MSI MAG Pano 110R PZ PC tower case

MSI´s mainstream MAG series epitomizes stability and durability and is built to withstand the most intense gaming sessions.

The entire lineup features robust construction with metallic-like hardness and excellent heat dissipation, ensuring stability for all critical gaming components.

To fulfill the desire for showcasing an ARGB PC build, the MAG PANO 110R Series features a 270-degree panoramic display, enhancing aesthetics and maintaining a clean design.

Decorated with a metal nameplate to highlight the MAG family identity.

Featuring a 1-to-5 ARGB fan control hub, this system is fully compatible with MSI Mystic Light, allowing for easy sync and customizable ARGB lighting effects.

Pre-installed with 3 x ARGB reverse blade fans at the side and 1 x ARGB fan at the rear for optimal airflow and a clean, stylish design.

MSI MAG PANO 110R PZ.

Form factor:

Midi Tower, Type:

PC, Product colour:

Black.

Power supply location:

Bottom, Supported power supply form factors:

ATX.

Side fans installed:

3x 120 mm, Side fans diameters supported:

120,140 mm, Rear fans installed:

1x 120 mm.

Supported HDD sizes:

2.5,3.5´´.

Width:

225 mm, Depth:

420 mm, Height:

485 mm.

270-Degree Display:

The chassis features a 270-degree panoramic design with tempered glass, providing an expansive view to showcase detailed components.

Measurements:

Supports multiple motherboard sizes, including regular ATX, Micro-ATX, Mini-ITX and back-connect ATX and Micro-ATX, allowing users to customize their PC setup.

Pre-build with Reverse Blades Fan:

Pre-installed reverse blade fans on the side ensure an unobstructed display of the ARGB fan´s lighting effects, free from interference by fan frames.

ARGB-Fan Control Board:

The 1-to-5 ARGB fan control board supports up to 5 ARGB fans, allowing users to adjust 18 ARGB lighting effects with a single LED switch button.

Upgrade Airflow Layout:

Supports up to 10 fans, a 360mm radiator on top and a 120mm radiator at rear.

The lower chamber, surrounded by vents, further enhances heat dissipation for optimal performance.