Zalman Z10 DS Black

The Zalman Z10 DS Black PC case in a Midi Tower size offers a captivating design dominated by a black finish. It is applied to a steel construction. The Midi Tower is designed for building powerful and standard PCs that fit easily under your desk. Even though it's a smaller version of a PC case, it accommodates a reasonable number of gaming and professional components. Many of you will also appreciate the option for efficient dissipation of excess heat using larger coolers and fans, which you can easily install in the case. The main control panel for the PC assembly, which lets you control and connect peripherals, is located on the top of the case. You can fit an ATX, mATX (Micro ATX), or mITX (Mini ITX) type motherboard into the Zalman Z10 DS Black case. It also features a front door, which can hide connectors or a CD drive, and opening it achieves more effective cooling. For a perfect overview of your computer's status, it is equipped with a display. The ARGB backlight colour adds a stylish look.

Key features of the Zalman Z10 DS Black PC case

• The Midi Tower PC case format is suitable for building powerful desktop PCs
• Lets you install modern components with reliable cooling
• Black refined steel construction features a transparent side panel
• In the Zalman Z10 DS Black, you will find 11 fan positions
• 3 slots are already fitted with the included fans
• Users who desire quiet and effective cooling will certainly appreciate the support for water cooling
• The front door can be opened
• The Zalman PC case offers a display for a perfect overview
• ARGB backlight colour gives the PC case a unique look
• Front panel location: top

What's inside the Zalman Z10 DS Black PC case

2 2.5" SSD slots. All other components are mounted on the motherboard. The main control panel has connectors for USB 3.2 Gen 1, USB-C, a 3.5mm jack (headphones), and a 3.5mm jack (microphone). The power supply in the Zalman PC case is designed to be at the bottom of the case, so it primarily handles the power supply and is not affected by higher temperatures.