Lian Li LANCOOL 217 INF Black Infinity Mirror Computer Case, Mid-Tower ATX PC Case w/ 3 Pre-Installed Fans, 2x170mm ARGB Fans, 1x140mm, Front Mirror Glass Panel, Optimized Airflow - Black (LAN217INFX)
- Enhanced Cooling and Lighting with Three ARGB Fans: Three Pre-Installed Fans: Comes with three ARGB fans (two 170mm at the front and one 140mm at the rear) that not only enhance system cooling but also elevate the cases visual appeal with dynamic lighting effects.
- Three Pre-Installed Fans: Infinity Mirror Front Panel: Features a built-in tempered glass infinity mirror design, enhanced by two pre-installed 170mm ARGB front fans, providing stunning visual effects and strong airflow.
- Relocatable I/O Module: Relocatable I/O Module: The I/O module can be installed at the top or bottom of the case for easy access, featuring an M1 button to control front panel lighting and an M2 button for the ARGB fan lighting.
- Two PSU Mounting Orientations: Two PSU Mounting Orientations
- Enhanced Airflow Design: Precision-cut intake openings ensure strong airflow while maintaining a sleek design, optimizing cooling performance without compromising aesthetics.
- Enhanced Cooling and Lighting with Three ARGB Fans: Three Pre-Installed Fans: Comes with three ARGB fans (two 170mm at the front and one 140mm at the rear) that not only enhance system cooling but also elevate the cases visual appeal with dynamic lighting effects.
- Three Pre-Installed Fans: Infinity Mirror Front Panel: Features a built-in tempered glass infinity mirror design, enhanced by two pre-installed 170mm ARGB front fans, providing stunning visual effects and strong airflow.
- Relocatable I/O Module: Relocatable I/O Module: The I/O module can be installed at the top or bottom of the case for easy access, featuring an M1 button to control front panel lighting and an M2 button for the ARGB fan lighting.
- Two PSU Mounting Orientations: Two PSU Mounting Orientations
- Enhanced Airflow Design: Precision-cut intake openings ensure strong airflow while maintaining a sleek design, optimizing cooling performance without compromising aesthetics.