Gamers and PC enthusiasts face a growing challenge: balancing aesthetics, thermal efficiency, and power delivery without sacrificing compatibility. SAMA’s new lineup at Computex 2026 addresses this by introducing chassis designs that support next-gen hardware while integrating high-power GaN chargers and advanced cooling solutions.
The centerpiece is the V80 chassis, a prototype featuring a dual-curve tempered glass front panel designed to minimize airflow resistance. It includes dedicated GPU cooling ducts and a collectibles display stand, catering to both performance needs and enthusiast customization. Complementing it is the V70, another prototype with a front-mounted PSU and a seamless curved glass panel, reinforcing SAMA’s commitment to innovative form factors.
Production models build on these prototypes. The S70 case mirrors the V80’s design language but refines it for mass production, while the smaller S50 offers a front-mounted PSU chamber, tool-less side panels, and four pre-installed PWM ARGB fans—ideal for compact builds without sacrificing airflow.
Cooling is handled by SAMA’s Q-series AIO liquid coolers. The Q80 features ceramic-bearing pumps and interchangeable 4-inch or 6-inch IPS display modules, while the Q40 includes a rotating ARGB outer ring with built-in system monitoring and GIF support. These designs push the boundaries of both performance and visual customization.
Power delivery is equally advanced. The P1350 and P1650 ATX 3.1 power supplies deliver 80 Plus Titanium efficiency, PCIe 5.1 support, dual native 12V-2x6 connectors, and Japanese capacitors—critical for systems pushing the limits of current hardware like the RX 9070 XT. A 140 mm FDB fan with semi-passive operation ensures quiet performance under load.
For buyers, the key tradeoff lies in balancing cutting-edge features with long-term compatibility. The integrated 60 W GaN chargers and advanced cooling solutions add value but may come at a premium price. Availability remains unconfirmed, leaving users to watch for official announcements to gauge real-world impact.
