Description

Lian Li Lancool 205M Mesh Snow – Compact White Micro-ATX Case for Airflow and Aesthetics

High Airflow. Small Footprint. Pure White Finish.

The Lian-Li Lancool 205M Mesh Snow (OE744MS) is a micro-ATX mid-tower PC case that delivers efficient airflow, clean aesthetics, and modern build features in a compact footprint. With its white steel construction, mesh front panel, and tempered glass side panel, it’s ideal for minimalistic or themed gaming and workstation builds.

Key Features:

• Front Mesh Panel for superior airflow

• White Steel Chassis – Snow Edition

• Tempered Glass Side Panel to showcase your build

• 2 Pre-installed 120 mm Fans (Front & Rear)

• Supports Micro-ATX and Mini-ITX Motherboards

• Top and Bottom Dust Filters

• Tool-less Panel Design

• Efficient Cable Management Space

Optimized for Efficient, Quiet Builds

Despite its smaller size, the Lancool 205M Mesh Snow offers excellent hardware support with GPU clearance up to 375 mm and CPU coolers up to 160 mm. It also supports 240 mm radiators, making it a great option for builders seeking performance in a compact layout.

Technical Specifications:

• Motherboard Support: Micro-ATX / Mini-ITX

• GPU Clearance: up to 375 mm

• CPU Cooler Height: up to 160 mm

• Radiator Support:

  • Front: up to 240 mm

  • Rear: 120 mm

• Drive Bays:

  • 2 x 2.5” SSD

  • 2 x 3.5” HDD

• Expansion Slots: 4

• Pre-installed Fans:

  • 1 x 120 mm (Front)

  • 1 x 120 mm (Rear)

• Front I/O Ports:

  • 2 x USB 3.0

  • HD Audio

  • Power & Reset

Sleek and Functional White Aesthetic

With its Snow Edition finish, this case fits seamlessly into light-themed setups or clean, modern workspaces. The glass side panel allows you to proudly display your components and RGB lighting, while the mesh panel ensures optimal cooling.

Why Choose Lian Li Lancool 205M Mesh Snow?

Whether you’re building a stylish compact gaming rig, a quiet productivity machine, or a white-themed workstation, the Lancool 205M Mesh Snow delivers on both form and function — combining airflow, aesthetics, and efficient use of space.