VZMORE V-Cooling Vapor Chamber Boosts Mini PC Heat Transfer by 50%

As chip power demands increase, VZMORE has introduced V-Cooling, a new cooling architecture for Mini PCs that replaces traditional dual-heat-pipe modules with a large vapor chamber. The company has introduced V-Cooling, a new thermal architecture that swaps out the standard dual-heat-pipe setup for a much larger vapor chamber. VZMORE claims the design provides a 40% larger heat-spreading area and 50% higher heat-transfer efficiency compared to conventional dual-heat-pipe coolers. By moving to a vapor-based system, VZMORE aims to keep Mini PCs running cooler and quieter under heavy loads.

New vapor chamber design replaces dual-heat-pipe modules in Mini PCs

At the heart of V-Cooling is a large vapor chamber that replaces the traditional dual-heat-pipe module found in most Mini PCs. The design integrates a 360-degree bottom air intake to pull in cool air from all sides of the chassis base. Vertical airflow channels then direct this air upward through the vapor chamber and out via a custom fan. The architecture combines a large vapor chamber, a 360-degree bottom air intake, vertical airflow, and a custom fan to manage heat.

V-Cooling Specifications

• Cooling Technology: Large vapor chamber replacing dual-heat-pipe module
• Heat Spreading Area: 40% larger than conventional dual-heat-pipe cooler
• Heat Transfer Efficiency: 50% higher than conventional dual-heat-pipe cooler
• Air Intake: 360-degree bottom air intake
• Max TDP Support: Up to 80 W (V-Boost Pro)

VZMORE claims that this new vapor chamber design offers a 40% larger heat-spreading area compared to conventional dual-heat-pipe coolers. The company also states that the system achieves 50% higher heat-transfer efficiency than the older dual-heat-pipe standard. To handle more powerful components, the V-Boost Pro configuration is designed to support Mini PCs with a maximum TDP of up to 80 W. The V-Boost Pro configuration is designed to support Mini PCs operating at up to 80 W TDP.

Noise levels are a critical factor for Mini PC users, and VZMORE claims the V-Cooling system can operate at just 38 dB under full load. This figure is approximately 12 dB lower than the roughly 50 dB baseline the company uses for comparison with conventional Mini PC cooling systems. However, the improved performance comes at a cost, as VZMORE notes that the vapor chamber module itself costs roughly three times as much as the dual-heat-pipe design it replaces. According to VZMORE, the vapor chamber module costs roughly three times as much as the dual-heat-pipe design it replaces.

VZMORE has introduced a new cooling design for Mini PCs called V-Cooling. The architecture combines a large vapor chamber, 360-degree bottom air intake, vertical airflow and a custom fan.