Fractal Design Epoch Black Solid, Mid-Tower ATX Case, High-Airflow Mesh Front, 3x Momentum 12 PWM Fans, Noise-Insulated Design | FD-C-EPO1A-01

The Epoch series (FD-C-EPO1A-01) represents the next generation of Fractal’s design philosophy, blending the clean lines of the North series with the thermal ferocity of the Meshify line. The Black Solid model is the stealthiest in the lineup, featuring a sophisticated matte finish, a laser-etched aluminum badge, and a signature fabric pull-tab. This case is built to integrate stylishly into a gaming station while remaining understated enough for a professional studio.

Momentum-Powered Thermal Management
Airflow is the heart of the Epoch. It comes pre-installed with three flagship Momentum 12 PWM fans. These fans are a significant step up from standard case fans, featuring Liquid Crystal Polymer (LCP) blades and true Fluid Dynamic Bearings (FDB). They are engineered to deliver high static pressure and massive CFM with minimal vibration, ensuring your system remains whisper-quiet even when cooling flagship components like the RTX 50-series or Ryzen 9000-series processors.
 

Spacious Interior for Flagship Components
Despite its compact mid-tower footprint, the Epoch is incredibly spacious. It supports ATX, mATX, and Mini-ITX motherboards and offers massive clearance for large graphics cards up to 372 mm in length. For those utilizing liquid cooling, the front panel accommodates up to a 360 mm radiator, while the top supports up to a 240 mm radiator, giving you ample room for extreme overclocking setups or silent workstation configurations.
 

Intuitive Building and Modern Connectivity
Fractal has refined the building experience with tool-less access to the front, top, and side panels. Inside, you’ll find a generous 30 mm cable routing channel equipped with fixed hook-and-loop straps and rubber grommets, making it easy to achieve a pristine interior. The top I/O is fully modernized for 2026, featuring a 20 Gbps USB 3.2 Gen 2x2 Type-C port for ultra-fast external storage and peripheral connectivity.