How can the power supply compartment layout of an open desktop chassis be designed to reduce heat accumulation?

The power compartment layout of an open desktop chassis needs to build an efficient heat dissipation system through independent compartments, air duct optimization, dust isolation and hardware compatibility design.

Does an open chassis structure affect overall stability?

Open chassis, a popular PC design style among DIY builders and high-performance computing users in recent years, have become a hallmark of personalized builds with their unobstructed visuals and exceptional heat dissipation potential.

How does a separate power supply compartment in the chassis improve internal cleanliness?

In the digital world, the chassis of a computer has long transcended the simple function of housing hardware. It has evolved into a miniature palace of technological art

Is the desktop open-type mainframe chassis scratch-resistant and wear-resistant and maintains its appearance intact?

In terms of structural design, the edges and corners of the chassis are often rounded or reinforced to reduce the risk of wear on sharp areas.

Can the expandability of an open chassis meet the needs of connecting multiple devices?

The expandability of the open chassis has a natural advantage in connecting multiple devices, and its design without a closed shell provides more space for interface layout.

How does the glass side panel design improve the overall visual appearance of the open host chassis?

In the world of desktop computers, the "chassis" of the host often determines the scalability, heat dissipation performance and visual style of the entire machine.