Razer has launched the beta version of Razer Synapse Web, a lightweight web application that lets users customise their Razer peripherals in Chromium-based browsers like Chrome, Edge, and Opera. This new platform eliminates the need for full software installation, making it a handy tool for esports tournaments, LAN environments, or shared systems where administrative locks prevent traditional software setup.

The web app focuses on speed and essential features. Users can adjust Chroma RGB Quick Effects, refine key settings, and manage onboard profiles directly within the browser interface. At launch, only the Razer Huntsman V3 Pro line will be supported, but we can expect more peripherals in the future.

While Synapse 4 remains the primary hub for deep integration and multi-device synchronisation, Synapse Web serves as a high-performance alternative for rapid adjustments in competitive scenarios. This “web-native” approach ensures that a gamer's specific performance tuning is always just a URL away, regardless of the PC they are using.

KitGuru says: For any user who jumps from system to system, being able to tweak their peripherals on the go is quite handy. However, most users will probably be glad that with Synapse Web, they won't need to install any software to customise their peripherals.

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Intel has officially entered the next era of AI upscaling with the release of XeSS 3, featuring Multi-Frame Generation (MFG) technology. Integrated into the latest graphics driver (versions 32.0.101.8425 and 32.0.101.8362), XeSS 3 supports 2x, 3x, and 4x frame multiplication, similar to Nvidia's DLSS 4. One of the most significant advantages of this rollout is backward compatibility. Users can enable Frame Generation in any XeSS 2 supported game through the Intel Graphics control panel. 

The driver update also marks the launch of Intel's new integrated graphics solutions, the Arc B390 and B370, which power the Core Ultra 3 (Panther Lake) mobile CPU family. XeSS 3 is designed to run on any Arc hardware equipped with XMX units, covering the original A-series, the new B-series discrete cards, and integrated solutions across the Meteor Lake, Lunar Lake, and Arrow Lake families. Early hands-on testing suggests that while image quality is high with minimal artefacts, users may experience higher input lag in fast-paced titles, a common hurdle for frame generation technologies that Intel is working to mitigate.

Beyond the new features, the driver also introduces critical stability fixes, including a resolution for crashes in the Pragmata demo and a fix for incorrect Variable Refresh Rate (VRR) reporting in the display settings. Moreover, Intel has acknowledged several known issues under investigation, including application crashes in games such as Star Citizen, The Finals, and Mount & Blade II: Bannerlord. Users experiencing these issues are encouraged to report them through the Intel Arc Control feedback tool. The full patch notes can be found below:

Highlights:

• Launch driver for Intel Core Ultra Series 3 with built-in Intel Arc B390, B370 GPUs (Codename Panther Lake).
  • Intel XeSS 3 Support: Introducing Multi-Frame Generation
    • XeSS Multi-Frame Generation builds upon XeSS Frame Generation by inserting up to 3 generated frames between two rendered frames, going from a 1:1 ratio to 3:1 for an ultra-smooth gameplay experience.

Fixed Issues:

• Intel Arc B-Series Graphics Products
  • PRAGMATA SKETCHBOOK Demo (DX12) may experience an application crash while launching the game.
• Intel Core Ultra Series 2 with built-in Intel Arc GPUs
  • PRAGMATA SKETCHBOOK Demo (DX12) may experience an application crash while launching the game.
• Intel Graphics Software Fixed Issues
  • Variable Refresh Rate range in Display page may show incorrect values.

Known Issues:

• Intel Core Ultra Series 3 with built-in Intel Arc GPUs
  • Ghost of Tsushima (DX12) may exhibit color corruption on terrains during gameplay.
  • The Finals (DX12) may experience an intermittent application crash.
  • No Man's Sky (Vulkan) may exhibit corruptions on certain terrains during gameplay.
  • Star Citizen (Vulkan) may experience an application crash on game launch.
  • Mount & Blade II: Bannerlord (DX11) may experience an application crash during game launch.
• Intel Arc B-Series Graphics Products
  • Call of Duty: Black Ops 6 (DX12) may exhibit intermittent corruptions on certain water surfaces during gameplay.
  • Star Citizen (Vulkan) may experience an application crash on game launch.
  • PugetBench for DaVinci Resolve Studio may experience an intermittent application crash while running the benchmark.
  • Recommendation: change the timeout slider to 1500 seconds or higher in PugetBench benchmark settings to wait for each test to complete.
• Intel Arc A-Series Graphics Products
  • PugetBench for DaVinci Resolve Studio may experience an intermittent application crash while running the benchmark.
  • Recommendation: change the timeout slider to 1500 seconds or higher in PugetBench benchmark settings to wait for each test to complete.
• Intel Core Ultra Series 1 with built-in Intel Arc GPUs
  • Battlefield 6 (DX12) may exhibit intermittent corruptions on certain maps during gameplay.
  • Intel Core Ultra Series 2 with built-in Intel Arc GPUs
  • Call of Duty: Black Ops 6 (DX12) may exhibit intermittent corruptions on certain water surfaces during gameplay.
  • Battlefield 6 (DX12) may exhibit intermittent corruptions on certain maps during gameplay on some notebooks with Intel Core Ultra Series 2 with built-in Intel Arc GPUs.
  • No Man's Sky (Vulkan) may exhibit corruptions on certain terrains during gameplay.
  • Topaz Video AI may experience visual artifacts when using certain AI models.
• Intel Graphics Software Known Issues
  • When using the Settings > Preferences > Reset all settings option in Windows 10, the application may experience an intermittent crash. Settings can be reset from individual pages without issue.
  • Intel Graphics Software may sometimes experience a single application crash on the first re-arrange of metrics within the Select metrics window. Subsequent usage will not be affected by this crash again.
  • Combined Display may intermittently not function as expected while combining displays or resetting settings.

KitGuru says: Intel may have taken a while to launch its own MFG tech, but now that it's finally here, gamers playing games on Arc graphics can easily get an FPS boost in a bunch of games.

The post Intel rolls out XeSS 3 with Multi-Frame Generation in new drivers first appeared on KitGuru.

Microsoft has begun testing a refreshed web experience for Xbox Cloud Gaming, designed to streamline navigation and look closer to the Xbox console dashboard. Xbox Cloud Gaming users can already opt in to the new interface, although there could be lingering issues in the early build. 

Players can access the preview by visiting xbox.com/play in a compatible browser, signing in, and enabling the “Preview Features” toggle in the settings menu. Once enabled, users can either follow the on-screen prompts or navigate directly to the new site (it may take up to 10 minutes for the prompts and links to appear).

Microsoft notes that, as this is a foundation-building phase, some features may behave differently or be temporarily unavailable as they iterate based on feedback. Users are encouraged to report bugs via the profile menu or the Xbox Web Guide to help refine the platform during the testing period.

KitGuru says: Do you use Xbox Cloud Gaming? Have you already tried the new interface? Do you prefer the new UI over the old one?

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Intel's “Battlemage” generation might expand soon, though the supposed new graphics cards are primarily for professional users. New reports suggest that Intel is about to launch the Arc Pro B70 and Arc Pro B65, targeting a Q1 2026 release. Both cards are claimed to be powered by the BMG-G31 GPU and feature a massive 32GB of GDDR6 memory.

As reported by VideoCardz, while the memory remains identical across both SKUs, the differentiation lies in the core counts. The Arc Pro B70 utilises the full die with 32 Xe2 cores (4096 FP32 cores), while the Arc Pro B65 is a cut-down variant featuring 20 Xe2 cores (2560 FP32 cores), matching the previous-gen B60 in core count but benefiting from the newer architecture.

Below you can find a table with the detailed rumoured specs for these two GPUs:

	Arc Pro B70	Arc Pro B65
GPU Architecture	Xe2-HPG (Battlemage)	Xe2-HPG (Battlemage)
GPU Die	BMG-G31	BMG-G31
Xe-Cores	32	20
FP32 Cores	4096	2560
VRAM Capacity	32 GB GDDR6	32 GB GDDR6
Memory Bus	256-bit	256-bit
Target Launch	Q1 2026	Q1 2026

The situation for gamers remains much more uncertain. While board partners have the BMG-G31 chips for testing, they are currently restricted to the Pro form factors. Rumours suggest that Intel has placed the consumer gaming variant on hold, possibly due to volatility in the memory market.

KitGuru says: Do you think Intel should launch an Arc B7x0 GPU for the mainstream market?

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Mouse Computer, a Japanese PC manufacturer, has introduced a unique addition to its NextGear EG-series of gaming desktops. Centred around a unique “Clear Shift” case, featuring dynamic dimming technology on its front and left-side glass panels.

According to PC Watch (via VideoCardz), a single button press on the top I/O panel can transition the glass from a completely transparent “clear mode” to a smoked “stealth mode” that effectively hides the internal components.

The stealth mode serves as a “hide your PC” feature for users who keep their towers on their desks. It allows a build to look like a plain black tower or to eliminate RGB light pollution during nighttime sessions. The switchable glass requires power to function, but when the PC is turned off, the panels automatically default to the opaque stealth mode. To complete the transformation, the case also features a separate LED button to toggle the ARGB fan effects, allowing the system to go from a vibrant showroom display to a muted aesthetic in seconds.

In terms of hardware, the NextGear EG-A7G60 configuration reviewed by PC Watch features an AMD Ryzen 7 5700X paired with an Nvidia GeForce RTX 5060. The system includes 16GB of DDR4-3200 memory and a 1TB NVMe SSD. While these specs target the mid-range market, the premium pricing (starting at over £1050) is probably due to the Clear Shift technology. The lineup is currently a Mouse Computer direct shop exclusive in Japan.

KitGuru says: What do you think of the ‘Clear Shift' case? Would you like to see one of these outside of Japan? 

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Philips has officially launched the product page for the Evnia 27M2N5500XD, a new monitor that pushes the boundaries of competitive gaming displays. With its dual-mode capability, it runs natively at WQHD (1440p) with a 540Hz refresh rate, but can be toggled to 720p / 1000Hz. 

According to its spec sheet (via Prad), the display is built on a 27-inch Fast IPS panel with a 1ms G2G response time and a 2000:1 contrast ratio, which is notably higher than that of standard IPS panels. It features 10-bit colour depth (8-bit + FRC) and covers 100% of the sRGB and 96% of the DCI-P3 colour spaces. With a Delta-E < 1, the monitor promises professional-grade colour accuracy right out of the box. For HDR content, it carries the DisplayHDR 400 certification and reaches a peak brightness of 500 nits.

In addition to a low-blue-light mode and flicker-free technology, the monitor also packs gaming-oriented features such as Smart Crosshair, SmartContrast, ShadowBoost, and a built-in zooming tool. It also supports the Evnia Precision Center app, which allows users to customise some of the monitor settings via software.

Connectivity is quite decent, featuring an audio-out jack, two HDMI 2.1 ports and a DisplayPort 2.1 port, offering enough bandwidth for such high refresh rates. Philips has also included Smart MBR Sync, a feature that allows gamers to use motion blur reduction simultaneously with FreeSync anti-tearing technology. The monitor is rounded out with full ergonomic support, including height, tilt, swivel, and pivot adjustments.

Discuss on our Facebook page, HERE.

KitGuru says: Would you be willing to jump onto a 1000Hz monitor even if it means reducing the resolution to 720p?

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Gigabyte has officially unveiled the GO27Q24G, a 27-inch OLED gaming monitor that marks the latest addition to its OLED gaming lineup. Using the latest MLA+ technology from LG Display, this monitor is specifically engineered to solve the “brightness problem” often associated with standard WOLED panels. 

On the performance front, the GO27Q24G (via DisplaySpecifications) features a 240Hz refresh rate and a near-instant 0.03ms GtG response time. Its VESA ClearMR 13000 certification places it in the top echelon of motion clarity, ensuring that fast-paced action remains sharp and ghost-free. Additionally, it covers 99% of the DCI-P3 colour space with 10-bit depth, making it as capable for content creation as it is for competitive gaming. Modern connectivity is fully accounted for with dual HDMI 2.1 ports, DisplayPort 1.4, and a USB-C port for versatile setups.

By incorporating HyperNits technology, the GO27Q24G can achieve an impressive HDR peak brightness of 1300 nits on small highlights, a 30% increase over previous WOLED implementations. The end result should be punchier HDR performance.

A major differentiator for this model is the RealBlack Glossy surface treatment. Unlike traditional matte coatings that can sometimes make blacks appear slightly grey in well-lit rooms, this zero-haze optical layer preserves shadow detail and depth even under ambient light. To ensure this doesn't turn the screen into a mirror, an advanced anti-reflective coating is applied to suppress glare.

Discuss on our Facebook page, HERE.

KitGuru says: Combining a 27-inch QHD form factor, a glossy coating, and the brightness boost of MLA+/HyperNits, the new GO27Q24G might be the monitor you've been waiting for.

The post Gigabyte GO27Q24G WOLED monitor launches with MLA+ technology and RealBlack Glossy coating first appeared on KitGuru.

Remedy Entertainment has confirmed the release timeline for Control Resonant, the highly anticipated sequel to its 2019 hit. According to a late-2025 investor report, the game is now slated for launch at the end of Q2 2026, trimming down the vague 2026 release window revealed when the game was announced.

According to Inderes (via GamingBolt), Remedy described the title as a “critical release” for the studio's future, expressing high confidence that it will drive both commercial success and shareholder value over the coming year.

The sequel shifts the perspective to Dylan Faden, Jesse's brother, who navigates an open-ended Manhattan consumed by a paranormal crisis. Remedy claims this is their most expansive project to date, moving away from the “Oldest House” setting into a large-scale urban environment. While the studio's sales estimates remain conservative, with about 1.8 million units in its launch year, the massive 20-million-strong player base of the original Control (boosted by Game Pass and PlayStation Plus) suggests the sales number has the potential to be much higher.

In addition to the Control news, Remedy provided a brief update on the Max Payne 1 and 2 remakes. While a late 2026 release is still technically possible, the studio now expects royalty payments in 2027, suggesting the launch might lean toward next year. Control Resonant is confirmed for a simultaneous launch on Xbox Series X|S, PlayStation 5, and PC.

Discuss on our Facebook page, HERE.

KitGuru says: Are you interested in Control Resonant? What about the Max Payne remakes?

The post Control Resonant might launch as early as Q2 2026 first appeared on KitGuru.