Meshify C Fractal Design. Fractal Design Meshify C MidTower Case FDCAMESHCWTTGC B&H This mainly goes for motherboard I/O-shields, bigger VRM heat sinks, and RAM, so low-profile RAM is to be preferred. Like black diamond facets, the angular asymmetry of the Meshify C carves a space uniquely its own in high-airflow design.
Fractal Design Meshify C Compact Computer Case High Performance Airflow/Cooling 2x Fans from www.amazon.fr
Like black diamond facets, the angular asymmetry of the Meshify C carves a space uniquely its own as a new force in high-airflow design. Like black diamond facets, the angular asymmetry of the Meshify carves a space uniquely its own as a new force in high-airflow design.
Fractal Design Meshify C Compact Computer Case High Performance Airflow/Cooling 2x Fans
Like black diamond facets, the angular asymmetry of the Meshify C carves a space uniquely its own as a new dominant force in high-airflow design About this item Contemporary ATX case design: Accommodates high-performance components with smart and efficient space utilization for a compact footprint Showcase your hardware: Large windowed side panel included High airflow: 2x preinstalled Fractal Design Silent Series LL 120 mm White LED fans with a total of six fan positions available Filtered front, top and base air intakes for a dust. Tempered glass with a distinctive tint completes the stealth-inspired black-on-black aesthetic with exceptional style
Meshify C — Fractal Design. Fractal Design Meshify C Tempered Glass Style meets substance Meshify strikes an aggressive pose in the Fractal Design lineup with unparalleled cooling performance and a defiant new look Like black diamond facets, the angular asymmetry of the Meshify C carves a space uniquely its own in high-airflow design.
Meshify C — Fractal Design. Like black diamond facets, the angular asymmetry of the Meshify C carves a space uniquely its own as a new force in high-airflow design. This mainly goes for motherboard I/O-shields, bigger VRM heat sinks, and RAM, so low-profile RAM is to be preferred.