Thermaltake, celebrates the upcoming 20th anniversary by announcing the new Level 20 and Level 20 GT Full Tower Chassis at Computex 2018. The Level 20 is the next generation of the legendary Level 10 Extreme Gaming Chassis, which was released around a decade ago. Within these 10 years, Thermaltake achieved several breakthroughs in terms of design and technology. Featuring a gaming oriented design with architectural aesthetics, the aluminum-made Level 20, utilizes an aerodynamic trio chamber structure to achieve ventilation and space management optimization. The Three hinged swing-doors are made with premium-quality 4mm thick tempered glass windows that provide durability and superb viewing capability. The Level 20 is installed with latest USB 3.1 Type-C port to provide 10Gb/s of transmission speed. Furthermore the Level 20 has three built in Riing Plus 14 RGB Fans, two Lumi Plus LED Strips and one Riing Plus Digital Controller, which controlled by TT RGB PLUS Software, allowing users to custom control fan speeds and lighting effects. Compatible with the latest PC hardware, AIO and DIY liquid cooling solutions, the commemorative Level 20 delivers not just an unprecedented design but also jaw dropping performance.
As to Level 20 GT Edition, it comes with four 5mm thick tempered glass panels with a swing door design. The enlarged window design permits users to fully display and admire all components of the liquid-cooling system. To extend the highly acclaimed iconic design concept into the main stream segment, Level 20 GT has one USB type-C receptacle on the top panel and vertical radiator view, offering ideal placement for radiator applications up to 420mm in length. With high-end complete solution, it supports motherboards up to standard E-ATX and a patent rotational PCI-E bracket design for dual/trio vertical GPU mount. For remarkable cooling expansion, Level 20 GT maximizes airflow with two built-in 140mm Riing LED Blue fans and including options for up to two 200mm front/top fans. Level 20 GT permits users unmatched aesthetics and limitless potential for system configuration.