Antec · Cases & Parts

Antec DF700 Flux Midi Tower White

Why the New Cooling Solution?When Intel and AMD announced their latest CPUs. they all deliver remarkable performance upgrades and better productivity. it also means the functional requirement of PC equipment needs to be taken to the next level. especially the thermal performance.To cope with the stress of enhanced heat dissipation. Antec developed a revolutionary structure for airflow. providing an improved and powerful cooling solution for your system. The F-LUX Platform.Patented F-LUX Platform - Antec's Original Cooling SolutionWhat is the F-LUX Platform? The definition of FLUX is Flow Luxury. The F-LUX Platform is a new industry-leading and highly efficient design by Antec featuring an advanced case structure for excellent airflow combined and 5 x 120 mm fans included. A core element of the design ethos was to enhance GPU cooling performance.F-LUX Platform - Antec's Original Cooling Solution5 x 120 mm Fans IncludedGo with the FlowThe front panel is designed by adopting a three-dimensional wave-shaped mesh. presenting a smoothly minimalist looking. With massive ventilation in the front. the DF700 FLUX WHITE can easily project attractive light effects and enhance the cooling.Color Your System by Built-in LED ControllerYou only need the LED mode button to control all the addressable LEDs.Or you can sync it with the motherboard to enjoy more custom light effects.Keep It CleanAll the hubs have a dust plug. preventing them from damage.4 mm Tempered Glass Side PanelTool-free thumbscrew design at the rear of the tempered glass side panel. which gives you quick access to the interior. and enhances the solidity.Ultimate Thermal PerformanceSupports up to 9 fans.Make it CoolerDF700 FLUX White keeps your gear cool with room for up to 360 mm radiator in the front & 120 mm at the rear.The DF700 FLUX White mid-tower gaming case is well equipped with an industry-leading design of advanced ventilation. taking the Antec Dark League gaming cases to the next generation.

90-day range £∞–-£∞ · average £NaN