Discover Everything you need

From daily essentials to luxury fashion

ATX Semi-tower Box NZXT CM-H92FW-R1 White

Sale price €238,35 EUR Regular price €287,16
Tax included Shipping calculated at checkout.

NZXT  |  SKU: M0328728  |  Barcode: 5056547207650

Description

If you're passionate about IT and electronics, like being up to date on technology and don't miss even the slightest details, buy ATX Semi-tower Box NZXT CM-H92FW-R1 White at an unbeatable price.

The NZXT H9 Flow RGB ATX mid-tower case in white is designed for users seeking a functional and stylish chassis to build high-performance systems. This Midi-Tower model features a sturdy build with a tempered glass side panel that offers a clear view of the interior, ideal for those who value aesthetics and neatness. It has an optimized internal layout for efficient cable management, enabling a clean setup and improving internal airflow, essential for proper cooling. It includes RGB illuminated fans that add customizable lighting effects, plus a front mesh panel that enhances fresh air intake for better thermal performance. Connectivity options highlight a USB-C 3.2 port and additional USB-A 3.2 ports, ensuring compatibility with modern devices and optimal transfer speeds. Its compatibility with ATX motherboards allows for versatile and powerful component configurations, suitable for both gaming and workstations. Overall, the NZXT H9 Flow RGB combines quality materials, advanced technical features, and elegant design, making it a practical and versatile choice in the PC case segment.



  • Type:
    • ATX Semi-tower Box
    • PC
  • Colour: White
  • Material:
    • Leggings
    • Tempered glass
    • SGCC
    • Tempered Glass
  • Form factor: Midi-Tower
  • Characteristics: Cable Organiser
  • Connections:
    • USB-C 3.2 x 1
    • USB-A 3.2
    • 3.5mm jack cable
  • Expansion slots: 7


General Product Safety Regulations information:
NZXT B.V.
Hogehilweg 19, Amsterdam, Netherlands, 1101 CB
1101 CB - Amsterdam
+31202049909
https://www.nzxt.com

Payment methods