Lian Li LANCOOL 216 RGB Mid Tower Gaming Case
6,000 EGP – 6,500 EGP
Lian Li LANCOOL 216 Black Mid Tower Gaming Case
 Lian Li LANCOOL 216 Black Mid Tower Gaming Case
AIR COOLING MODE / WATER COOLING MODE
The modular motherboard I/O allow users to move the motherboard to a higher position which is more favorable for air-cooled systems, or a lower position for water-cooled systems.
AIR COOLING
Set higher, the motherboard leaves room above the PSU shroud for wider fans.
WATER COOLING
Set lower, the motherboard leaves a 63mm thick gap at the top to install radiator/fan combos, ideal for AIOs or custom water cooling.
FRONT I/O CAN BE RELOCATED
Including a power button, reset button, audio port, 2x USB3.0 ports, and a USB Type C port, the front I/O module can be relocated to the lower left side of the front panel.
HARDWARE COMPATIBILITY
The LANCOOL 216 In addition, thanks to its symmetrical design, cable management in the 2nd chamber remains unaffected.
LATEST GEN. GPU READY
LANCOOL 216Â With enough room for graphics cards up to 392mm in length, and 180mm in height (for air cooling mode), the LANCOOL 216 is compatible with even the largest NVIDIA 4000 series cards.
PRESSURE LEAK FREE
Pre-installed at the front of the top radiator bracket,
REMOVEABLE TOP RADIATOR BRACKET
The bracket comes off with the left side frame bar to provide optimal clearance.
PCIE FAN BRACKET
The GPU placed at the top of the expansion slots in air cooling mode opens up the possibility to add a 120mm fan at the rear of the case without obstructing the GPU I/O. The additional 120mm fan provides better cooling for the GPU and a greater intake/exhaust balance for the system.
VERTICAL GPU COMPATIBLE
STORAGE
LANCOOL 216Â UP TO 6 x SSD + 2 X HDD STORAGE CAPACITY
CABLE MANAGEMENT
The LANCOOL 216 offers multiple options for easy cable management. Along the cable grommet bar, 3 large velcro straps can hold 2 different sets of cables. 3 small clips are located along the rear side panel, ideal for cleanly routing the CPU 8pin cable, and 2 additional velcro straps are located near the PSU chamber to help hold down the extra PSU cable length away from the ventilation path in the bottom chamber.