❌

Normal view

There are new articles available, click to refresh the page.
Before yesterdayMain stream

XPG announces Novakey DDR5 memory with Infinity Mirror RGB

6 May 2026 at 10:30

XPG has announced the launch of its Novakey RGB DDR5 memory series, featuring a patented β€œInfinity Mirror” heat sink design. The new flagship modules offer speeds up to 6400MT/s and capacities up to 32GB per module.

Aimed at mainstream gamers and creative professionals, the Novakey RGB DDR5 modules use optical reflection principles on the heat sink to create a 3D visual depth effect. The exterior construction features matte-black metal accents and a brushed-aluminium finish. The RGB is configurable and compatible with most major motherboard lighting systems, including those of Asus, ASRock, Gigabyte, and MSI.

Β 

XPG states the series is optimised for the 6400MT/s β€œsweet spot” but will also be available in 5600MT/s and 6000MT/s. Available in 16GB and 32GB capacities, the memory series can be purchased in both single- and dual-kit configurations. Technical specifications include latencies as low as CL30. The modules are built on a 10-layer PCB and include an integrated Power Management IC (PMIC) alongside on-die ECC for data integrity. XPG confirms support for both Intel XMP 3.0 and AMD Expo to facilitate one-click performance optimisation.

The Novakey series incorporates sustainable materials, with the heat sinks manufactured using 50% recycled aluminium and 85% post-consumer recycled plastic. XPG backs the series with a limited lifetime warranty.

Discuss on our Facebook page, HERE.

KitGuru says: Do you like the infinity mirror aesthetics, or do you prefer something more subtle?

The post XPG announces Novakey DDR5 memory with Infinity Mirror RGB first appeared on KitGuru.

Thermaltake introduces the CT120 EX Infinity ARGB 120mm fans

19 February 2026 at 15:30

Thermaltake has expanded its ecosystem with the launch of the CT120 EX Infinity, a more streamlined alternative to the Swafan EX Infinity series that recently hit the market. While the CT series has traditionally served as the brand's entry-level offering, these new models elevate the aesthetic by incorporating an infinity mirror lighting system.

As seen by the images shared by Thermaltake (via Cowcotland), this design features a fixed white inner ring on the fan hub paired with a fully customisable ARGB outer ring. This creates a layered visual effect that is far more refined than previous standard CT models. The CT120 EX Infinity 3-packs are available in black and white versions.

Performance-wise, Thermaltake has pushed the CT120 EX Infinity well beyond the typical β€œcase fan” expectations. The fans operate at a PWM range of 500 to 2000 RPM, generating a robust 68.20 CFM of airflow and a static pressure of 3.05mmHβ‚‚O. Despite these figures, the hydraulic bearing design and non-detachable anti-vibration rubber pads help keep noise levels at approximately 28.5 dBA, ensuring the fans remain relatively quiet even at full throttle. To further improve cooling efficiency, Thermaltake has increased the fan frame thickness to 28mm, enabling better air pressure and airflow than conventional 25mm models thanks to the thicker fan blades.

These new fans also feature MagForce 2.0 Quick Connect, a magnetic daisy-chaining system that uses Pogo pins twice the size of those on original Swafan EX models. Thanks to this system, the risk of misalignment and the mess of multiple cables is reduced. For builders who still require individual placements, Thermaltake includes three separate magnetic cables in the 3-fan pack, allowing each unit to function independently with standard PWM and ARGB connections. Additionally, the fans feature a β€œhidden screw” design with small plastic covers that snap over the mounting screws.

Discuss on our Facebook page, HERE.

KitGuru says: Pricing isn't known yet, but considering they're part of the CT series, we expect it to be relatively affordable, even considering its feature set.

The post Thermaltake introduces the CT120 EX Infinity ARGB 120mm fans first appeared on KitGuru.
❌
❌