Elgato, a brand of CORSAIR, today announced Wave Next, the company's next generation of audio products and the most significant evolution of the Wave platform since its debut in 2020. Wave Next brings together six deeply integrated products: Wave Link 3.0 software, Wave:3 MK.2, Wave XLR MK.2, XLR Dock MK.2, Wave XLR Pro, and Stream Deck + XL. Together, they form a cohesive ecosystem spanning audio capture, processing, and control, built for how modern creators and professionals actually work.

"When we launched the first Wave microphone in 2020, we set out to make audio workflows easier for creators," said Julian Fest, SVP and General Manager of Elgato. "Since then, hundreds of thousands of real-world setups have taught us what works, what is still too complicated, and where the real bottlenecks are. Wave Next is the synthesis of everything we have learned, reimagined into a single platform offering powerful software that is now free for everyone, hardware that processes audio at the source, and physical controls that make managing it all feel effortless."

XConn Technologies, the innovation leader in next-generation interconnect technology for the future of high-performance computing and AI applications, today announced a groundbreaking demonstration of dynamic memory allocation using Compute Express Link (CXL) switch technology at CXL DevCon 2025, taking place April 29-30 at the Santa Clara Marriott hotel. The demonstration highlights a major advancement in memory flexibility, showcasing how CXL switching can enable seamless, on-demand memory pooling and expansion across heterogeneous systems.

The milestone, achieved in collaboration with AMD, unlocks a new level of efficiency for cloud, artificial intelligence (AI), and high-performance computing (HPC) workloads. By dynamically allocating memory via the XConn Apollo CXL switch, data centers can eliminate over-provisioning, enhance performance, and significantly reduce total cost of ownership (TCO).

CORSAIR, a world leader in enthusiast components for gamers, creators, and PC builders, today announced a new PRO generation of performance custom cooling CPU water blocks in the award-winning Hydro X Series: the XC5 RGB PRO and XC7 RGB PRO. Equipped with more than 110 high-efficiency micro-cooling fins and an innovative quad-split flow design, these new water blocks deliver extraordinary cooling paired with vibrant RGB lighting at the heart of your loop. With compatibility across the entire range of modern CPUs from Intel and AMD, including the upcoming Intel LGA 1700 socket, the Hydro X Series delivers the cooling you need to help your next stunning PC build run at its full potential.

Thanks to new precision-machined copper cold plates and a quad-split flow design with multiple inlet channels, the XC5 RGB PRO and XC7 RGB PRO achieve fantastic cooling performance, up to 4°C lower than their previous generation counterparts. Their durable construction with reinforced standard G1/4" threads will keep your CPU running at its best for years to come.

In a somewhat puzzling trend, this is yet another launch from CORSAIR's Hydro X series of custom watercooling components that has not been marketed by the company. It took a careful set of eyes to see the new CPU block, the Hydro X Series XC5, on their website and evidently this is a new release targeting even more a budget-friendly build compared to the Hydro XC7 and Hydro XC9 blocks. The XC5 block is a cost-down version of the XC7, with support for Intel LGA 115x/1200 and AMD AM4 CPU sockets depending on the SKU you go with. Gone is the transparent top, and instead we see a black nylon top with a patterned cutout for RGB lighting. The nickel-plated copper cold plate is replaced with passivated copper, which may also please all you pure copper folks out there, and the 16 RGB LEDs are now set up in 8 lighting zones (two LEDs per zone) as opposed to fully addressable 16 dRGB LEDs on the XC7. This means that the Hydro XC5 blocks can be had for $60/€60 before applicable taxes, which is $20 less than the XC7 on street pricing at the moment.