CHERRY XTRFY, the specialist for high-quality gaming peripherals, announces the availability of the new K5V2 keyboard - the first gaming keyboard with CHERRY's new mechanical MX2A switches.

CHERRY XTRFY redefines the 65% keyboard class with the K5V2 Compact. The renowned company combines well-known CHERRY quality with a modern design and durable mechanical MX2A Red switches. The keyboard's advanced per-key customizable RGB illumination creates impressive effects with innovative strip LED technology, which can be further enhanced with the USB 3 mode.

Logitech's G PRO X SUPERLIGHT 2 wireless gaming mouse arrived last September with an MSRP of $159—at the time, cutting-edge peripheral enthusiasts were expecting a mighty upgrade over the ultra popular 2020 iteration. TPU's resident mouse guru—pzogel—had a "hard time making a case for the Pro X Superlight 2," when comparing it to the preceding model. Additionally, the Superlight 2's closest rival—Razer's Viper V2 Pro when combined with their 4K HyperPolling Wireless Dongle—was deemed technologically superior. A November 2023 leak revealed that Logitech was readying an intriguing firmware update—the Superlight 2 was set to be upgraded with a 4 kHz report rate mode.

The launch specification of 2 kHz (maximum) was a disappointing aspect, considering that many cheaper alternatives had already rolled out with higher polling rates (via external dongles). Logitech's latest G HUB software update brings good news for PRO X Superlight 2 users: "we are excited to share a new firmware update for your mouse that will increase your report rate to 4 kHz for free. Once you update the firmware, you'll be able to access the higher report rate in G HUB using your existing wireless dongle. For more information, visit our YouTube channel for an update from Chris Pate." In TPU's late October review, pzogel noted that the 2000 Hz rate: "comes at a price, which is reduced battery life." We hope to see a revisit with the newly implemented 4000 Hz mode tested out.

ASUS Republic of Gamers (ROG) today announced an arsenal of gaming peripherals and gear at CES 2024. ROG strives to transcend the limits of what's currently possible and its latest offerings are designed to empower gamers with the tools to dominate gaming worlds. These offerings include the ROG Keris II Ace ultralight gaming mouse, ROG Falchion RX Low Profile 65% gaming keyboard, ROG Cetra True Wireless SpeedNova gaming headphones, ROG Carnyx USB condenser microphone, and the ROG Archer ErgoAir Gaming Backpack.

ROG Keris II Ace
The ROG Keris II Ace is an ultralight gaming mouse made for competitive gamers and esports athletes. Designed with input and feedback from esports professionals, the Keris II Ace's sleek, minimalist aesthetic offers the perfect balance of functionality and form. Its environmentally friendly, bio-based nylon shell is derived from renewable castor oil, giving it an overall weight of just 54 grams to significantly reduce wrist fatigue during marathon gaming sessions. The optical micro switches used in the Keris II Ace offer consistent actuation and are extremely durable with a 100-million-click lifespan.

Experience the ultimate gaming performance with GravaStar's Mercury M1 Pro and M2 Gaming Mice, where cutting-edge technology, ergonomic yet unique hallowed-out design, and customizable features combine to elevate your gaming experience.

GravaStar proudly unveils its newest creations - the Mercury M1 Pro and Mercury M2 Gaming Mice. More than just standard peripherals, these mice embody GravaStar's dedication to blending avant-garde design with exceptional performance, setting a new standard in the realm of gaming technology.

In the world of gaming, staying stagnant at the same level is never an option.At Razer, our focus has always been on continuous improvement, pushing the boundaries of what's possible, and delivering the best for our loyal community. Today, we're sharing the latest advancement we've made to our line of gaming mice, reinforcing our commitment to technological leadership.

Razer's Legacy of Technological Dominance
From the beginning, Razer has been at the forefront of technology and innovation. In recent years, we've introduced groundbreaking features like the Razer Focus Pro 30K Optical Sensor, Optical Mouse Switches Gen-3, and the Razer HyperPolling Wireless technology. While we always have an eye on the future and the next new products, we are equally passionate about refining our existing lineup, ensuring that our users always have the best in their hands.

Today marks a very special launch at Glorious. We are thrilled to release four tournament-grade mice, crafted for gaming enthusiasts in need of high performance gear. Introducing the Model O 2 PRO and the Model O 2 PRO 4K/8KHz Edition, as well as the Model D 2 PRO and the Model D 2 PRO 4K/8KHz Edition. In this article, we'll break down how we came to develop these gaming mice, and dive into each of the features for all four devices.

A HIGH-PERFORMANCE GAMING MOUSE, YEARS IN THE MAKING
When we first released the original Model O back in 2019, it took the gaming community by storm. We designed it with direct feedback from gamers worldwide, and we were thrilled with the overwhelmingly positive response it received. Fast-forward a few years later, we hosted a limited edition group buy, featuring an enhanced version of this device: Model O PRO Forge Edition. It was a stripped down version of the original mouse, sporting only the necessary cutting-edge tech for optimal performance at the lightest weight possible. Though we will no longer be hosting group buys, we decided to take this optimized mouse, turbocharge it with next-generation technology (more on this later), and make it one of our mainline products.

The latest update for Windows 11 appears to bring good news for gamers, as Microsoft is said to have fixed an issue related to stuttering in games that's related to certain gaming mice. The mice in question are mice that support a "high gaming report rate" which is pretty much all higher-end gaming mice today, regardless of manufacturer. What's worse, we're not talking 8000 Hz mice here, but a polling rate of 1000 Hz was enough to trigger the stuttering in some games.

It's unclear if this affected all games, or only some games, but according to Windows Latest, Microsoft has optimised the Windows input stack to be able to handle high report rate mice which is said to have been done by improving "the performance by throttling and coalescing background raw mouse listeners and capping their message rate." As such, the 23H2 update for Windows 11 will become something of a must install for anyone that's gaming on Windows 11, at least if you haven't lowered the polling rate on your mouse.

There appears to be a faction of hardcore PC gamers within the Microsoft Windows software engineering team—as evidenced in a developer blog post from late May. The section relating to "Reduced game stutter with high report rate mice" provided an early preview for improvements recently rolled out in a Windows 11 update (KB5028185 issued on July 11th). This week's fix "improves your computer's performance when you use a mouse that has a high report rate for gaming." Gamers running PCs on Windows 10 (or earlier) are—unfortunately—missing out on this latest and greatest feature.

Microsoft's blog stated: We know gamers hate stutter, and we're fixing issues throughout Windows so that an untimely frame-freeze won't take gamers out of their immersive experiences. Gamers love to push their systems to the limit in search of the best experiences in-game. Many also use sensitive, high DPI, high report rate mice to shave milliseconds off their response times and increase precision. At the same time, the world of gaming is more connected than ever with gamers relying on an increasing number of background apps while playing, like voice chat, streaming, apps for configuring your keyboard, mouse, or graphics card, and more. The Windows input stack was being pushed to its limits with high report rate mice and their input being delivered to not just the game, but also multiple background processes. In turn, that caused a significant amount of time processing input rather than providing as many cycles as possible for rendering the game experience."