Xeron Brand Launches at Computex 2026 with Full PC Components Lineup

Xeron made its Computex 2026 and global debut with a complete lineup of PC components including cases, coolers, power supplies, thermal compounds and accessories. The C Lab series features an integrated sheet-metal frame and a C-shaped suspended exterior structure. The design also supports interchangeable exterior materials and color schemes. The S Lab PC Case adopts a similar integrated frame design but focuses on configurability. The chassis supports multiple outer shell options, allowing it to be configured as an open-frame case, panoramic glass chassis, and a fully top-removable outer shell. Both models feature dedicated airflow channels for the CPU, GPU, and PSU,LUX PT is Xeron’s fully modular ATX 3.1 PSU series with 1600 W and 2500 W models featuring 80 Plus/PPLP Titanium certification. The MAX PG is a 3000 W modular PSU with 80 Plus Gold certification, APFC and half-bridge LLC. Xeron also presented the MAX PS/PX power supply series available in 650, 750, and 850 W. These PSUs feature 80 Plus Gold, Cybenetics Gold, and PPLP Gold certifications (Max PS series) while the MAX PX are 80 Plus Platinum certified. All Xeron power supplies feature full Japanese capacitors and pure copper cabling.For cooling, Xeron introduced the LUX L360 VISION AIO cooler equipped with a 6.67-inch curved OLED display and up to 320 W cooling capacity. The company also displayed the NEX L360 ARGB liquid cooler series and MAX F120 / NEX F120A fan families.Xeron also showcased several thermal interface products. The LUX E71 liquid metal compound with 26 W/m·K thermal conductivity, the MAX E72 thermal compound rated at 9.6 W/m·K, and the NEX E75/E72 thermal greases.Also on display was the T1000 Cu-Diamond liquid-metal CPU cooling block, featuring a Cu-Diamond cold plate with thermal conductivity rated between 600 and 1000 W/mK, significantly higher than conventional copper. The design utilizes an electromagnetic liquid-metal circulation system based on Lorentz-force pumps, eliminating traditional impellers and bearings for reduced mechanical wear and quieter operation. According to Xeron, the solution offers faster heat transfer, improved thermal uniformity, and more precise temperature control compared to conventional copper-based water-cooling blocks.