PC Akasa Tesla H Small Form Factor SFF nero

The Akasa Tesla H Small Form Factor (SFF) case is a compact, fanless aluminium chassis designed for 2.5" storage and mini-PC builds. With a black finish and UCFF 4" x 4" form factor, it fits tightly spaced environments such as business workspaces, classrooms and embedded systems. Its low-profile dimensions (240 mm × 150 mm × 48 mm) and support for VESA mounting allow flexible placement while passive cooling helps reduce noise and maintenance.

Advantages

The aluminium fanless design provides passive heat dissipation without moving parts, reducing noise and improving reliability. The case accommodates two 2.5" SSDs or HDDs, includes an opening for a serial port and IR remote function support, and offers security via a Kensington lock. Three antenna fitting holes and VESA compatibility expand connectivity and mounting options for compact installations.

Suitable for

• Business desktops and office mini-PCs
• Education and classroom computers
• Embedded systems and digital signage
• Home theater PCs and silent computing setups

Key specifications

• Brand: Akasa, Model: Tesla H (A-NUC05-M1B)
• Form factor: UCFF 4" x 4" (SFF)
• Dimensions: 240 mm (W) × 150 mm (D) × 48 mm (H)
• Material: Aluminium, fanless (passive cooling)
• Storage support: Two 2.5" SSD/HDD bays
• Features: IR remote function support, serial port opening, three antenna fitting holes
• Security: Kensington lock
• Mounting: VESA compatible
• MPN: A-NUC05-M1B, EAN: 4710614534735

How to use

Install a compatible mini‑ITX or UCFF motherboard and mount up to two 2.5" drives in the designated bays. Position the case where passive airflow is unobstructed to ensure effective heat dissipation. Use the VESA mounting points for attaching the case to the back of a monitor or other surfaces, and connect antennas through the provided fitting holes when required. Secure the unit with the Kensington lock if physical protection is needed.

Recommendations

Place the case in a well-ventilated location and avoid covering ventilation surfaces to maintain passive cooling efficiency. Use solid-state drives where possible to reduce heat output and improve system reliability.