Computer case Bandit BPA1 ARGB by Bandit — mid-tower ATX compatible, ARGB lighting

Bandit BPA1 ARGB is a mid-tower computer case designed for ATX-compatible desktop builds. It features addressable RGB (ARGB) lighting integrated into the chassis and supports full-size ATX motherboards, offering practical internal space for graphics cards, storage drives and cooling solutions. The layout suits both new builds and component upgrades where a balance of expandability and visual lighting control is required.

Advantages

The case provides a combination of standard mid-tower dimensions and ARGB illumination, enabling coordinated lighting effects without requiring separate external controllers. Internal mounting options allow for multiple drive and cooling configurations, while the ATX-compatible layout simplifies installation of mainstream components. The design focuses on accessibility and airflow, supporting common cooling hardware and component sizes.

Suitable for

• ATX or Micro-ATX desktop PC builds
• Gaming rigs requiring ARGB lighting
• Workstations with mid-tower component layouts
• Upgrading an existing mid-tower system to add ARGB illumination

Key specifications

• Form factor compatibility: ATX, Micro-ATX
• Chassis type: Mid-tower
• Lighting: Addressable RGB (ARGB) integrated
• Drive bays: Support for standard 2.5" and 3.5" storage configurations
• Cooling support: Space for multiple fans and liquid cooling radiators in typical mid-tower positions
• Expansion slots: Standard full-height expansion slot support for discrete graphics and add-in cards

How to use

Install the motherboard aligned with the standoffs for ATX or Micro-ATX layouts and secure it with screws. Route power and data cables through the available cutouts, mount storage drives in the designated bays, and install the power supply in its compartment. Connect ARGB headers from the motherboard or a compatible controller to the case lighting according to the motherboard manual to enable addressable RGB control. Add fans or radiators in the supported positions to achieve the desired airflow and thermal performance.

Usage recommendations

For optimal thermal performance, combine front and rear fan placement and consider a top-mounted radiator if using liquid cooling. Use the motherboard ARGB software or a compatible controller to synchronize lighting effects. When installing high-profile CPU coolers or long graphics cards, verify available clearance against component dimensions before final assembly.