ASUS ProArt PA602 Mid-Tower Case

Overview

The ASUS PA602 PROART CASE is a mid-tower workstation chassis designed to accommodate high-performance E-ATX and ATX systems. It provides ample space for large graphics cards up to 450 mm, CPU coolers up to 185 mm tall, and supports radiators as large as 420 mm on the top panel, making it well suited for creative professionals such as video editors, 3D artists, and engineers who require powerful hardware and efficient cooling. The case features pre-installed fans and an advanced airflow design to maintain optimal temperatures during intensive workloads.

Key features

• Supports large components including graphics cards up to 450 mm and CPU coolers up to 185 mm, allowing for high-end builds without fit concerns.
• Pre-installed cooling system with two 200 mm front fans and one 140 mm rear fan creates strong front-to-back airflow to keep critical components cool.
• Top panel accommodates radiators up to 420 mm, enabling advanced liquid cooling setups for enhanced thermal performance.
• Integrated PWM fan hub and airflow deflectors direct air efficiently toward the CPU and GPU, helping maintain boost clocks during demanding tasks.
• Tool-less PCIe slots and an integrated GPU holder simplify installation and secure large graphics cards firmly in place.
• Flexible storage options with four drive cages for 3.5-inch or 2.5-inch drives plus space for four additional 2.5-inch drives behind the motherboard tray.
• Front I/O panel includes a 20 Gb/s USB-C port and four USB-A ports, providing fast and versatile connectivity for external drives and peripherals.
• Built-in wheels and recessed handles make it easy to move a fully loaded system between workspaces without strain.
• Infrared dust sensor alerts you when it’s time to clean filters, ensuring consistent airflow and cooling efficiency over time.

Key specs

• Maximum graphics card length: 450 mm
• Maximum CPU cooler height: 185 mm
• Radiator support (top panel): up to 420 mm
• Pre-installed fans: two 200 mm front, one 140 mm rear
• Expansion slots: 10
• Drive bays: 4 x 3.5-inch or 2.5-inch cages, plus 4 x 2.5-inch behind motherboard tray
• Front I/O ports: 1 x USB-C 20 Gb/s, 4 x USB-A
• Cooling control: integrated PWM fan hub

Connectivity and compatibility

The front panel offers modern connectivity options essential for creative workflows. The 20 Gb/s USB-C port supports fast data transfer speeds, ideal for external SSDs and high-bandwidth peripherals. Four USB-A ports provide ample connections for keyboards, mice, and other accessories. The case’s ten expansion slots allow for multiple add-in cards or additional GPU brackets, supporting a wide range of professional hardware configurations.

Performance and reliability

Designed to maintain stable performance during long rendering sessions or complex 3D projects, the case’s airflow system uses large fans and internal deflectors to target heat zones effectively. The PWM fan hub enables synchronized fan speed control through the motherboard, balancing cooling and noise levels. The infrared dust sensor helps maintain system reliability by prompting timely filter cleaning, preventing dust buildup that can degrade cooling over time.

Installation and setup

Assembly is streamlined with tool-less PCIe slots and an integrated GPU holder that secures heavy graphics cards without extra hardware. The spacious interior and flexible drive mounting options allow for customized storage layouts, accommodating both large hard drives and multiple solid-state drives. Built-in wheels and recessed handles facilitate moving the system between studios or workstations, making it practical for dynamic professional environments.

Ideal uses and environments

This chassis fits well in professional studios, classrooms, and production sets where powerful, expandable workstations are needed. It supports high-end components and advanced cooling solutions, making it a strong choice for users who run demanding applications such as video editing, 3D rendering, and engineering simulations. Its mobility features also benefit teams that require frequent relocation of their systems without compromising hardware safety or performance.