Description
The SilverStone SETA H2M (SST-SEH2M-B) redefines the potential of the Micro-ATX form factor by blending high-density storage capabilities with advanced thermal engineering. Constructed from premium high-grade steel, this chassis is designed to accommodate the latest hardware trends, most notably supporting back-connect motherboards that hide cabling behind the tray for an ultra-clean aesthetic. With a 46.78-liter volume, it strikes an ideal balance between a compact footprint and the internal clearance required for enthusiast-grade components, including dual 160mm intake fans that ensure consistent positive pressure and cooling efficiency.
This product is for:
This versatile chassis is specifically tailored for five key user profiles:
- PC Builders prioritizing aesthetics who want to utilize back-connect motherboards (like ASUS BTF or MSI Project Zero) for a cable-free interior.
- Performance-driven gamers requiring high-airflow configurations to cool high-TDP components via the pre-installed 160mm fans.
- Content creators and professionals needing extensive storage, as the case supports up to eight 2.5-inch SSDs.
- Liquid cooling enthusiasts looking for a compact case that can house 360mm radiators in both the front and top positions.
- System integrators seeking a durable, high-quality steel frame that offers easy access and modern I/O, including a high-speed USB Type-C port.
Detailed specifications:
Technical Specifications and Compatibility:
- Motherboard Support: Micro-ATX, Mini-ITX (Back-connect compatible).
- Dimensions: 231.7mm (W) x 447.5mm (H) x 451.2mm (D).
- GPU Clearance: Up to 350mm (with 25mm front fans installed).
- CPU Cooler Height: Maximum 164.6mm (without GPU bracket).
- Pre-installed Cooling: 2 x 160mm front fans, 1 x 120mm rear fan.
- Radiator Support: Up to 360mm (Front/Top), 240mm (Side), 120mm (Rear).
- Storage Capacity: Up to 2 x 3.5" and 6 x 2.5" (Total 8 drive positions).
- Front I/O: 1 x USB Type-C, 2 x USB 3.0, 1 x 2-in-1 Audio Jack.
Building in the SETA H2M offers a streamlined experience thanks to its thoughtful internal layout. The inclusion of five PCI expansion slots allows for thicker modern graphics cards, while the dedicated side fan mounts (supporting 2 x 120mm fans) provide an additional intake path to cool the GPU directly. Cable management is significantly simplified by the back-connect motherboard support, which aligns perfectly with the chassis's cutouts, allowing for a build that looks professional even with minimal effort. The high-grade steel construction minimizes vibration and provides a premium tactile feel compared to budget plastic-heavy alternatives.
When compared to standard Micro-ATX cases, the SETA H2M stands out through its unique fan configuration and motherboard support. While many M-ATX cases are limited to 120mm or 140mm front fans, the SETA H2M utilizes 160mm fans to move a higher volume of air at lower noise levels. Furthermore, its ability to house a 360mm radiator in a Micro-ATX frame puts it in a higher tier of thermal performance, rivaling many mid-tower ATX cases while maintaining a smaller spatial footprint. The dual-power supply position (supporting SFX as a secondary option) also offers niche flexibility rarely seen in this category.
Q&A:
Frequently Asked Questions:
- Does the SETA H2M support standard motherboards? Yes, it is fully compatible with standard Micro-ATX and Mini-ITX motherboards in addition to back-connect models.
- What is the maximum radiator size I can install? You can install up to a 360mm radiator in both the top and front panels, though thickness and RAM clearance should be considered for top mounting.
- How many fans are included in the box? The case comes with three pre-installed black fans: two 160mm fans at the front and one 120mm fan at the rear.
- Can I fit a large RTX 40-series graphics card? Yes, with a 350mm clearance, most high-end triple-fan GPUs will fit comfortably.
- What is the benefit of the 160mm fans? Larger fans can spin at lower RPMs to achieve the same airflow as smaller fans, resulting in a quieter system without sacrificing cooling performance.
