(PR) Akasa Unveils Pascal MX Waterproof Fanless (Thin) Mini-ITX Industrial Case

Key Takeaways

• IP65‑rated fanless case for Mini‑ITX industrial use
• Supports Intel LGA1851, LGA1700, LGA1200 up to 65 W
• Patented spring‑loaded CPU mount ensures uniform pressure
• Passive aluminium chassis dissipates heat from CPU and SSD
• Optional 150 W external adapter enables complete system builds

Pulse Analysis

The demand for rugged, fan‑less enclosures has accelerated as edge computing moves out of climate‑controlled data centers into factories, transport hubs, and remote field sites. Traditional fan‑cooled chassis struggle with dust, vibration, and moisture, leading to higher failure rates and costly downtime. By delivering an IP65‑rated, dust‑tight and water‑jet‑resistant aluminium shell, Akasa’s Pascal MX directly addresses these pain points, offering a sealed platform that meets the reliability standards required for mission‑critical deployments.

At the core of the Pascal MX is a patented spring‑loaded CPU mounting system that guarantees uniform pressure across Intel LGA1851, LGA1700 and LGA1200 sockets, supporting 10th‑ to 15th‑generation Core processors up to 65 W TDP. Heat from the processor and an M.2 2280 SSD is transferred to the chassis via dedicated thermal modules, allowing passive dissipation through external fins without any moving parts. The integrated 220 W DC‑DC converter supplies multi‑rail outputs, while sealed HDMI, dual USB 3.0, Ethernet and power cables simplify field installation and maintenance.

For sectors such as mining, marine infrastructure, medical imaging, and outdoor digital signage, the Pascal MX provides silent operation, extended uptime, and straightforward wall‑mounting options. The optional 150 W external adapter completes the power solution, enabling turnkey system builds that can operate from –25 °C to 70 °C. As edge devices become increasingly critical to industrial automation and IoT strategies, Akasa’s fanless case positions itself as a scalable foundation for future‑proof, low‑maintenance deployments.