Deepcool CH160 MESH Mini Tower Mini-ITX Case

Description

Deepcool CH160 MESH Mini Tower Mini-ITX Case with Full Mesh Airflow

The Deepcool CH160 MESH is a compact mini tower designed specifically for Mini-ITX builds, making it an excellent choice for gamers and PC enthusiasts who want strong performance in a smaller footprint. Its full mesh panel approach prioritizes airflow over visual bulk, helping components stay cooler during long gaming sessions, heavy multitasking, or sustained rendering workloads. If you’re building a space-saving system—like a living-room gaming PC or a desk-friendly workstation—this case offers the right balance of size, ventilation, and upgrade flexibility.

Motherboard & Build Compatibility

This case supports Mini-ITX motherboards, allowing you to create a clean, efficient small form factor setup without sacrificing essential expandability. Compared to larger towers, the CH160 MESH keeps cable routing and internal layout more straightforward for compact builds, while still providing enough room for a capable CPU cooler and a dedicated graphics card configuration. It’s particularly suitable for users who want a mini PC that still feels like a real desktop build rather than a limited “appliance-style” system.

Cooling System: Up to 6 Fans + 240mm Side Radiator

Cooling is one of the standout strengths of the CH160 MESH. It supports up to 6 fans with a flexible layout: front (1×120mm), top (2×120mm), side (2×120mm), and rear (1×120mm). This fan distribution helps create balanced intake and exhaust paths, which is especially useful when your GPU runs hot or when you’re using a high-performance CPU cooler. For liquid cooling enthusiasts, the case also supports a side radiator up to 240mm, enabling quieter thermals and strong heat dissipation for demanding workloads.

Expansion & Storage for Practical Upgrades

With 3 expansion slots, the Deepcool CH160 MESH gives you room for essential add-ons and a more flexible build strategy than many ultra-compact enclosures. Storage support includes 1×3.5" drive bay and 1×2.5" drive bay, letting you combine HDD capacity with SSD speed. This is a practical setup for users who want fast boot times and application loading from SSDs while still keeping larger media or project storage on a 3.5" drive.

Front Panel Connectivity for Everyday Convenience

The front I/O is designed for daily usability, featuring USB 3.0 ×2, Audio ×1, and Gen2 Type-C ×1. This combination is ideal for quickly connecting peripherals such as headsets, controllers, external drives, and modern accessories that rely on Type-C. Having these ports on the front panel reduces the need to reach behind the desk, improving comfort during frequent device swapping—like plugging in a microphone for calls or connecting a portable SSD for file transfers.

Power Supply, GPU, and Cooler Fitment

The CH160 MESH supports multiple power supply options, including ATX PS2 (up to 140mm), SFX, and SFX-L, giving you flexibility when selecting components for a compact build. It can accommodate graphics cards up to 305mm in SFX/SFX-L setups or up to 230mm with ATX PSUs, so your GPU choice should align with the PSU form factor you plan to use. CPU cooler height support reaches up to 172mm, which helps you pair the case with a wide range of air coolers for strong thermal performance without relying on liquid cooling.

Lightweight Build with Modern Mesh Design

Built using durable ABS, PVC, and SPCC materials, the Deepcool CH160 MESH is lightweight at 3.1kg while remaining compact at 336×200×283.5mm. This makes it easier to transport for LAN events, moving between rooms, or upgrading your setup over time. The mesh-focused design also supports better dust management through airflow paths, making it a smart pick for users who want a breathable case that supports efficient cooling in a mini tower form factor.

Buy Deepcool CH160 MESH Mini Tower Mini-ITX Case in Bangladesh for a compact, airflow-first build with flexible fan and radiator support—ideal for gamers and creators who want strong performance in a small footprint.