Description
Lian-Li Lancool 217 Infinity Black Computer Case Mid Tower ATX ARGB LAN217INFX
Specification
Case Type
MB Compatability
Lighting type
Hard Drive 3.5
Hard Drive 2.5
CPU Cooler Height (mm)
Front Connections
Dimensions
Color
Information
Lancool 217 Infinity
LANCOOL 217 INF continues our signature high-efficiency airflow design with an infinity mirror front panel for a striking visual effect, while dual tempered glass cutouts ensure ample airflow.
LIGHTING CONTROL, MADE SIMPLE
The top I/O panel integrates an M1 button for front panel lighting and an M2 button for fan lighting effects,
allowing easy customization of illumination styles.
Users can choose between three lighting control methods:
through L-Connect 3 (wireless controller required), via the I/O buttons, or by using motherboard sync.

MASSIVE AIRFLOW, EFFORTLESS COOLING
The LANCOOL 217 INF is equipped with high-performance front and rear fans, plus additional fan mounting options at the top and bottom of the chassis.
This flexible airflow setup maximizes heat dissipation and ensures smooth, stable performance for all internal components.
The front fans come with a metal mesh dust filter that prevents dust intake and accidental fan contact.
The filter can be easily detached for quick cleaning.

COMPREHENSIVE FAN / RADIATOR SUPPORT
In addition to the included 170mm and 140mm fans, it supports multiple additional fans and accommodates up to a 360mm radiator with a total thickness under 85mm.

• Mid-tower chassis engineered for high-volume airflow with a bold infinity-mirror front aesthetic.
• Dual 170mm front fans + 140mm rear fan deliver strong, efficient system cooling.
• Tempered-glass front panel with precision cutouts and integrated infinity-mirror lighting.
• Supports wireless fan and ARGB lighting control through L-Connect 3 (L-Wireless controller required), I/O buttons, or motherboard sync.
• Compatible with back-connect motherboards for cleaner cable routing and a streamlined build.
• Certified PPLP S-Class Thermal Performance for reliable cooling under demanding loads.











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