Computer Case Akasa Newton WS A-NUC92-M1B Mini ITX Black

The Akasa Newton WS A-NUC92-M1B Mini ITX Black is an ultra-compact computer case crafted for systems based on the Intel NUC Wall Street Canyon platform. With external dimensions of 200 x 200 x 80 mm, this low-profile enclosure supports Mini ITX motherboards and prioritizes silent operation through passive cooling. The black finish and compact footprint make it suitable for constrained spaces where a discreet, space-saving system is required.

Advantages

The case provides passive cooling designed to dissipate heat without moving parts, resulting in silent operation and reduced maintenance. Its compact 200 x 200 x 80 mm footprint is optimized for small desktops, wall mounting or placement in tight cabinets. Constructed from quality materials, the enclosure offers a sturdy shell and an understated aesthetic in black that integrates into both home and office environments.

Suitable for

• Compact desktop workstations where low noise is required
• Home media centres and quiet HTPC setups
• Office terminals and small business POS systems
• Wall-mounted or tucked-away installations with limited space

Key specifications

• Form factor support: Mini ITX
• Compatible platform: Intel NUC Wall Street Canyon
• Cooling type: Passive (fanless) cooling design
• External dimensions: 200 x 200 x 80 mm
• Finish: Black
• Material: High-quality enclosure materials designed for durability

How to use

Install a compatible Mini ITX motherboard and components according to standard assembly procedures, ensuring proper contact between heat-generating components and the case's passive cooling surfaces where applicable. Place the system in a location with adequate ambient airflow to allow natural convection to remove heat. For wall-mounted setups, follow appropriate mounting instructions and use secure fixtures rated for the case weight. Cable routing should be arranged to avoid obstructing ventilation paths.

Recommendations

To maintain silent operation and reliable thermal performance, use low‑power components suited to passive cooling, monitor system temperatures under expected workloads, and provide at least several centimeters of clearance around the case for airflow. Avoid blocking ventilation surfaces and perform periodic dust checks to preserve passive cooling efficiency.