With the GeForce RTX 5090 having a whopping 575W TDP, concerns about potential power connector meltdowns, similar to those experienced with the RTX 4090, are understandably high. However, Nvidia has assured gamers that it has taken steps to prevent that from happening again.

During a recent Q&A session in South Korea (via QuasarZone), Nvidia addressed these concerns head-on. The company acknowledged the previous issues with the RTX 4090's 12VHPWR connector, which sometimes led to overheating and melting, likely due to improper installation or faulty third-party adapters.

To prevent similar issues with the RTX 5090, Nvidia has implemented the updated 12V-2×6 connector, which features a more robust design and improved contact points. The company also emphasised the importance of proper connector installation, highlighting that user error was the primary cause of the RTX 4090 meltdowns.

While the updated connector and increased awareness should significantly reduce the risk of similar incidents with the RTX 5090, Nvidia and AIB partners aren't taking any chances. For example, companies like Zotac (safety light) and MSI (coloured cable connectors) have implemented additional safety measures in their custom RTX 50 series designs.

KitGuru says: With the RTX 5090's launch just around the corner, gamers can breathe a sigh of relief knowing that Nvidia has taken steps to address the power connector concerns and ensure a safe and stable experience with its next-generation flagship GPU.

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Nvidia's GeForce RTX 5070 Ti cards have been expected to be released in February since the 50-series was announced at CES 2025, but we've not had a specific date – until now. A retailer listing might have spilled the beans on the upcoming release of the Nvidia RTX 50 series card, pointing the launch date to February 20th.

While the RTX 5090 and RTX 5080 are stealing the spotlight with their imminent launches, gamers eager for a more budget-friendly option anxiously await news about the RTX 5070 series. Proshop (via VideoCardz), a German retailer, has seemingly shared the RTX 5070 Ti's release date, listing it for availability on February 20th. However, Nvidia hasn't confirmed this, so it could also be a placeholder date.

The RTX 5070 Ti is expected to feature the GB203-300 GPU with 8,960 CUDA cores and 16 GB of GDDR7 memory on a 256-bit bus. It's rumoured to consume around 300W of power. Proshop hasn't yet listed a release date for the standard RTX 5070, suggesting that the non-Ti variant might launch later.

The RTX 50 series launch is underway, with the RTX 5090 reviews dropping today. Next week, the RTX 5080 takes centre stage, with reviews expected to go live on January 29th and the official launch on January 30th.

KitGuru says: Are you planning to get an Nvidia RTX 50 series graphics card? If so, which one are you getting?

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Phanteks has officially launched the Evolv X2, a stunning ATX chassis that reimagines PC case design with a focus on airflow and aesthetics.

First unveiled at Computex 2024, the Evolv X2 features a striking tri-panel tempered glass design that showcases your system's components from multiple angles. Its aluminum interior and vertical cooling system enhance the visual appeal and optimise airflow, drawing cool air from the bottom and exhausting heat through the top.

Phanteks has paid close attention to detail, ensuring a clean and modern aesthetic. Integrated D-RGB lighting strips seamlessly blend into the design, while a large cover door conceals cables and drive bays, maintaining a clutter-free interior. The Evolv X2 also supports ATX rear-connect motherboards, further simplifying cable management and offering a cleaner-looking interior.

The Evolv X2 can accommodate up to seven 120 mm fans, including three at the top, one at the rear, and three at the bottom. The top also supports a 360 mm radiator for those who prefer liquid cooling. In addition, it supports up to 380-mm long GPUs, E-ATX motherboards (up to 280-mm wide), 170-mm tall CPU tower coolers, and 250-mm long PSUs. The Evolv X2 is now available in black for £129.90/$149.99/€149.90 and white for £139.90/$159.99/€159.90. A black/gold model is available exclusively at Overclockers UK and Caseking for £139.90/€159.90.

KitGuru says: What colour variant of the Evolv X2 do you prefer?

The post Phanteks launches the Evolv X2 tri-panel glass case first appeared on KitGuru.

Raijintek is hoping to make a statement in the keyboard market with its new MGA-68, a premium 65% aluminium keyboard with magnetic switches at a relatively affordable price.

This sleek keyboard, available in black or silver, has a CNC-machined aluminium body that provides a distinct sound profile. Raijintek has equipped the MGA-68 with south-facing LEDs and Heijin magnetic hall-effect switches, rated for 50 million keystrokes.

As with most 65% keyboards, this one lacks a dedicated function key row. To get around that, it uses the Fn (function) key and the number keys to access the various “F” keys. Raijintek has also implemented hotkeys to control RGB lighting, actuate switches, and reset default settings. To complement the customisation capabilities, the Raijintek Axion software allows users to adjust actuation distances, enable the Rapid Trigger mode, and customise dead zones and sensitivity.

The MGA-68 is available in three layouts (UK, DE, and Italy) and features PBT or PBT+SUB keycaps in an ISO format with an L-shaped Enter key. The hot-swappable PCB allows users to easily replace the existing switches with new ones, while a switch plate ensures proper alignment and stability. A spill-resistant PCBA and a robust bottom case further enhance the keyboard's durability.

The MGA-68 is a wired-only keyboard that connects via a 2-meter USB Type-C to Type-A + Type-C cable. The package also includes two extra switches and a 2-in-1 keycap/switch puller. Although Raijintek hasn't officially announced pricing, online listings suggest a price tag of around €135, which seems reasonable for an aluminium keyboard with hall-effect switches.

KitGuru says: If you're looking for a keyboard with hall-effect switches that doesn't break the bank, the Raijintek MGA-68 might be worth looking at.

The post Raijintek ventures into the magnetic keyboard market with the MGA-68 first appeared on KitGuru.

Gamdias is kicking off 2025 with a bang, introducing the Atlas P2 CG, a great-looking new PC case that blends panoramic views with impressive functionality.

The Atlas P2 CG offers a unique fish-tank-inspired design with a seamless one-piece curved glass panel that provides a 270º view of your internal components, while an integrated system display adds a touch of modern flair. Support for connector-hidden (BTF) motherboards further enhances the clean aesthetic, allowing cables to be routed to the rear for a clutter-free presentation.

Keeping your components cool is a priority, so four 120mm PWM ARGB fans (three intake, one exhaust) are pre-installed, along with an 8-port PWM ARGB fan hub for easy control and synchronisation. This ensures efficient airflow and quiet operation, even during demanding gaming sessions. The Atlas P2 CG features a built-in display for real-time system monitoring of the CPU, GPU, and ambient temperatures. Gamdias' Zeus Cast software provides further customisation options for the display.

The Atlas P2 CG offers an I/O panel with a USB-C 3.2 Gen 2 port, a USB-A 3.0 port, fan LED controls, and audio connectivity. It supports high-end cooling solutions with space for a 360mm radiator and various fan configurations (including 120 and 140 fan support). With compatibility for ATX motherboards (BTF included), GPUs up to 430mm long, and PSUs up to 220mm long, the Atlas P2 CG accommodates a wide range of components. The Atlas P2 CG has an MSRP of $139.90.

KitGuru says: Looking for a new PC case? What do you think of the Atlas P2 CG?

The post Gamdias launches Atlas P2 CG mid-tower with curved tempered glass first appeared on KitGuru.

Could Nvidia's frame generation technology be coming to older GeForce RTX 30 series graphics cards? A recent interview with Nvidia's Bryan Catanzaro has sparked hope for gamers with older GPUs.

While the RTX 40 and 50 series enjoy the benefits of Frame Generation, a technology that inserts AI-generated frames to boost frame rates, RTX 30 series owners have been left out. However, in an interview with Digital Foundry, Bryan Catanzaro, Nvidia's VP of Applied Deep Learning Research, hinted at the possibility of expanding frame generation support to older architectures.

This glimmer of hope comes as Nvidia unveils DLSS 4, a significant overhaul of its upscaling technology that uses a new transformer model instead of the previous convolutional neural networks (CNNs). While Nvidia has confirmed that DLSS 4 will be available for the RTX 20, 30, and 40 series, a key distinction remains: only the RTX 50 series supports Multi Frame Generation (MFG), the latest iteration of Frame Generation technology.

Currently, frame generation and multi frame generation are tied to specific game implementations and cannot be enabled on unsupported hardware. However, third-party solutions like Lossless Scaling FG exist, albeit with compromises in quality and latency. Nvidia might explore offering a simplified frame generation model for older GPUs, acknowledging the limitations while still providing a noticeable improvement over current options.

KitGuru says: While Nvidia hasn't confirmed a timeline or guaranteed compatibility, the possibility is certainly exciting. The green team seems open to the idea but is cautious about making promises it might not be able to keep.

The post Nvidia Multi Frame Generation could come to RTX 30 series GPUs first appeared on KitGuru.

Indonesian overclocker “speed.fastest” has achieved a remarkable new overclocking milestone, pushing a G.Skill Trident Z5 DDR5 memory module to a staggering 12,054 MT/s using just air cooling.

While this doesn't quite top the current world record of 12,697 MT/s, it still is worth mentioning because it was accomplished without exotic cooling methods like LN2 or helium. Instead, overclocker “speed.fastest” used a single fan to cool the memory module and push it to its limits under these conditions.

Image credit: HWBOT

The record-breaking run was achieved on an Asus ROG Maximus Z890 Apex motherboard with an Intel Core Ultra 9 285K CPU. The G.Skill Trident Z5 memory kit used is officially rated for DDR5-8000 CL38 speeds, but with some extreme tweaking and careful tuning, it was pushed to a mind-bending 12,054 MT/s with 68-127-127-127 timings. G.Skill also revealed that “saltycroissant” achieved a 12,050 MT/s frequency (same timings) with the same memory kit on an ASRock Z890 OCF Taichi motherboard and an Intel Core Ultra 7 265K CPU.

It's important to note that these record-breaking overclocks were achieved using specific configurations, including disabling all but one CPU core and significantly downclocking the processor (around 400 MHz).

KitGuru says: Even if these two milestones were achieved using air cooling, they don't represent typical user scenarios. Still, they highlight the potential of DDR5 memory.

The post Overclocker pushes air-cooled G.Skill DDR5 memory to 12054 MT/s first appeared on KitGuru.

An AMD representative has confirmed that its next-generation Radeon RX 9000 series GPUs will launch in March, quashing rumours of a January release.

The information was confirmed by David McAfee (via VideoCardz), AMD's VP and GM of Ryzen CPU and Radeon graphics. This comes as a surprise to many, as retailers have been stocking RX 9070 XT and RX 9070 cards since early January, and some reviewers reportedly received samples in late December.

As expected, gamers and tech enthusiasts are now wondering why AMD is supposedly delaying the official launch when cards are ready to go on sale. While AMD hasn't explicitly stated the reason for the delay, it's speculated that the recent announcement of Nvidia's GeForce RTX 5070 series, slated for a February launch, might have influenced the decision. By delaying the RX 9000 series launch, AMD might be aiming to refine its pricing strategy and ensure its new GPUs remain competitive against Nvidia's upcoming offerings.

AMD has only confirmed two models in the RX 9000 series so far: the RX 9070 XT and the RX 9070. Both cards are expected to feature the Navi 48 GPU and 16 GB of GDDR6 memory. Other models, like the RX 9060, 9050, and 9040, are expected to come later based on the Navi 44 GPU.

KitGuru says: Despite the delay, the silver lining is that ample stock should be available at launch. Hopefully, the upcoming Radeon cards will be well-priced, and the new FSR 4 will launch alongside the GPUs.

The post AMD Radeon RX 9070 series launch confirmed for March first appeared on KitGuru.

Jonsbo has just launched two new Mini-ITX cases that pack a surprising amount of functionality into a tiny footprint. The N10 and NV10, measuring 205 x 205 x 108 mm (4.54 liters), are designed offer unique solutions for space-constrained builds depending on what you want from your system.

As noted by ITHome (via TechPowerUP), these compact aluminum cases prioritise different needs. The N10 is designed for storage-centric setups, accommodating up to four 2.5-inch drives, kept cool by two rear-mounted 40mm fans. On the other hand, the NV10 sacrifices drive bays and rear fan space to get the space for small graphics cards, supporting dual-slot GPUs up to 190mm long with PCIe 4.0 extension cables.

These cases combine 3.3mm aluminum alloy with 1.0mm steel plating for a sturdy and lightweight construction. The N10 weighs 1.6 kg, while the NV10 is even lighter at 1.5 kg. Both cases support SFX-L power supplies up to 150 mm long and CPU coolers with a maximum height of 38 mm.

The Jonsbo N10 and NV10 can be positioned vertically or horizontally, adapting to various workstation layouts and space constraints. The N10 and NV10 are available in silver and black, with a touch of elegance added by the North American walnut trim on the front I/O panel featuring a single USB-C port.

KitGuru says: For what kind of system would you use these new Jonsbo N-series cases?

The post Jonsbo unveils 4.5-litre SFF cases, the N10 and NV10 first appeared on KitGuru.

EA is pulling the plug on its Origin software, forcing users to migrate to the newer EA app. But this transition isn't without its casualties, as the EA app requires a 64-bit operating system, leaving behind those on older 32-bit systems.

The Origin app will officially cease operation on April 17th, 2025. EA cites the end of Microsoft's support for 32-bit software as the reason for this decision. While it's technically possible to run 32-bit applications on Windows 11 (64-bit OS) using compatibility tools, EA warns that this might lead to issues, especially with demanding games.

This transition will likely cause problems for users unaware that they're running a 32-bit version of Windows 10 or that their system doesn't meet the TPM 2.0 requirement for Windows 11. Fortunately, Microsoft has allowed Windows 11 to be installed on unsupported hardware, even if with some restrictions.

For users whose PCs support Windows 11, upgrading to the newer operating system is the most straightforward solution. The EA app can be easily installed, and game libraries and cloud saves will transfer seamlessly. However, those with games that don't support cloud saves will have to manually transfer their save files to avoid losing progress.

KitGuru says: While it's understandable that companies like EA prioritise supporting current technologies over legacy ones, the transition to the EA app and its 64-bit requirement could leave some gamers behind.

The post EA’s Origin app will be fully shut down in April 2025 first appeared on KitGuru.

LG is set to shake up the gaming monitor market with the UltraGear 27GP850A, the first IPS Black gaming display with a 4K resolution and a 240 Hz refresh rate.

IPS Black is pretty much an evolution over standard IPS, offering similar specs to the former technology but improving on one key aspect lacking from these screens: contrast. Instead of the typical1000:1 contrast ratio of most IPS displays, IPS Black panels have a contrast ratio of around 2000:1, which translates to deeper blacks.

According to information shared by Tweakers.net (via TFTCentral), another thing that sets the 27GP850A apart is its dual-mode capability. With a simple toggle, gamers can switch between the native 4K resolution at 240 Hz and instead opt for a faster 480 Hz refresh rate at a 1080p resolution. This versatility allows users to tailor their experience to different games and applications, whether they prioritise better visuals or responsiveness.

In addition, the 27GP850A offers a 1 ms G2G response time, a wide colour gamut covering 99% of the DCI-P3 colour space, and support for adaptive sync technology, ensuring smooth, tear-free gameplay with both Nvidia (G-Sync Compatible) and AMD graphics cards (FreeSync Premium Pro). The monitor also boasts a peak brightness of 600 nits, VESA DisplayHDR 600 certification, and a fully adjustable stand (tilt, swivel, pivot, and height adjustments). Connectivity options are plentiful, with a DisplayPort 2.1, 2x HDMI 2.1, 2x USB-A ports, and a headphone jack featuring DTS Headphone:X support.

The LG UltraGear 27GP850A is expected to launch in Europe in March with a price tag of €799. Information on pricing and availability in other regions will be announced later.

KitGuru says: Do you think there should be more IPS Black gaming monitors?

The post LG set to launch first IPS Black 4K/240 Dual-mode monitor first appeared on KitGuru.

Nvidia's dedication to DLSS goes far beyond what many of us think. The company has revealed a surprising secret weapon in its quest for visual fidelity: a massive supercomputer dedicated to training and refining DLSS models.

This revelation came during RTX Blackwell Editor's Day at CES 2025 (via PCGamer), where Brian Catanzaro, VP of applied deep learning research, explained the development process behind DLSS 4. Catanzaro said that Nvidia has been using a dedicated supercomputer packed with thousands of Nvidia GPUs to train and improve DLSS continuously for the past six years, 24/7, 365 days a year.

While Nvidia's use of supercomputers for AI research is not surprising, the scale and dedication of this specific infrastructure dedicated to DLSS are remarkable. This dedication to ongoing improvement has undoubtedly contributed to DLSS's continuous improvement across its various iterations, from its initial release to the latest DLSS 4, which introduces a new transformer model that promises even better image quality.

Catanzaro also shed light on the training process, emphasising the importance of analysing failures. As he explained, when the DLSS model fails, it appears as ghosting, flickering, or blurriness. These failures are identified in numerous games, and the system tries to understand why the model makes incorrect decisions about image creation. Nvidia then expands its training dataset with examples of ideal visuals and cases where DLSS faced difficulties, retraining the model and testing it across hundreds of games to improve DLSS. It looks like a meticulous and resource-intensive process, but the results speak for themselves.

KitGuru says: As AI further develops, do you think the evolution of DLSS will also accelerate?

The post Nvidia has been training DLSS model non-stop for six years straight first appeared on KitGuru.