SilverStone Technology SETA H2M High Performance Micro-ATX case, SST-SEH2M-B

The SilverStone SETA H2M is a Micro-ATX mid-tower chassis designed to accommodate contemporary components with substantial cooling performance and compactness. Constructed from high-grade steel, it offers exceptional durability and robustness, capable of handling any system configuration. The front panel is meticulously designed with a fully perforated mesh panel that provides cold air intake to the internal components. This is complemented by two pre-installed 160mm black fans for intake and an additional 120mm black fan at the rear, creating an unobstructed airflow channel in a front-to-back directional airflow. The entire chassis is equipped with nine total fan mounts when opting for 120mm fans all around, creating a balanced intake/exhaust ratio for a positive pressure system layout.

Among all the fan mounts, the front allows for a 360mm radiator to be installed, alongside a 280mm radiator up top. This dual radiator support provides excellent cooling for CPUs and GPUs. Internally, the SETA H2M is designed to accommodate Micro-ATX motherboards. An additional feature implemented in the chassis is the native support for motherboards with rear-facing connector designs. The chassis includes precisely measured pass-throughs and grommets for these connectors. By utilizing high-grade steel material, the structural integrity of the chassis is maintained despite the incorporation of this new feature.

In terms of storage compatibility, the SETA H2M can support a maximum of seven 2.5" SSDs, catering to the large storage needs necessary for a gaming system or a small-scale server or workstation system. The rear of the chassis is also equipped with five expansion slots and a maximum graphics card clearance of 350mm, which can accommodate most graphics cards with a triple-fan heatsink and any thickness. In conclusion, SETA H2M is a highly versatile Micro-ATX chassis that excels in different environments, providing robust construction, excellent cooling capacity, and extensive compatibility with modern components.