A practical B2B guide to developing custom metal enclosures—from requirements and DFM to prototypes, tolerance control, fabrication, finishing, validation, and repeatable production.
A practical engineering guide to GPU length, height, slot thickness, power-cable bend radius, airflow, retention, and service clearance before enclosure approval.
ATX, E-ATX and SSI-EEB labels can hide real mechanical differences. Learn how to verify dimensions, standoffs, I/O, cables and clearances before approving a chassis.
A practical wall-mounted industrial computer case study showing how mounting, airflow, PCIe clearance, dust control, service access, and prototype review shape a production-ready chassis.
practical engineering guide to custom high-density AI enclosures, covering GPU layout, rack power, airflow, liquid cooling, structural support, service access, and prototype validation.
Heavy GPUs can place significant mechanical loads on PCIe mounting points. See how properly engineered GPU retention brackets improve support, shipping protection, alignment, and chassis stability.
Air or liquid? Compare thermal capacity, failure modes, serviceability, rack density, and chassis requirements before choosing a cooling architecture for high-power systems.
A practical engineering guide to the inputs that should be locked before custom chassis CAD, prototyping, quoting, and volume production begin.
A practical chassis RFQ guide for OEM buyers and engineers: define drawings, materials, tolerances, finishes, components, quality, quantities, and delivery terms before asking suppliers to quote.
Compare 1U, 2U, and 4U server chassis for rack density, cooling, storage, GPUs, PCIe expansion, and future upgrades before locking your next server project.
