Gaming – UAEGAMERS

How Quantum Computing’s Biggest Challenges Are Being Solved With Accelerated Computing

UAE Gamers — Tue, 30 Sep 2025 06:39:04 +0000

NVIDIA CUDA-X libraries bring the power of accelerated computing to quantum computing.

Quantum computing promises to reshape industries — but progress hinges on solving key problems. Error correction. Simulations of qubit designs. Circuit compilation optimization tasks. These are among the bottlenecks that must be overcome to bring quantum hardware into the era of useful applications

Enter accelerated computing. The parallel processing of accelerated computing offers the power needed to make the quantum computing breakthroughs of today and tomorrow possible.

NVIDIA CUDA-X libraries form the backbone of quantum research. From faster decoding of quantum errors to designing larger systems of qubits, researchers are using GPU-accelerated tools to expand classical computation and bring useful quantum applications closer to reality.

Accelerating Quantum Error Correction Decoders With NVIDIA CUDA-Q QEC and cuDNN

Quantum error correction (QEC) is a key technique for working with unavoidable noise in quantum processors. It’s how researchers distill thousands of noisy physical qubits into a handful of noiseless, logical ones by decoding data in real time, spotting and correcting errors as they emerge.

Among the most promising approaches to QEC are quantum low-density parity-check (qLDPC) codes, which can mitigate errors with low qubit overhead. But decoding them requires computationally expensive conventional algorithms running at extremely low latency with very high throughput.

The University of Edinburgh used the NVIDIA CUDA-Q QEC library to build a new qLDPC decoding method called AutoDEC — and saw a 2x boost in speed and accuracy. It was developed using CUDA-Q’s GPU-accelerated BP-OSD decoding functionality, which parallelizes the decoding process, increasing the odds that error correction works.

In a separate collaboration with QuEra, the NVIDIA PhysicsNeMo framework and cuDNN library were used to develop an AI decoder with a transformer architecture. AI methods offer a promising means to scale decoding to the larger-distance codes needed in future quantum computers. These codes improve error correction — but they come with a steep computational cost.

AI models can frontload the computationally intensive portions of the workloads by training ahead of time and running more efficient inference at runtime. Using an AI model developed with NVIDIA CUDA-Q, QuEra achieved a 50x boost in decoding speed — along with improved accuracy.

Optimizing Quantum Circuit Compilation With cuDF

One way to improve an algorithm that works even without QEC is to compile it to the highest-quality qubits on a processor. The process of mapping qubits in an abstract quantum circuit to a physical layout of qubits on a chip is tied to an extremely computationally challenging problem known as graph isomorphism.

In collaboration with Q-CTRL and Oxford Quantum Circuits, NVIDIA developed a GPU-accelerated layout selection method called ∆-Motif, providing up to a 600x speedup in applications like quantum compilation, which involve graph isomorphism. To scale this approach, NVIDIA and collaborators used cuDF — a GPU-accelerated data science library — to perform graph operations and construct potential layouts with predefined patterns (aka “motifs”) based on the physical quantum chip layout.

These layouts can be constructed efficiently and in parallel by merging motifs, enabling GPU acceleration in graph isomorphism problems for the first time.

Accelerating High-Fidelity Quantum System Simulation With cuQuantum

Numerical simulation of quantum systems is critical for understanding the physics of quantum devices — and for developing better qubit designs. QuTiP, a widely used open-source toolkit, is a workhorse for understanding the noise sources present in quantum hardware.

A key use case is the high-fidelity simulation of open quantum systems, such as modeling superconducting qubits coupled with other components within the quantum processor, like resonators and filters, to accurately predict device behavior.

Through a collaboration with the University of Sherbrooke and Amazon Web Services (AWS), QuTiP was integrated with the NVIDIA cuQuantum software development kit via a new QuTiP plug-in called qutip-cuquantum. AWS provided the GPU-accelerated Amazon Elastic Compute Cloud (Amazon EC2) compute infrastructure for the simulation. For large systems, researchers saw up to a 4,000x performance boost when studying a transmon qubit coupled with a resonator.

Learn more about the NVIDIA CUDA-Q platform. Read this NVIDIA technical blog for more details on how CUDA-Q powers quantum applications research.

Explore quantum computing sessions at NVIDIA GTC Washington, D.C, running Oct. 27-29.

ROG headset settings guide: get the best audio for gaming

UAE Gamers — Tue, 02 Sep 2025 07:08:18 +0000

So you just unpacked the latest in gaming audio, and you want to make sure you’re getting the best sound quality possible. With so many features and knobs to tweak, you might be wondering: what are the best headset settings for my ROG gaming headset? We’re here to help you out.

Choose your connection: Bluetooth, 2.4GHz wireless, or wired USB

If your headset has multiple ways to connect to your device – like the tri-mode ROG Delta II and ROG Pelta or the dual-mode ROG Delta S Wireless – it all starts with the right connection.

For the best audio quality with the lowest latency, you’ll want to either use the 2.4GHz wireless connection with the included USB receiver, or a wired connection over USB or 3.5mm. While other wireless connections can add latency, our 2.4GHz connection with ROG SpeedNova Tech will ensure that there is minimal delay between the audio and the action on screen, so you can keep up with every gunshot and footstep.

Bluetooth is a convenient alternative if you’re using your headset for music or phone calls, since it can connect to any Bluetooth-compatible PC or mobile device without the need for extra cables or dongles. It does, however, come with some latency, so it isn’t ideal for gaming – 2.4GHz and wired are your best choice.

Where to find your ROG headset’s settings

To adjust settings on your ROG headset, download and install the Armoury Crate software, if you haven’t already. Then, click the Settings cog in the bottom-left corner, head to the Updates tab, and make sure all updates are downloaded and installed. Armoury Crate is a modular program; it only installs what you need at any given time. So when you plug in a new ROG peripheral for the first time, you’ll need to check for updates to get that peripheral’s module installed.

Once you’ve installed all the relevant updates, you can click the Devices tab in the left sidebar and select your headset from the list. You’ll be presented with a pane of audio options and headset settings to play with. You might start by clicking the Firmware tab on the right and ensuring your headset’s firmware is up to date as well. Then you can start playing with the headset’s different features.

Fine-tune your sound: How to adjust the equalizer

While our headsets are tuned for excellent sounding audio right out of the box, everyone has their own tastes, which may vary depending on what you’re listening to. The sound signature you prefer for gaming may be different than the one you prefer for listening to electronic music, and our 10-band equalizer can help you adjust equalizer settings to your preferences.

You may not feel the need to adjust equalizer settings at all, and that’s okay — there is no “perfect optimized sound,” there is only the sound signature that is most pleasing to you. If you like the sound as-is (and we’ve tuned it so most people will), you can leave it flat and move onto the next section. However, if you prefer a bit more bass, play with the leftmost knobs and turn them up a bit. If you prefer a bit less, turn them down. Or turn up the treble by adjusting the 3-4 knobs on the right. You’ll also find a dedicated Bass Boost slider, as well as a Compressor that prevents sounds from bouncing between too quiet and too loud.

Experiment to see what sounds best for the media in question, or select a preset from the dropdown menu to see if something there fits what you’re looking for. The FPS preset, for example, will tune everything necessary to give you an advantage in first-person shooter games, which you can then tweak further to your preferences. Certain cues, like footsteps, may lie in different regions for certain games, so you can research the game in question for further fine-tuning.

Crystal-clear audio: Perfect your mic settings

Tell me if this sounds familiar: you’re playing Call of Duty with the homies, one of whom refuses to use push-to-talk, and your entire match is accompanied by the sounds of his computer’s fans, the clack of his keyboard, and the constant barking of a dog that can only be described as an unholy hellhound.

You don’t want to hear all that. And you don’t want to be that, either. Most voice and video chat programs, like Discord, come with their own noise cancelation features. But if the game you’re playing doesn’t, some of our microphone adjustments can help, so your teammates hear nothing but your voice.

Head to the Microphone tab to see the options available to you. The settings may vary slightly between different headsets, but most will include some sort of Echo Cancellation and/or Noise Reduction, which should help cut down on unwanted noise when you talk. You may also want to turn the Noise Gate switch on, which prevents the microphone from kicking in until it detects a certain level of input, which completely eliminates noise when you aren’t talking. And Perfect Voice, as its name implies, helps your voice sound even clearer. Again, if your communication platform comes with its own noise gate feature, you’ll likely want to enable only one at a time. So play with these headset settings to find the right combo of adjustments for you.

The Sidetone feature, which you’ll find under the Settings tab, lets you hear yourself through the headphones as you talk, which some people like and some people don’t. This is completely personal preference, so try it on and off to see which you prefer.

If you have an ROG gaming laptop, desktop gaming PC or motherboard, you can also use our AI Noise Cancelation to remove background chatter from your teammates’ audio signals, so you get crystal clear comms from everyone in the match. You can enable this from your laptop or motherboard’s settings in Armoury Crate. For more, check out our full guide to ROG Two-Way AI Noise Cancelation.

Crank up the immersion: The many forms of virtual surround sound

If you’ve ever watched a movie in a home theater with a surround sound setup, you know how enveloping the experience becomes with a few extra speakers. Gaming headsets can recreate this same style of immersion with a feature called virtual surround sound – using specialized algorithms, they can take the audio from your game or movie and make it sound as if certain effects are coming from behind or above you, providing a more spacious, realistic experience.

You have a few different virtual surround sound implementations you can try. For ROG’s own solution, head to the settings page for your ROG headset and turn Virtual Surround on. You can also try Dolby Atmos for Headphones, which is included with all modern ROG laptops, as well as other solutions that use Windows’ Spatial Sound feature. To read more about how these work, check out our full guide to virtual surround on ROG headsets and PCs.

Crank up the immersion: The many forms of virtual surround sound

While there’s no one-size-fits-all “best” set of headset settings, these tweaks should help you find the ideal settings for you and the games you play. But it all starts with a great headset.

For the best ROG has to offer, check out the ROG Delta II. If you’re looking for an accessible option with extreme comfort, the new ROG Pelta is also an excellent option. If you prefer earbuds – maybe need something for on-the-go play with a gaming laptop or gaming handheld like the ROG Xbox Ally – then you’ll definitely want to look at our low-latency ROG Cetra True Wireless SpeedNova. Check out our full selection of headsets and earbuds here, and check your local retailers to see what we offer in your region.

The ROG Matrix GeForce RTX 5090 celebrates 30 years of gaming innovation

UAE Gamers — Tue, 19 Aug 2025 18:31:00 +0000

Thirty years ago, we started designing our very first graphics card, leading to the launch of the ASUS 375 in 1996. The decades that followed were a whirlwind of innovation. Contenders rose and fell. Powered by wave after wave of new tiers of hardware, PC gaming took off and ascended to the mainstream. At every step of the journey, ASUS and ROG graphics cards pushed the boundaries with new concepts and technologies that empowered each generation to surpass the limitations of the cards that came before. Today, we’re ready to introduce an all-new graphics card that honors this legacy while carving out new territory of its own: the ROG Matrix GeForce RTX 5090 – ASUS Graphics Cards 30^th Anniversary Edition.

As a celebration of 30 years of ASUS graphics card innovation, the ROG Matrix GeForce RTX 5090 builds on the technologies that made previous ASUS cards standout options for PC hardware enthusiasts, all while moving the series forward. Walk with us through the last three decades to learn about the tech that the ROG Matrix GeForce RTX 5090 uses as a springboard into the future.

From the ASUS graphics card pioneers: the concept of an add-in board that boosts graphics performance

We couldn’t start this list without honoring the very first ASUS graphics cards. 3D graphics acceleration wasn’t unheard of back in the mid-1990s, but it wasn’t exactly common, either. The ASUS 375, launched in 1996, revolutionized the graphics card manufacturing process, making this component more accessible to a wider audience.

ASUS products that followed over the next decade refined and experimented with the formula. The ASUS AGP-V3000, launched in 1997, was the first graphics card with fully integrated support for Direct3D. The 2002 ASUS V8200 DLX offered standout aesthetics as the first card with a premium black PCB, while also offering the highest overclocking capability.

Recognizing that the power supplies of the era weren’t always ready to support cutting-edge graphics cards, we launched the ASUS EN7800GT Dual in 2005. This unit could be supplied with power through either an internal or external power supply. The ROG Matrix GeForce RTX 5090 takes that concept to the next level with a dual power input design — more on that later.

From the 2008 ASUS EN9800GT Matrix: user-friendly overclocking

Back in 2006, we launched the Republic of Gamers, a division within ASUS devoted to helping hardcore tweakers harness the full potential of their CPUs and GPUs while also making performance easy to unlock for new recruits. The ASUS EN9800GT Matrix, launched in 2008, empowered users to fine-tune overclocking settings to achieve peak performance. Its software included a dynamic overclocking mechanism which could boost the clock speed under heavy workloads.

That legacy of user-friendly overclocking continues today with GPU Tweak III, the ultimate GPU tuning tool. You can boost GPU performance through OC Mode with just one click, and you can do this with any modern graphics card. The VF Tuner is easier to use than ever, giving advanced users a powerful and versatile tool for discrete management of the GPU boost curve. Even PC novices can get in on the action with easy adjustment sliders on the GPU Tweak III home page. For your ROG Matrix GeForce RTX 5090 — or any graphics card that you’re running in your gaming rig — GPU Tweak III is the easiest, most powerful tool for getting the exact experience that you’re looking for.

From the 2010 ROG Ares and 2013 ROG Ares II: A full-copper vapor chamber

The earliest graphics cards we offered didn’t need anything special in the way of cooling, but as GPUs and VRAM became increasingly powerful, these chips started producing more heat under load. To compensate, we launched our first graphics card with a fan-enhanced heatsink back in 1998.

The importance of cooling only increased over the years that followed. In 2010, we debuted the ROG Ares, a card that wielded a hybrid cooling solution that allowed enthusiasts to hit and sustain high overclocks. Its heatsink was constructed of copper from top to bottom due to this metal’s excellent thermal conductivity. Its successor, the ROG Ares II, took a step further with an integrated vapor chamber that allowed for enhanced heat dissipation.

Today, most modern GPUs have a copper base and aluminum fins to balance cooling efficiency, weight, and cost. But for the ROG Matrix GeForce RTX 5090, we’re taking you back in time to when copper was king. It’s armed with a full-copper vapor chamber using our latest patented technology for outstanding cooling performance. Exterior accents offer a metallic sheen for a look that will warm the heart of any gamer who built a PC back in the era of the ROG Ares.

From the 2011 ROG Mars II Dual GTX 580: a PCB with 3 oz copper layers

As graphics cards demanded more power in general, and as overclocking enthusiasts kept pushing all boundaries, further innovation was needed at the level of the printed circuit board (PCB). For the ROG Mars II Dual GTX 580, a dual-GPU card launched in 2011, we threw out all the stops with a PCB featuring 3 oz copper layers. With thicker copper traces across the PCB, this graphics card offered reduced voltage drops, allowing for more stable high-end overclocking. All that extra copper also allowed for better and more even heat dissipation, too, helping with VRM cooling in particular.

The ROG Matrix GeForce RTX 5090 gives you the option to unleash its performance by boosting its power draw, so we’re going above and beyond yet again with its PCB design. Like the ROG Mars II Dual GTX 580, it meets the moment with thick 3 oz copper layers in its PCB.

From the 2013 ROG Matrix GeForce GTX 780 Ti: 0dB cooling and Memory Defroster technology

When you’re fully immersed in a game, the fan noise produced by your graphics card is probably a secondary concern, especially if you tend to play while wearing a gaming headset. But when you’re using your PC for other tasks, a noisy GPU can be a distraction. Back in 2014, we released the ROG Matrix GeForce GTX 780 Ti, a graphics card that was equally ready for all-out performance while gaming and unobtrusive operation for everyday computing.

The key advancement was 0dB fan technology. To eliminate unnecessary noise, the card’s fans stopped altogether whenever temperatures and power consumption dropped below specific targets, allowing it to fly under the radar. The ROG Matrix GeForce RTX 5090 takes the same approach, ramping up its impressive fan array to keep its internals comfortable under pressure, and spinning them down entirely whenever possible.

The new ROG Matrix also brings back an extreme LN2 overclocking feature that debuted with the ROG Matrix GeForce GTX 780 Ti: Memory Defroster. This feature, accessible through a jumper, defrosts the memory chips so that professional overclockers can avoid memory cold bugs when chasing new world records.

From the 2014 ROG Strix GeForce GTX 980: Auto Extreme tech and a dual BIOS switch

To ensure long-lasting reliability and a great out-of-the-box experience with our graphics cards, we’re always evaluating and refining our manufacturing processes. Back in 2014, we debuted Auto Extreme Technology, a fully automated manufacturing process that allowed all soldering to completed in one pass, ensuring more consistent quality from one card to the next. This process is also more environmentally friendly than traditional manufacturing, requiring half the power and none of the harsh chemicals.

The first card to benefit from Auto Extreme Technology was the ROG Strix GeForce GTX 980, but that’s not the only feature of that card to make a repeat appearance in the ROG Matrix GeForce RTX 5090. The elder card was our first to feature a Dual BIOS switch. This physical switch, which you’ll also find on the new ROG Matrix GeForce RTX 5090, gives you an easy way to toggle between two modes, one that prioritizes quiet operation and one that prioritizes GPU and thermal performance. It’s a lifesaver for any enthusiast who dials in an overly aggressive overclock, as they can flip over to the other mode with the dual BIOS switch and successfully reboot their system.

From the 2017 ROG Strix GeForce GTX 1080: Dual HDMI ports, FanConnect headers, and MaxContact manufacturing

NVIDIA’s 10 Series graphics card lineup took a big jump forward with performance, and we seized the opportunity to elevate the ROG options with features that set them apart from the competition. The ROG Strix GeForce GTX 1080 became a favorite among multi-monitor enthusiasts thanks to its rich output options. Offering two HDMI 2.0 ports in addition to its DVI port and two DisplayPort 1.4a ports, it made it easy to hook up many displays. To this day, many ROG graphics cards offer dual HDMI ports when many competitors only offer one. The ROG Matrix GeForce RTX 5090 carries that tradition forward with more modern options. You’ll get two DisplayPort 2.1 ports and two HDMI 2.1 ports with it.

ROG FanConnect also debuted with the ROG Strix GeForce GTX 1080, and is a staple in our ROG cards to this day. Our first generation of this technology was developed in response to the reality that games tend to put a much bigger workload on a graphics card than a CPU, yet the case fans in most builds are designed to ramp up with CPU temperatures, not GPU temperatures. ROG FanConnect headers, located on the ROG Matrix GeForce RTX 5090, will let your case fans adjust in real-time to GPU temperatures, giving your graphics card additional cooling air when it needs it the most.

Finally, the ROG Strix GeForce GTX 1080 was also our first card to benefit from MaxContact, a manufacturing process that we’re used for nearly every graphics card since. This process effectively expands the surface area of the heat spreader that sits atop the GPU by 5% compared to traditional designs, helping to reduce GPU temperatures under load.

From the 2020 ROG Strix GeForce RTX 3090: Power sensing circuitry

Getting a snug, secure connection between your power supply and graphics card is crucial. Back in 2020, we debuted a new feature with the ROG Strix GeForce RTX 3090 to give PC builders peace of mind on this front. This card’s power-sensing circuitry would give you a heads up through a static LED light if you had neglected to connect the card to your PSU through its 1×16 pin power connector. That same light would pulse if the graphics card received insufficient wattage.

The LEDs proved so valuable for builders that we offered them on our high-end NVIDIA 40 Series and NVIDIA 50 Series lineups, as well, including the upcoming ROG Matrix GeForce RTX 5090.

Though the ROG Strix GeForce RTX 3090 made practical use of LED illumination, it had some fun with them, too. It wasn’t the first ASUS graphics card with RGB LEDs, but it was the first to go all-in on the lightshow with an addressable RGB LED array. The ROG Matrix GeForce RTX 5090 also offers customizable ARGB illumination that’s ready to be synced up with the rest of your compatible gear through ASUS Aura Sync.

From the 2023 ROG Matrix GeForce RTX 4090: Liquid metal, voltage detector, and software goodies galore

Our last ROG Matrix card, the ROG Matrix GeForce RTX 4090, launched back in 2023. That card’s main claim to fame was an integrated liquid cooling loop. If you’re looking for a graphics card with out-of-the-box liquid cooling today, the ROG Astral LC GeForce RTX 5090 beckons.

The ROG Matrix GeForce RTX 5090 instead carries forward a different cooling feature from its previous-gen forebear. The ROG Matrix GeForce RTX 4090 was the first ROG card equipped with liquid metal thermal compound on a graphics card, and we’re proud to bring it back for its successor. Liquid metal’s unique properties make it an incredible thermal interface material, as it’s capable of producing much lower temperatures than traditional thermal pastes. We apply this material through a patented production process that can safely harness the power of liquid metal while still allowing for vertical GPU mounting.

We also debuted some important software features with the ROG Matrix GeForce RTX 4090 that will return with the ROG Matrix GeForce RTX 5090, including the highly-lauded Power Detector+. This feature can detect anomalies across any of the power pins from the 12V-2×6 cable. If a fault is detected, you’ll be notified immediately to reseat the power cable accordingly. Next, you’ll also have access to Thermal Map, which gives you real-time temperature info from embedded sensors across the VRMs, chokes, and memory chips so that you can perfectly optimize your hardware. Finally, you’ll also have the mileage feature, which tracks usage at different power levels so you can keep an eye on what kind of load you’ve used across multiple game sessions.

From the 2025 ROG Astral GeForce RTX 5090: A fourth fan

At the vanguard of our NVIDIA 50 Series lineup, just launched in 2025, is the ROG Astral GeForce RTX 5090. This graphics card has consistently outperformed its rivals on the competitive overclocking circuit and remains a favorite among PC builders who dare to build a supremely powerful machine, partially thanks to its fourth fan. We integrated this fan into the backplate of the card to create a powerful vertical airflow channel. Boosting static pressure by up to 20%, this arrangement allows us to increase the density of the heatsink fans in this region, resulting in a 10% increase in heatsink surface area for premium thermal performance.

This quad-fan arrangement returns with the ROG Matrix GeForce RTX 5090. We refined the characteristics of the fan array for our second go-around with this feature, giving you an optimal blend of performance, thermals, and acoustics.

From the 2025 ROG Astral GeForce RTX 5090 BTF: Dual power input

Now that so many PC builders opt for cases with multiple tempered glass panels, achieving a clean build uncluttered with wires and cables is more important than ever. Our BTF ecosystem of motherboards and graphics cards gives you a way to hide the wires thanks to rear-facing connectors on BTF motherboards.

For our first graphics card combining NVIDIA 50 Series performance and the clutter-reducing aesthetic of BTF, we launched the ROG Astral GeForce RTX 5090 BTF. For compatibility with both standard and BTF motherboards, the card can draw power through either a standard 12V-2×6 connector or the GC-HPWR gold finger connected to a BTF motherboard. A detachable adapter ensures that the GC-HPWR gold finger doesn’t interfere with installation on a standard motherboard.

When we first announced this graphics card, some folks wondered if the card could achieve even more performance by drawing power through both the 12v2x6 connector and the GC-HPWR gold finger simultaneously. The answer is no — at least, not without some tinkering.

But for the ROG Matrix GeForce RTX 5090, the answer to that question is an enthusiastic yes. Standard GeForce RTX 5090 graphics cards can draw up to 600 watts, the maximum available through a 12V-2×6 cable. The ROG Matrix GeForce RTX 5090 refuses to accept those limitations. It can draw up to 800W when it’s plugged into an advanced BTF motherboard and plugged directly into a power supply through a 12v2x6 cable.

Ready to shatter some GPU performance records? The ROG Matrix GeForce RTX 5090 is. We’re ready to draw a line in the sand and make some bold claims about this graphics card. Judging by raw gaming performance or thermal performance, the ROG Matrix GeForce RTX 5090 surpasses any other graphics card on the market as of August 2025. Nothing else would be worthy of the name ROG Matrix. Want to one-up this card? You’ll need to bring your A-game.

A formal introduction to Level Sense

It’s been the worst-kept secret of our NVIDIA 50 Series graphics card launch: from the start, our ROG Astral models included a hardware-level sensor on the PCB comprising a gyroscope and accelerometer. Internet sleuths not only found these sensors, but concluded that they could be used to monitor the angle of the card, helping users to identify and correct GPU sag before it gets unsightly or causes damage.

Today, we’re ready to confirm that the online detectives of the world were correct on all these fronts. Behind the scenes, we’ve been working on software that can make use of the data provided by this sensor, and the result of our efforts is a new feature in GPU Tweak III called Level Sense. After you’ve updated to the latest version of the app, you’ll be able to open Level Sense to check whether your graphics card is installed on the level. If you’d like, you can also run a calibration to lock in its current position so that you can receive a popup notification should your card ever drop past the threshold that you specify.

Our current plan is to roll out Level Sense support in GPU Tweak III in stages, starting with the ROG Matrix GeForce RTX 5090 and ROG Astral GeForce RTX 5090 BTF. Stay tuned for more information.

An aesthetic design that balances retro cool with modern style

The ROG Matrix GeForce RTX 5090 owes much to the thirty years of ASUS graphics cards which preceded it. But when it comes to its visual design, it’s in a league of its own, offering tributes to former Matrix designs while carving out its own path. It starts with clean, straightforward surfaces that put a spotlight on the metallic sheen of the accents around the exterior frame of the shroud.

The ROG Matrix GeForce RTX 5090 stakes its claim for GPU supremacy

For thirty years now, we’ve been building graphics cards, taking each new generation as an opportunity to refine our manufacturing techniques, deploy new innovations, and give enthusiasts of all stripes new options for their high-performance PCs. The ROG Matrix GeForce RTX 5090 – ASUS Graphics Cards 30^th Anniversary Edition gives you a unique opportunity to celebrate that history with a graphics card that’s infused with legacy and primed for record-smashing performance.

Grand Theft Auto VI is Now Coming May 26, 2026

UAE Gamers — Fri, 02 May 2025 10:07:00 +0000

Hi everyone,

Grand Theft Auto VI is now set to release on May 26, 2026.

We are very sorry that this is later than you expected. The interest and excitement surrounding a new Grand Theft Auto has been truly humbling for our entire team. We want to thank you for your support and your patience as we work to finish the game.

With every game we have released, the goal has always been to try and exceed your expectations, and Grand Theft Auto VI is no exception. We hope you understand that we need this extra time to deliver at the level of quality you expect and deserve.

We look forward to sharing more information with you soon.

Sincerely,
Rockstar Games