Thermaltake The Tower 300 Micro Tower Matcha Plum

The Tower 300 Matcha Plum 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 Legacy Continues
As a new edition of The Tower Series, The Tower 300 Matcha Plum inherits the classic vertical case design but comes in an octagonal prism shape. It has amazing hardware compatibility, accommodating a 4090 GPU, a standard-sized power supply up to 220mm, and a 420mm AIO radiator. What's more, it can accommodate up to eight 120mm/140mm fans on the top, back, PSU cover and right side fan bracket. If you want to make The Tower 300 Matcha Plum more visually appealing, you can purchase the separately sold 3.9" LCD Screen Kit and Chassis Stand Kit to upgrade the build; the former to display real-time component information and the latter for a unique view with a special horizontal placement.

Classic Vertical Body Design
The Tower 300 Matcha Plum retains the iconic contours of its predecessors, with a vertical body design but in an octagonal prism shape, allowing the chassis to have a smaller footprint and providing flexibility and minimizing obstructions to your gaming and workspace.

A Unique View - Horizontal Case Placement
With the optional chassis stand kit, which includes a bottom cover panel and a display stand for horizontal case placement, The Tower 300 Matcha Plum allows for easy customization of the case for a unique viewing experience.

Supports up to a 420mm Radiator on the Right
The Tower 300 Matcha Plum delivers exceptional cooling that it supports up to a 420mm radiator on the right side, which effectively reduces the temperature inside the chassis and maintains optimal system performance.

Tool Free Panels for Easy Access
The Tower 300 Matcha Plum features three 3mm tempered glass panels on the front and two perforated panels on each side. All are easily removable without tools.

Two CT140 PC Cooling Fans Pre-installed
The Tower 300 Matcha Plum features two 140mm PWM fans on the top to provide good cooling performance.

Unify your fans with your build!
Thermaltake launches brand-new CT series fans, allowing users to choose from black or white, RGB or non-RGB, to match whatever color scheme you have.

Visually Pleasing, Totally Interactive
Maximize your Tower 300 Matcha Plum’s visual effects by upgrading it with our LCD Screen Kit.

The 3.9” LCD Display allows you to monitor real-time information and upload any images or GIFs to add extra flair using the TT RGB Plus 2.0 software. It also allows you to interact with the cooling components that feature the same LCD displays. The latest version includes weather mode and time mode for users to expand the usage of our LCD displays.

Personalize Your LCD Display
Through the TT RGB Plus 2.0, the 3.9'' LCD display presents real-time information and plays JPG and GIF files with 128*480 resolution. What’s more is users can even show the time and weather information on the display, bringing great visual aesthetics and highly customizable functions to your Tower 300 Matcha Plum chassis.

Choose The Way You Install
On the right side, The Tower 300 Matcha Plum has the capacity to support either three 120/140mm fans or a 420mm/360mm AIO radiator. Installation is a breeze thanks to the removable fan bracket, which simplifies the process.

Air Intake and Exhaust
Featuring a vertical chassis design, The Tower 300 Matcha Plum still has well-designed cold air intakes and hot air exhausts to keep the internal temperature low at all times.

We've Tested Everything, So You Don’t Have To
At Thermaltake, we always stress test our products under harsh conditions to ensure product quality. The Tower 300 Matcha Plum products were tested at 100% full load for 30 minutes, with the most high-end CPU, GPU, and motherboard at the time of test, while paring with a consumer-style setup, allowing us to test how the chassis performs under real-world situations.