The CTE E660 MX Racing Green is a dual chamber mid-tower chassis that supports both ASUS and MSI Hidden-Connector motherboards, additionally it features a three-way GPU installation option and comes with an interchangeable dual front panel design that gives users maximum flexibility to customize their setup.

The CTE E660 MX Snow is a dual chamber mid-tower chassis that supports both ASUS and MSI Hidden-Connector motherboards, additionally it features a three-way GPU installation option and comes with an interchangeable dual front panel design that gives users maximum flexibility to customize their setup.

The CTE E660 MX is a dual chamber mid-tower chassis that supports both ASUS and MSI Hidden-Connector motherboards, additionally it features a three-way GPU installation option and comes with an interchangeable dual front panel design that gives users maximum flexibility to customize their setup.

The CTE E660 MX Hydrangea Blue is a dual chamber mid-tower chassis that supports both ASUS and MSI Hidden-Connector motherboards, additionally it features a three-way GPU installation option and comes with an interchangeable dual front panel design that gives users maximum flexibility to customize their setup.

The View 380 TG ARGB Mid Tower Chassis is a dual chamber ATX chassis that supports Hidden-Connector Motherboards from ASUS and MSI and comes with four Hydraulic Bearing 120mm ARGB Lite Fans.

The View 380 TG ARGB Snow Mid Tower Chassis is a dual chamber ATX chassis that supports Hidden-Connector Motherboards from ASUS and MSI and comes with four Hydraulic Bearing 120mm ARGB Lite Fans.

The View 380 TG ARGB Matcha Green Mid Tower Chassis is a dual chamber ATX chassis that supports Hidden-Connector Motherboards from ASUS and MSI and comes with four Hydraulic Bearing 120mm ARGB Lite Fans.

The View 380 TG ARGB Hydrangea Blue Mid Tower Chassis is a dual chamber ATX chassis that supports Hidden-Connector Motherboards from ASUS and MSI and comes with four Hydraulic Bearing 120mm ARGB Lite Fans.

Built for amazing views, the View 170 TG ARGB Snow Micro Chassis is an M-ATX case that features tempered glass front and left panels, and comes with three Hydraulic Bearing 120mm ARGB Lite Fans pre-installed.

Built for amazing views, the View 170 TG ARGB Micro Chassis is an M-ATX case that features tempered glass front and left panels, and comes with three Hydraulic Bearing 120mm ARGB Lite Fans pre-installed.

The Tower 300 Bubble Pink is an m-ATX case with a classic vertical case design and comes in an octagonal prism shape. It supports up to a 420mm AIO radiator on the right side and can accommodate up to eight 120mm/140mm fans. With a separately sold Chassis Stand Kit, users can enjoy a unique view with a special horizontal placement.

The Tower 300 Matcha Green is an m-ATX case with a classic vertical case design and comes in an octagonal prism shape. It supports up to a 420mm AIO radiator on the right side and can accommodate up to eight 120mm/140mm fans. With a separately sold Chassis Stand Kit, users can enjoy a unique view with a special horizontal placement.

The Tower 300 Turquoise is an m-ATX case with a classic vertical case design and comes in an octagonal prism shape. It supports up to a 420mm AIO radiator on the right side and can accommodate up to eight 120mm/140mm fans. With a separately sold Chassis Stand Kit, users can enjoy a unique view with a special horizontal placement.

The Tower 300 Racing Green is an m-ATX case with a classic vertical case design and comes in an octagonal prism shape. It supports up to a 420mm AIO radiator on the right side and can accommodate up to eight 120mm/140mm fans. With a separately sold Chassis Stand Kit, users can enjoy a unique view with a special horizontal placement.

The Tower 300 Bumblebee is an m-ATX case with a classic vertical case design and comes in an octagonal prism shape. It supports up to a 420mm AIO radiator on the right side and can accommodate up to eight 120mm/140mm fans. With a separately sold Chassis Stand Kit, users can enjoy a unique view with a special horizontal placement.