[ CASES // 6 LEAVES // 261 DISTINCT ENCLOSURE RECORDS ]

Browse enclosure catalogs

Static model directories cover historic computer systems, tower cases, compact enclosures, office mini-PCs, rack servers and professional workstations. Every identified addition has its own sourced record and original local schematic.

CATALOG LEAF // 37 MODELSVintage desktop and integrated computer systems

Keyboard computers and early desktop enclosures; model and board revisions define fit.

OPEN LEAF CATALOG →CATALOG LEAF // 80 MODELSTower and legacy desktop cases

Full and mid towers with model-specific drive cages, motherboard widths and component clearances.

OPEN LEAF CATALOG →CATALOG LEAF // 50 MODELSSmall-form-factor cases

Compact cases where GPU, PSU, cooler, riser and optical-drive envelopes interact.

OPEN LEAF CATALOG →CATALOG LEAF // 30 MODELSOffice and mini-PC enclosures

Vendor-specific small systems with machine-type-dependent power, storage and mounting hardware.

OPEN LEAF CATALOG →CATALOG LEAF // 40 MODELSRack server enclosures

Rack chassis with exact-generation backplanes, risers, rails and hot-swap drive layouts.

OPEN LEAF CATALOG →CATALOG LEAF // 24 MODELSProfessional workstation enclosures

Proprietary professional towers with configurable storage, PCIe and thermal assemblies.

OPEN LEAF CATALOG →

[ COMPONENT RECORD // ENCLOSURE ]

Cases &
chassis.

The enclosure provides mounting, protection, grounding continuity, airflow paths, and access to front-panel controls. It determines which boards, drives, coolers, and graphics cards can physically fit.

Original schematic illustration of a computer enclosure — SCHEMATIC // NOT A DIMENSIONAL DRAWING

CLASS RECORD: common desktop enclosure families. Case names and advertised compatibility do not guarantee that every part combination fits; verify the exact case manual and component dimensions.

Reference specifications

Board fit	Common standards include ATX (305 × 244 mm), microATX (244 × 244 mm maximum), and Mini-ITX (170 × 170 mm). Chassis may support only selected standards.
Common sizes	Full tower, mid tower, compact/mATX, and small-form-factor; marketing terms are not a universal dimensional standard.
Drive mounts	Modern cases commonly offer 2.5-inch and 3.5-inch mounts; older designs may have 5.25-inch external bays and 3.5-inch floppy bays.
Clearance checks	GPU length/thickness, CPU cooler height, radiator dimensions, PSU length, board layout, and cable bend radius are model-specific.

Fit, airflow & care

Check motherboard standoff locations and install only the standoffs that match the board's mounting holes.
Match intake and exhaust fan placement to filters and vents; keep cables clear of fan blades and avoid blocking the CPU/GPU intake.
Confirm front-panel pinout in the board manual. Power switch, LEDs, USB, and audio headers differ by connector and generation.
Inspect sharp edges, corrosion, missing panels, damaged threads, and broken plastic clips before reuse. Never force a board against a misplaced standoff.

Often overlooked enclosure hardware

Include dust filters, fan hubs, USB-C front-panel cables, vertical GPU risers, drive cages, hot-swap bays, rack rails, and small-form-factor power-button or riser assemblies in a complete chassis record.

Sources & further reading

FormFactors.org — ATX motherboard interface specificationBoard dimensions and mechanical mounting references; check revision dates. Original page is gone; this is the Internet Archive’s copy.
Intel — Desktop board form factorsManufacturer overview of common desktop board size families.
PCPartPicker — Build guides and compatibility workflowSecondary practical fit-checking reference; confirm against manufacturer manuals.