For illustrative purpose only
Case 40 NAMU ATX Midi Tower Black ARGB
Product Information
| Information | |
|---|---|
| Manufacturer | Zalman |
| Product code | 3613585917 |
| EAN | 08800263650392 |
| Manufacturer part number | P40 NAMU Black |
| Category | Desktop cases |
Product Description
Panoramic View with Seamless Tempered Glasses
Two frameless front and side tempered glasses showing unique PC build.
Premium Tempered Glass Panel
Using 4mm thick tempered glass, P40 NAMU offers exceptional durability.
Vibrant AF120 Lighting Effect
- The blade vibration is minimized by preventing the trembling of the blades during fan operation and the durability is enhanced.
- Wind noise is minimized by suppressing the vortex phenomenon that occurs on the blades.
- Airflow is maximized by minimizing the amount of air flow lost to the outer circumference of the rotor.
ARGB CONTROLLER
RGB control hub and LED Control Button(Reset Button) at side enable variety RGB effects. Connect to motherboard 5v RGB pin header to create various RGB modes.
Tool-Free Tempered Glasses
The Side panel can be easily and completely removed for convenient access to PC components. Easy panel management with groove fixing structure at the bottom of the tempered glass.
Convenient maintenance
Effortless side panel removal offers superior convenience during maintenance.
Unrestricted Cooling Potential
Delivers the ultimate cooling solution with side intake design, combined with optimized fan placement for superior internal airflow.
Support for Reverse layout Motherboard
All connectors on the underside of the motherboard for clean cable management and a minimalist build appearance.
P40 DS is perfect for hidden-connector PC and makes cable management much easier.
Efficient Cable Management with Optimal Routing Design
34mm cable management space helps keep wires organized.
Convenient cable management layout and space makes it easier than ever to organize messy cables for a clean look.
Top & Bottom Magnetic Dust Filter
Magnetic dust filters on the top and bottom effectively minimize dust buildup while enabling rapid heat dissipation during operation.