is its 3K ASUS Lumina OLED 120 Hz touchscreen display. This high-resolution display offers an immersive visual experience, making it ideal for both productivity tasks and entertainment. Moreover, the laptop’s audio is delivered through super-linear speakers, enhanced by the ASUS Audio Booster, ensuring a rich and immersive audiovisual experience.

ASUS Zenbook 14 OLED UX3405 laptop 2023

ASUS has not compromised on user-friendly design elements in the Zenbook 14 OLED. It includes a face login feature for quick and secure access, an FHD IR camera with a physical shutter for privacy, and a quiet ASUS ErgoSense keyboard for comfortable typing. In addition, the laptop includes a comprehensive set of full-size high-speed I/O ports, including two Thunderbolt 4, USB 3.2 Gen 1 Type-A, HDMI 2.1 (TMDS), and a 3.5 mm audio jack, eliminating the need for additional dongles or adapters.

The Zenbook 14 OLED also shines in the area of battery life. It features an enhanced 75 Wh battery that supports up to 20% more charging cycles than previous models, offering up to 15 hours of unplugged operation. This makes the Zenbook 14 OLED an excellent choice for users who need a laptop that can keep up with their on-the-go lifestyle.

Despite its high-performance specifications and features, the Zenbook 14 OLED maintains a lightweight and compact design. The all-metal chassis not only adds to its sleek aesthetics but also contributes to its durability. In fact, the laptop has undergone US military-grade durability testing, further testifying to its robustness.

OLED display laptop

ASUS’s commitment to sustainability is evident in the Zenbook 14 OLED. The laptop uses up to 50% post-consumer-recycled (PCR) materials, and its packaging is 100% recyclable. Furthermore, the laptop exceeds the ENERGY STAR power-efficiency standard by 50%, underscoring ASUS’s efforts to minimize the environmental impact of its products.

The ASUS Zenbook 14 OLED (UX3405) is a premium ultraportable laptop that offers a compelling blend of high-performance features, user-friendly design, and sustainability. Whether you’re a professional needing a powerful machine for productivity tasks, a student looking for a reliable laptop for studies, or a tech enthusiast wanting the latest technology, the Zenbook 14 OLED is a worthy contender to consider.

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AI ready OLED laptops powered Intel Core Ultra

Acer Swift Go 14 AI ready OLED laptops powered Intel Core Ultra CPUs

The laptop market is set to become even more competitive with Acer’s introduction of the AI-ready Swift Go 14 laptop, powered by Intel Core Ultra processors. A key player in the tech industry, Acer has been known for its innovative and high-performing products. This time, with the Swift Go 14, Acer takes a leap forward, offering advanced AI features, next-generation performance, and a lightweight design with an OLED display.

At the heart of the Swift Go 14 is the new Intel Core Ultra 7 155H processor, which is verified as an Intel Evo Edition platform laptop. This processor, coupled with Intel Arc GPU and Intel AI Boost, an integrated neural processing unit (NPU), ensures efficient AI workloads and immersive experiences. This combination of hardware allows the laptop to deliver impressive performance, whether for work, play, or creative projects.

 Intel Core Ultra AI ready laptops

One of the most notable features of the Swift Go 14 is its AI capabilities. The laptop includes AI features such as Acer PurifiedVoice and Acer PurifiedView, which are particularly useful for videoconferencing and customization tools. Acer PurifiedVoice is designed to enhance voice clarity during video calls, while Acer PurifiedView improves the visual experience, delivering crisp and vibrant images.

The Swift Go 14 also includes Acer QuickPanel, a feature that allows for swift and easy configuration of videoconferencing solutions. Additionally, it offers Acer AlterView, a tool that can convert 2D images into animated wallpapers with 3D effects. This feature can add a touch of personalization and creativity to the user’s laptop experience.

Another significant AI feature is the laptop’s use of Copilot in Windows. This tool assists in work, creation, and play, providing personalized answers, inspiration, and task assistance. Furthermore, the laptop includes a dedicated AcerSense button for managing laptop performance, maintenance, and customizing experiences.

Acer Swift Go 14 laptop

The Swift Go 14’s 1440p QHD webcam is more responsive and requires less power from the device, thanks to AI-supported technology. This feature enhances the videoconferencing experience, making it more efficient and enjoyable.

Despite its powerful features, the Swift Go 14 maintains a lightweight design. With an aluminium chassis weighing 1.32 kg and a thickness of 14.9 mm, this laptop is easy to carry around, making it an excellent choice for professionals and students alike. Moreover, the laptop features a 2.8K resolution (2880×1800) OLED panel with 100% DCI-P3, VESA Display HDR True Black 500 certification, and a 90 Hz refresh rate, offering an immersive visual experience.

The Swift Go 14 also offers extended battery life of up to 12.5 hours, fast charging, and an instant wake feature, making it an excellent choice for those who need a reliable, long-lasting laptop for work or play. The laptop can also be paired with Android or iOS devices for a seamless integrated experience for file transfers, calling, messaging, and device management.

The Acer Swift Go 14 (SFG14-72) will be available in North America in January 2024, starting at USD 799.99, and in EMEA in December, starting at EUR 1199. The Swift Go 14, with its advanced AI features, powerful Intel Core Ultra processor, and lightweight design, is set to be a strong contender in the laptop market.

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Using the Steam Deck OLED as a desktop PC

Using the Steam Deck OLED as a PC

The Steam Deck OLED is more than just a portable gaming device; it’s a versatile tool that can transform into a Linux-powered desktop PC using the convenient docking station that allows you to quickly connect and disconnect your handheld. When you connect it to a larger display, you open up a world of new opportunities, not just for gaming but also for getting work done. This adaptability is what makes the Steam Deck OLED a valuable piece of technology for those who want their devices to do more.

Imagine playing your favorite games on the Steam Deck OLED and seeing them come to life on a bigger screen, with resolutions up to a stunning 1440p. But gaming isn’t the only area where the device shines. It also turns into a productive workstation, perfect for handling documents, editing photos, and streaming high-quality 4K content from platforms like YouTube and Netflix. This dual functionality makes the Steam Deck OLED a smart addition to your tech arsenal.

Steam Deck PC mode

To get the most out of your desktop experience, consider pairing your Steam Deck OLED with a wireless keyboard and mouse. This combination will give you the comfort and precision you need for work-related tasks. If you’re more interested in gaming, a secondary controller can enhance your experience. Connecting the device to a monitor is simple, with options like a USB Type-C dock or a more affordable USB Type-C to HDMI adapter.

How good is the Steam Deck OLEDas a desktop PC?

If you are interested in learning more about using your Steam Deck OLED handheld games console as a desktop PC. You might be interested in the demonstration below created by ETAPrime. You might also be interested in learning how to increase your Steam Deck RAM  to 32GB.

The Steam Deck OLED offers a smooth web browsing experience, thanks to its support for Wi-Fi 6 and Ethernet connections. It comes with essential applications like Firefox for surfing the internet and Discover for downloading software. For those who are into creative work, Linux has user-friendly apps for photo editing, and LibreOffice is great for working on documents.

At its core, the Steam Deck OLED is all about gaming. When you hook it up to an external display, the device can push games to higher resolutions and frame rates, providing an exceptional gaming experience. Keep in mind that while older and less demanding games can easily make the jump to 1440p, newer and more graphically intense games might require some adjustments to their settings to run smoothly.

Steam Deck desktop dock

To switch the Steam Deck OLED into desktop PC mode, you’ll need to make some configuration changes. These adjustments are meant to fine-tune the device’s performance, ensuring a smooth transition from handheld gaming to a full desktop experience using the dock.

The Steam Deck OLED goes beyond its origins as a handheld gaming console. It offers a flexible, multi-functional PC experience that’s suitable for gaming, editing documents, or browsing the web. With the right peripherals and settings, you can fully unlock the potential of the Steam Deck OLED.

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Steam Deck OLED vs Legion Go teardown comparison by iFixit

Steam Deck OLED vs Legion Go

If you are interested in learning more about the Steam Deck OLED and Legion Go handheld games consoles. You will be pleased to know that the team over at iFixit have wasted no time taking there tools to the consoles to show you their inner workings.

Let’s explore inside these new portable gaming devices, where the Lenovo Legion Go vs Valve Steam Deck are battling it out. Now, these gadgets aren’t just about giving you a killer gaming session; they’re also about how long they’ll last and how easy they are to fix. That’s right, we’re talking about repairability, and it’s a big deal for those of us who love our tech and our planet.

So, the Lenovo Legion Go is a real eye-catcher with its huge 8.8-inch QHD display that makes games look amazing. It’s powered by an AMD Ryzen Z1 Extreme APU, which means it’s got the muscle for some serious gaming. But here’s the cool part: it’s built to be fixed up and upgraded without a fuss. You’ve got simple Philips head screws and a design that’s a breeze to take apart when you need to swap parts or do some tinkering.

Steam Deck OLED vs Legion Go

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Want more storage? No sweat. The Legion Go has an M.2 drive slot that’s a piece of cake to get to, so you can pop in a new drive in no time. And if the battery starts to give up the ghost, there are handy pull tabs to help you get it out—just be gentle and patient. Lenovo’s also thrown in their LA1 AI chip to keep your gaming smooth and power-efficient, and the thumbsticks have these nifty hall effect sensors for extra durability. It’s not all perfect, though. The controller could be simpler, and the cables inside could be neater, but hey, nothing’s perfect, right?

Now, let’s talk about the Valve Steam Deck, the OLED version, to be precise. Valve’s really stepped up their game here. They’ve got a shiny new 6nm processor and some smart design changes that make fixing things easier. They’re using Torx screws and metal-threaded pillars, which are all about lasting longer and making maintenance a breeze. They’ve even moved some buttons around and rotated the M.2 drive to cut down on interference.

But, changing the battery can still be a bit of a hassle, and if you’ve got the older LCD model, you can’t just swap in parts from the OLED one. That said, Valve is doing something awesome by offering their own parts and repair guides to everyone, so you can take care of your device like a pro.

Alright, let’s talk scores. The Valve Steam Deck is scoring big with a repairability score of 9 out of 10. That’s pretty impressive and shows they’re serious about making a device that’s friendly for repairs and upgrades. The Lenovo Legion Go isn’t far behind with a score of 8 out of 10. Lenovo could up their game by selling their own parts to the DIY crowd, which would be a solid move for repair enthusiasts.

Both the Lenovo Legion Go and the Valve Steam Deck are leading the charge in repair-friendly mobile gaming. They’re not just about awesome gaming; they’re about keeping your gear going strong and being kind to the environment. So, when you’re thinking about your next gaming gadget, remember that being able to fix it up is just as important as how well it plays your favorite games. These devices are living proof that you can have the best of both worlds.

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Steam Deck OLED vs ROG Ally vs Legion Play

Steam Deck OLED vs ROG Ally vs Legion

If you’re wondering what handheld gaming system you should purchase this holiday season you might be interested to know that awesome ETA Prime has created a great comparison overview video comparing the Steam Deck OLED vs ROG Ally vs Legion.  If you are in the market for a handheld gaming PC enabling you to enjoy your favorite virtual worlds wherever you go. The handheld gaming PC market is buzzing with options, each promising to deliver the thrills of gaming in a compact form. ETA Prime takes a closer look at three contenders that are making waves among gamers: the Steam Deck OLED, the ROG Flow Z13, and the Lenovo Legion Play.

Steam Deck OLED

  • Display: OLED, HDR support, 90 Hz refresh rate, 1000 nits peak brightness.
  • Processor/GPU: Custom AMD APU, Zen 2 architecture, RDNA 2 integrated GPU.
  • Storage: Options of 512 GB or 1 TB, expandable with Micro SD card.
  • Battery: 50 Wh, designed for extended gaming sessions.
  • Connectivity: Wi-Fi 6E.
  • Weight: 640 grams.
  • Strengths: Superior screen quality, long battery life.
  • Ideal for: Gamers prioritizing visual quality and battery endurance.

ROG Flow Z13 (ROG Ally)

  • Display: 7-inch IPS, 120 Hz refresh rate, FreeSync technology.
  • Processor/GPU: AMD Ryzen Z1 Extreme CPU (Zen 4), RDNA 3 integrated GPU.
  • Storage: Supports Micro SD card.
  • Battery: 40 Wh with 65W fast charging.
  • Weight: Lightest at 608 grams.
  • Strengths: High performance, smooth gameplay, fast charging.
  • Ideal for: Performance-focused gamers who value portability.

Lenovo Legion Play

  • Display: 8.8-inch IPS, 144 Hz refresh rate.
  • Processor/GPU: Same as ROG Flow Z13.
  • Storage: 512 GB or 1 TB, with SSD upgrade option.
  • Battery: 49.2 Wh with 65W fast charging.
  • Weight: Heaviest at 854 grams.
  • Unique Feature: Detachable controllers.
  • Strengths: Large screen, flexible control options, balanced battery life.
  • Ideal for: Gamers who prefer a larger screen and versatile controls.

In summary, each device has distinct strengths:

  • Steam Deck OLED excels in display quality and battery life.
  • ROG Flow Z13 offers top-tier performance and is highly portable.
  • Lenovo Legion Play stands out with its large screen and controller versatility.

Steam Deck OLED vs ROG Ally vs Legion

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Steam Deck OLED

The Steam Deck OLED is a sight to behold for those who appreciate stunning visuals. It’s powered by a custom AMD APU that blends the efficiency of Zen 2 architecture with the graphical prowess of an RDNA 2 integrated GPU. The highlight is its OLED display, which boasts HDR support, a smooth 90 Hz refresh rate, and a peak brightness that can reach 1000 nits. This means your games will not only look vibrant but also run smoothly.

You can choose between 512 GB or 1 TB of storage, and if that’s not enough, there’s room for expansion with a Micro SD card. The 50 Wh battery is designed to keep you gaming for longer, and with Wi-Fi 6E, you’ll enjoy fast wireless connectivity. At 640 grams, it’s a solid device that won’t weigh you down.

Rog Ally

For those who are all about performance, the ROG Flow Z13, also known as Rog Ally, might just be the ticket. It’s equipped with an AMD Ryzen Z1 Extreme CPU, which is based on the latest Zen 4 architecture, and an RDNA 3 integrated GPU, making it a powerhouse for gaming. The 7-inch IPS display may not be OLED, but it impresses with a 120 Hz refresh rate and FreeSync technology, ensuring your gameplay is as smooth as it gets. The 40 Wh battery might seem small, but thanks to 65W fast charging, you’ll be back in action in no time. It also supports Micro SD cards and is the lightest among the three, weighing just 608 grams, which is perfect for gamers on the move.

Lenovo Legion Play

Then there’s the Lenovo Legion Play, which is a dream for those who love a big screen and flexible control options. It sports an 8.8-inch IPS display with a 144 Hz refresh rate, so you’re in for an immersive gaming session. It shares the same CPU and GPU as the ROG Flow Z13, so you won’t be compromising on performance. You can opt for 512 GB or 1 TB of storage, and there’s even the possibility to upgrade the SSD. The 49.2 Wh battery, along with 65W fast charging, strikes a nice balance between playtime and charging convenience. The detachable controllers are a neat feature, although at 854 grams, it’s the heaviest of the bunch.

CPU and GPU performance

When it comes to the nitty-gritty of CPU and GPU performance, the ROG Flow Z13 and Lenovo Legion Play have a slight edge over the Steam Deck OLED, especially if you’re not too worried about battery life. However, the Steam Deck OLED still delivers efficient performance with less power, which could be a deal-maker for those who prioritize battery life.

Display quality is another battleground. The Steam Deck OLED’s screen is the best of the bunch, with exceptional brightness and viewing angles that make every game look fantastic. The ROG Flow Z13 and Lenovo Legion Play don’t lag far behind, offering high-quality IPS displays with high refresh rates, but they can’t quite reach the OLED’s level of contrast and color depth.

Battery life

Battery life is crucial for gaming on the go. The Steam Deck OLED takes the lead with its larger battery, while the ROG Flow Z13’s fast charging feature helps make up for its smaller battery size. The Lenovo Legion Play sits in the middle, offering a decent battery life that doesn’t quite match the Steam Deck OLED’s endurance.

Conclusions

Choosing the right handheld gaming PC is a personal journey. If a top-notch screen and long battery life are your main concerns, the Steam Deck OLED should be at the top of your list. If you’re drawn to a larger screen and the convenience of detachable controllers, the Lenovo Legion Play will serve you well. And for those who demand high performance and a display that keeps up with the action, the ROG Flow Z13 is the way to go.

Each of these handheld gaming PCs offers a unique set of features that cater to different gaming preferences. Whether you’re captivated by the visual splendor of the Steam Deck OLED, the performance and portability of the ROG Flow Z13, or the expansive display and controller versatility of the Lenovo Legion Play, there’s a device out there that’s perfect for your portable gaming adventures. By considering what matters most to you in your gaming experience, you’ll find the perfect companion to keep you entertained wherever life takes you.

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Steam Deck OLED unboxing and first impressions

Steam Deck OLED unboxing and first impressionsThe highly anticipated launch of the new Steam Deck OLED has today arrived in the first next generation handheld game systems have been delivered. If you are interested in learning more about what you can expect from inside the box when you receive your new Steam Deck OLED. Or adjust interested in knowing a little more about the console before parting with your hard earned cash. This quick overview guide will provide plenty of information for you to make an informed decision. Whether you’re a casual gamer or a hardcore enthusiast, the Steam Deck OLED is designed to elevate your gaming experience to new heights.

Steam Deck OLED unboxing

The most noticeable upgrade in the OLED Steam Deck is its display. The device now sports a 7.4-inch OLED screen, a significant leap from the LCD version. This screen offers a 90Hz refresh rate and enhanced brightness, reaching up to 600 nits in Standard Dynamic Range (SDR) mode and a staggering 1,000 nits in High Dynamic Range (HDR) mode. This means gamers can enjoy a more vibrant and immersive visual experience, making every game feel more lifelike and engaging.

OLED display

  • Enhanced Screen Quality: It boasts a 7.4-inch OLED screen, offering a 90Hz refresh rate. This ensures smoother motion and more vibrant visuals.
  • Impressive Brightness Levels: With up to 600 nits in Standard Dynamic Range and 1,000 nits in High Dynamic Range, the device offers unmatched brightness and contrast.

Performance and Internals

Under the hood, the Steam Deck OLED packs significant upgrades:

  • Efficient Processing: Powered by a 6nm APU chip, it maintains the core specifications of its predecessor but with improved performance.
  • Faster RAM: The RAM speed is enhanced to 6,400 MHz, ensuring quicker loading and smoother gameplay.
  • Advanced Connectivity: With Wi-Fi 6E and Bluetooth 5.3, expect faster, more reliable connections, crucial for online gaming and streaming.

Design and Ergonomics

Valve has meticulously designed the OLED Steam Deck for comfort and convenience:

  • Lightweight and Portable: Weighing just 640g, it’s lighter than the LCD version, despite its larger battery capacity.
  • Redesigned Carrying Case: The device comes with a new-look carrying case, complete with a detachable interior compartment for added personalization.

Battery Life and Efficiency

The OLED Steam Deck is designed for longer playtimes:

  • Extended Battery Life: Thanks to its 50Wh battery and efficient power management, the device offers 30-50% more battery life than its predecessor.

HDR Gaming Experience

  • HDR Support: While the user interface doesn’t support HDR, games do, providing a dynamic and realistic visual experience.

Under the hood, the OLED Steam Deck is powered by a 6nm Accelerated Processing Unit (APU) chip. While the core specifications remain the same as the previous model, the chip has undergone a die shrink from the earlier 7nm, resulting in improved performance and efficiency.

The device’s RAM speed has also been ramped up, from 5,500 MHz to 6,400 MHz. This enhancement ensures smoother gameplay and faster loading times, making for a more seamless and enjoyable gaming experience.  The OLED Steam Deck also comes with a redesigned carrying case featuring a new logo and a detachable interior compartment. This case not only protects the device but also adds a touch of personalization and convenience for the users.

Should you buy the new Steam Deck OLED handheld games console?

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In terms of connectivity, the  Steam Deck OLED outperforms its predecessor. It supports Wi-Fi 6E and Bluetooth 5.3, offering faster and more reliable connections. This is particularly beneficial for online gaming and streaming, where a stable and high-speed connection is crucial.

Despite featuring a larger battery capacity of 50Wh, the OLED Steam Deck is lighter than the LCD version, weighing just 640g. This increased battery capacity, coupled with the device’s improved power efficiency, results in a longer battery life, allowing for extended gaming sessions without the need for frequent charging. The Steam Deck OLED also supports HDR in games, providing a more dynamic and realistic visual experience. However, it’s worth noting that this HDR support does not extend to the user interface.

Taking all these enhancements into account, the Steam Deck OLED version is a significant step up from the LCD version. While existing LCD Steam Deck owners may not find the upgrade necessary unless they are heavy users, for new buyers, the OLED version is a superior choice in almost every aspect. With its superior display, enhanced performance, and improved connectivity, the OLED Steam Deck is a compelling option for any gaming enthusiast. For more information and specifications as well as purchasing options jump over to the official Valve Steam Online Store where different handhelds with a selection of storage capacities are available to purchase.

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Steam Deck OLED Edition launches November 16th from $549

Steam Deck OLED handheld games console

As expected Valve has this week unveiled its new Steam Deck handheld games console equipped with an OLED screen. Offering gamers an upgrade on its original version improve the overall gaming experience from its portable gaming PC. The addition of an OLED display and new enhancements to Valve’s OLED Steam Deck provide gamers with a larger image, improved battery life, and faster WiFi connectivity. The OLED technology enhances the display quality with brighter, more vibrant colors, deeper blacks, and superior motion portrayal. The result is an immersive gaming experience with sharp, vivid, and incredibly realistic visuals.

The Steam Deck ergonomics have also been significantly improved. The device is lightweight and designed for comfort, making it perfect for long gaming sessions. The console-like experience is intuitive and user-friendly, featuring full-sized controls, trackpads, gyro, grip buttons, and a highly responsive touchscreen. The device also supports Bluetooth 5.3, ensuring a superior connection with other devices.

Steam Deck comparison chart

Battery life is a crucial consideration for any handheld gaming device, and the Steam Deck OLED excels in this area. The device features advanced battery technology that provides extended battery life, thanks to a larger capacity and efficient power management. The device also incorporates cutting-edge battery charging technology, allowing for quicker charging times and less downtime.

Steam Deck OLED

Another impressive feature of the Steam Deck OLED is its HDR OLED display. This advanced display technology offers brighter colors and deeper blacks. Combined with an increased active area of 7.4″ and an updated refresh rate of 90Hz, the result is a visually stunning gaming experience that will impress even the most critical gamers.

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The Steam Deck OLED also supports WiFi 6E, offering increased bandwidth and lower latency. This results in quicker downloads and more stable online play, ensuring a smooth and uninterrupted gaming experience. This is a significant advantage for gamers who enjoy online multiplayer games or frequently download new games or updates. The second-generation handheld games console has also been designed with easy repair and modification in mind. It uses Torx type screws and features easily accessible internal components, making it a great choice for gamers who enjoy customizing their devices.

The Steam Deck OLED is powered by an updated, more efficient AMD APU, which delivers superior performance. The device’s memory has been upgraded to 6400 MT/s, improving latency and power management. The device also supports NVMe SSD, a high-speed storage technology that ensures quick and efficient data access, reducing load times and enhancing overall performance.

Valve Steam Deck OLED handheld games console

The audio technology incorporated into the Steam Deck OLED is another area where the device excels. It offers Hi-Fi audio with stereo speakers and an embedded DSP for an immersive listening experience. The device also supports the use of an onboard microphone array simultaneously with the 3.5mm headphones connector, providing flexibility and convenience for gamers.

The Steam Deck OLED version offers a range of enhanced features that make it a top choice for gamers. From its advanced OLED screen and improved ergonomics to its extended battery life and faster WiFi, this device delivers a superior gaming experience. Whether you’re a casual gamer or a dedicated gaming enthusiast, the Steam Deck OLED is a device that is certainly worth considering.

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