AP201 enclosure Asus PRIME CASE TG black The AP201 Asus PRIME CASE TG is a real technical feat, designed specifically to meet the thermal requirements of high-performance IT equipment. With support for heatsinks 280 and 360 mm, as well as the ability to integrate up to six fans, the AP201 is perfectly equipped to efficiently dissipate heat from the most demanding components. Spatial efficiency and configuration flexibility The AP201 case shines with its spatial efficiency, offering an internal volume of 33 liters. Despite this compactness, it supports ATX power supplies up to 180 mm in length and graphics cards up to 338 mm, while offering the possibility of configuring a customized liquid cooling system and integrating various storage peripherals. Easy, secure access thanks to tool-free side panels The side panels of the AP201 enclosure are designed for maximum ease of use. Thanks to a simple, but effective, clip mechanism, these panels can be easily removed while remaining secure against accidental dislodgement. This feature makes access to internal components and upgrades quick and effortless. Intelligent Cable management for a neat interior cable management is a crucial aspect of any PC build, and the AP201 excels in this area. With an extended motherboard tray, equipped with strategically placed cut-outs and 32 mm of space, it allows cable to be stored efficiently and unobtrusively, contributing to a tidy interior and improved airflow. Avant-Garde connectivity with USB Type-C® on the front panel The front panel of the AP201 is equipped with a USB 3.2 Gen 2 Type-C port, offering users ultra-fast transfer speeds of up to 10 Gbit/s. This modern feature ensures state-of-the-art connectivity and ease of use for all compatible peripherals. The AP201 Asus PRIME CASE TG is the ideal choice for demanding PC builders looking for the perfect combination of thermal performance, space efficiency, easy access and quality cable management. With its advanced features and intelligent design, the AP201 is positioned as a top choice for a high-level computing experience. |