Gears of War: Reloaded is a celebration of one of gaming's most iconic franchises. Featuring 4K resolution, 120 FPS support, and the ultimate multiplayer experience with cross-progression and cross-play, across all platforms, this is the definitive way to experience the game that started it all. As we approach the 20th anniversary of Gears of War in 2026, we're reflecting on what this franchise means. It's about the stories we've told, the friendships we've built, and the unforgettable moments we've shared together. With Gears of War: Reloaded, we're opening that door to more players than ever.

A Modern Classic Goes Multiplatform
Originally released in 2006, Gears of War: Reloaded brings the full experience forward once again—enhanced for the latest hardware across multiple platforms, introducing the Gears of War franchise to a new generation of players. Developed by The Coalition in partnership with Sumo Interactive and Disbelief, Gears of War: Reloaded launches August 26, 2025, for $39.99 SRP on Xbox Series X|S, Xbox PC, Xbox Cloud Gaming, PlayStation 5, and Steam, and arrives on day one with Game Pass Ultimate or PC Game Pass. Play on Xbox Series X|S and Xbox PC with Xbox Play Anywhere. Gears of War: Reloaded includes the full breadth of content from the Gears of War: Ultimate Edition, delivering the most complete version of the original game to date. Players will gain immediate access to all post-launch downloadable content at no additional cost—this includes the bonus Campaign act, all multiplayer maps and modes, and a full roster of classic characters and cosmetics unlockable through progression.

It's the end of a long road, I'm exhausted. It's intimidating to finally put Lushfoil out there, but I'm also overwhelmingly excited to see what people can create with it. I hope the game falls into the right hands, and that those people with a sense of experimentation and creativity can surprise us all with what they've taken. I've put a lot of love and intention into the environments created in this game, and now it feels like time to pass it on. I can't wait to see the photos you take!

I'm thrilled to introduce Lushfoil Photography Sim, a tranquil, open-ended photography exploration experience available today on Xbox Series X|S. While real-life photography can be accessible, it can be harder to commit the time and money to travel. Inspired by some real-world locations that had a huge impact on me, I wanted to virtually recreate some of the highlights of my travels so others can experience them too. I committed to learning Unreal Engine over the last few years in order to do each location justice, and make the game I've always wanted to make.

According to the latest South Korean semiconductor industry whispers, Samsung's 2 nm GAA node process (aka SF2) development team has hit another pleasing experimental production milestone. An Asia Economy SK news article has sourced insights from inside track players—one unnamed mole posited that: "the 2 nm yield currently under development at Samsung Foundry is much better than previously known...and more positive than the (reportedly abandoned) 3 nm process." A combination of relatively new leadership and a rumored welcoming of first wave High-NA EUV equipment has likely bolstered next-gen efforts, after late 2024's alleged failure of 3 nm prototypes. Leaks from earlier in 2025 indicated SF2 test yields wavering around 20-30%; far from ideal—back then, insider reports suggested that TSMC was well on the way to achieving 60% rates with a competing 2 nm product line. Asia Economy has picked up on mutterings about Samsung's current progress—latest outputs: "have exceeded 40% in the wafer testing stage at a post-processing company."

Industry watchdogs reckon that the South Korean's foundry business is making good progress; perhaps on track to commence speculated mass production by the third quarter of this year—just in time to get finalized flagship "Exynos 2600" mobile chips in the manufacturing pipeline. The Taiwanese rumor mill indicated a major milestone "completion" of TSMC's 2 nm trial phase at some point last month—insiders mentioned excellent yield rates: in the region of 70-80%. Cross-facility mass production could start later this year, but experts propose that the market leader will be implementing price hikes. These "elevated charges" could send loyal TSMC customers in the direction of an alternate source of 2 nm wafers: Samsung. Fresh semicon biz gossip has the likes of Apple, AMD and NVIDIA in the picture.

VeriSilicon today announced the launch of its latest AI-based AI-NR and AI-SR series of image processing IPs, including the AINR1000 and AINR2000 for intelligent noise reduction, and the AISR1000 and AISR2000 for advanced super resolution. These series IPs provide cost-effective, highly efficient, and PPA (performance, power efficiency, area) optimized implementations with high flexibility and scalability, making them ideal for a wide range of applications, including automotive, surveillance, cloud gaming, consumer electronics, and more.

VeriSilicon's AI-NR and AI-SR series IPs leverage the company's proprietary AI pixel processing algorithms to deliver advanced image processing capabilities. The AINR1000 and AINR2000 IPs effectively suppress noise while preserving intricate details and color accuracy, delivering exceptional performance in low-light or complex lighting conditions. These IPs effectively reduce noise in both static and dynamic scenes, ensuring consistently clear and smooth visuals. The AINR1000 supports a resolution of 2560x1440 at 30 FPS, making it well-suited for low-resolution, cost-sensitive applications such as entry-level Internet Protocol Cameras (IPCs), while the AINR2000 delivers superior performance with a higher resolution of 5600x4208 at 60 FPS, catering to high-end applications such as advanced surveillance systems and sports cameras.

Hello everyone, I'm Yonghe Wang—Creative Director at Pollard Studios, I am very excited to announce on behalf of my team and our publisher Wired Productions that Karma: The Dark World will be launching on PC, PlayStation, XBOX, and Nintendo Switch on March 27. The game will also support PS5 Pro enhancements. To celebrate, we thought we would share a breakdown of how the team is making the most of the PS5 Pro features to enhance the games visuals and performance—and to share the second in a trilogy of trailers—showcasing some of the surreal environments and characters in the game hinting at their relationship to you - the player. Please Enjoy!

What Is Karma: The Dark World?
Karma: The Dark World is a first-person cinematic psychological thriller which takes place in a cassette future alternate timeline set after World War II. In our game, a company known as Leviathan obtained unfathomable technology that allowed them to wrestle Eastern Germany under their control, installing a regime that oppresses the citizens and places productivity and obedience as gospel.

Microsoft, Tencent and Baidu are adopting NVIDIA CV-CUDA for computer vision AI. NVIDIA CEO Jensen Huang highlighted work in content understanding, visual search and deep learning Tuesday as he announced the beta release for NVIDIA's CV-CUDA—an open-source, GPU-accelerated library for computer vision at cloud scale. "Eighty percent of internet traffic is video, user-generated video content is driving significant growth and consuming massive amounts of power," said Huang in his keynote at NVIDIA's GTC technology conference. "We should accelerate all video processing and reclaim the power."

CV-CUDA promises to help companies across the world build and scale end-to-end, AI-based computer vision and image processing pipelines on GPUs. The majority of internet traffic is video and image data, driving incredible scale in applications such as content creation, visual search and recommendation, and mapping. These applications use a specialized, recurring set of computer vision and image-processing algorithms to process image and video data before and after they're processed by neural networks.

BenQ introduced the PD2506Q, a 25-inch monitor for creative professionals. The monitor offers several features useful for pros, such as 10bpc color, AQColor calibration, a "Darkroom" mode that adjusts settings to an image post-processing environment, Design and CAD-CAM modes that appear to add certain edge anti-aliasing to the screen; etc. Its key specs include WQHD (1440p) resolution, DisplayHDR 400 / HDR10 readiness, 178° viewing angles, and 350 cd/m² brightness. A stand-out feature is its set of inputs, which include HDMI 2.0, DisplayPort 1.4, and USB type-C. The monitor supports type-C for display input (as in DisplayPort passthrough), USB upstream input, and power delivery (USB-PD 65 W needed). It also supports daisy-chaining of up to two monitors. If you lack a USB-PD power source, you can just use the included power brick.

AMD today in a blog post announced several updates to the FidelityFX Super Resolution (FSR) technology, its performance enhancement rivaling NVIDIA DLSS, which lets gamers dial up performance with minimal loss to image quality. To begin with, the company released the source code of the technology to the public under its GPUOpen initiative, under the MIT license. This makes it tremendously easy (and affordable) for game developers to implement the tech. Inspecting the source, we find that FSR relies heavily on a multi-pass Lanczos algorithm for image upscaling. Next up, we learn that close to two dozen games are already in the process of receiving FSR support. Lastly, it's announced that Unity and Unreal Engine support FSR.

AMD broadly detailed how FSR works in its June 2021 announcement of the technology. FSR sits within the render pipeline of a game, where an almost ready lower-resolution frame that's been rendered, tone-mapped, and anti-aliased, is processed by FSR in a two-pass process implemented as a shader, before the high-resolution output is passed on to post-processing effects that introduce noise (such as film-grain). HUD and other in-game text (such as subtitles), are natively rendered at the target (higher) resolution and applied post render. The FSR component makes two passes—upscaling, and sharpening. We learn from the source code that the upscaler is based on the Lanczos algorithm, which was invented in 1979. Media PC enthusiasts will know Lanczos from MadVR, which has offered various movie upscaling algorithms in the past. AMD's implementation of Lanczos-2 is different than the original—it skips the expensive sin(), rcp() and sqrt() instructions and implements them in a faster way. AMD also added additional logic to avoid the ringing effects that are often observed on images processed with Lanczos.

NVIDIA updated the NVIDIA Broadcast software to version 1.2, to include even more features that the company claims can transform any room into a home-studio. The latest version can remove room echo, audio reverb/echo caused by the walls of the room, to put out clear voice. It can also detect and remove certain kinds of pet noises from the background, so your doggo doesn't mess with an important call at work. Lastly, the video post-processing tech has been improved to reduce video noise stemming from sub-optimal lighting conditions or low web-cam resolutions. NVIDIA Broadcast can also be integrated with popular streaming platforms such as OBS, AVerMedia, and Notch.

Intel is revisiting the concept of asymmetric multi-GPU introduced with DirectX 12. The company posted an elaborate technical slide-deck it originally planned to present to game developers at the now-cancelled GDC 2020. The technology shows promise because the company isn't insulting developers' intelligence by proposing that the iGPU lying dormant be made to shoulder the game's entire rendering pipeline for a single-digit percentage performance boost. Rather, it has come up with innovating augments to the rendering path such that only certain lightweight compute aspects of the game's rendering be passed on to the iGPU's execution units, so it has a more meaningful contribution to overall performance. To that effect, Intel is on the path of coming up with SDK that can be integrated with existing game engines.

Microsoft DirectX 12 introduced the holy grail of multi-GPU technology, under its Explicit Multi-Adapter specification. This allows game engines to send rendering traffic to any combinations or makes of GPUs that support the API, to achieve a performance uplift over single GPU. This was met with lukewarm reception from AMD and NVIDIA, and far too few DirectX 12 games actually support it. Intel proposes a specialization of explicit multi-adapter approach, in which the iGPU's execution units are made to process various low-bandwidth elements both during the rendering and post-processing stages, such as Occlusion Culling, AI, game physics, etc. Intel's method leverages cross-adapter shared resources sitting in system memory (main memory), and D3D12 asynchronous compute, which creates separate processing queues for rendering and compute.

De-noising is a vital post-processing component of ray-traced images, as it eliminates visual noise generated by too few rays intersecting pixels that make up an image. In an ideal world, a ray should hit every pixel on the screen, but in the real world, computing hasn't advanced enough to do that in reasonable/real-time. Denoising attempts to correct and reconstruct such images. Intel today launched a free Open Image Denoise (OIDN) library for ray-tracing.

Governed by the Apache 2.0 license, OIDN is part of Intel Rendering framework. From the looks of it, the library is CPU-based, and leverages 64-bit x86 CPU (scaling with multi-core and exotic instruction-sets), to de-noise images. Intel says OIDN works on any device with a 64-bit x86 processor (with at least SSE4.2 instruction-set), although it can take advantage of AVX2 and AVX-512 to speed things up by an order of magnitude. The closest (and closed) alternative to OIDN would be NVIDIA's AI De-noiser. NVIDIA "Turing" GPUs use a combination of ad-hoc deep-learning neural networks and GPU compute to de-noise. You can freely access OIDN on Intel's Git.

Generic post-processing injector, ReShade, which offers SMAA anti-aliasing, screen space ambient occlusion, depth of field, and many other effects, has been updated to version 4.0. More than just a version update the ReShade FX compiler has received a complete overhaul having been made fully standalone as of this release. These changes bring performance improvements, better error recovery, improved support for code features, and even opens up the ability to add Vulkan support since it can now generate HLSL, GLSL, and SPIR-V. With a change-log packed with enhancements changes and new features, Crosire, the author also reworked the UI. Not only can the new UI be customized by the user, but it also includes new features such as an in-game code editor and texture preview.

While it should be noted that due to the compiler change some effects may no longer compile or work properly in version 4.0. However, these effects just need to be updated by their authors to work with the latest release. Going forward it is likely smaller revisions and updates will be forthcoming with a version 4.0.1 already having surfaced with further fixes. Sadly, even with these quick fixes, teething issues continue beyond the few broken effects by other authors. Some games like Diablo 2 and Arma 3 are proving problematic for some users of the latest ReShade version. Even so, with further updates should see these issues resolved, however for those enjoying those two games, in particular, can roll back to 3.4.1 which remains a fairly stable release.The Change-log follows.