Cooling stack
Add radiator thickness, fan thickness, brackets and fittings. Include tube exits and comfortable hose routing, not just the nominal 240 / 360 mm class.
Build resources / Dimension guideYour hardware.
Your hardware.
The right fit.
Three modular frames, designed for the vast majority of popular PC hardware. Compare the supported formats, explore component dimensions and plan the configuration around your build.
03 Case designs07 Hardware categoriesmm Dimensions throughout
Support at a glance.
Compare motherboard formats, 380 mm graphics-card support, PSU lengths and open-frame cooling flexibility across all three designs.
| Component / format | Size reference | TITAN | VECTOR | SHIFT |
|---|---|---|---|---|
| External case dimensions | mm | 588 × 434 × 242 | 529 × 216 × 254 | 307 × 435 × 262 |
| ATX motherboard | 305 × 244 mm | Supported | Not supported | Not supported |
| Micro-ATX motherboard | Up to 244 × 244 mm | Supported | Not supported | Not supported |
| Mini-ITX motherboard | 170 × 170 mm | Supported | Supported | Supported |
| 240 mm liquid cooling | 2 × 120 mm fan class | Supported | Supported | Supported |
| 360 mm liquid cooling | 3 × 120 mm fan class | Supported | Supported | Supported |
| Graphics-card length | Up to 380 mm | Supported | Supported | Supported |
| Graphics-card slots | 1–4 slots · no thickness cap | Supported | Supported | Supported |
| CPU air-cooler height | No case-imposed limit | Supported | Supported | Supported |
| ATX PSU · default depth | 140 mm | Supported | Supported | Supported |
| ATX PSU · alternative depths | 150 / 160 / 170 / 180 mm | Supported | Supported | Supported |
| Radiator + fan thickness | No case-imposed limit | Supported | Supported | Supported |
| SKÅDIS pegboard | Configuration-specific panel | Optional | Optional | Optional |
| Armor panels | Configuration-specific modules | Optional | Optional | Optional |
240 mm and 360 mm are alternative cooling configurations, not a claim of simultaneous mounting. Model labels remain descriptive until final names are announced.
Measure the whole component
Know the dimensions.
Supported means an announced case format or configuration.
Check required means the dimension is useful for planning, but the exact product or clearance still needs confirmation. A dimensional match is not the same as an individual physical test.
No matching hardware. Try a format, dimension or component name.
01
Motherboards
Choose the board format first. The full-size frame accepts three formats; both ITX frames use Mini-ITX.
| Hardware / format | Dimensions / measurement | Support / fit | Installation notes |
|---|---|---|---|
| ATXManufacturer specification | 305 × 244 mm | Supported · Full-size | Full-size frame only. Both ITX designs do not support ATX. |
| Micro-ATXManufacturer specification | Up to 244 × 244 mm | Supported · Full-size | Full-size frame only. Smaller Micro-ATX PCB variants also exist. |
| Mini-ITXManufacturer specification | 170 × 170 mm | Supported · All three | Supported motherboard format across the complete family. |
| E-ATX / proprietary boards | Varies by manufacturer | Not specified | Outside the currently announced ATX / Micro-ATX / Mini-ITX format support. |
| Rear-connector motherboards | Format + connector positions vary | Layout check required | PCB size alone does not establish support for rear-mounted power and data connectors. |
02
Liquid cooling & radiators
240 mm and 360 mm radiator configurations are supported on every frame. These names describe the fan class, not the full radiator length.
| Hardware / format | Dimensions / measurement | Support / fit | Installation notes |
|---|---|---|---|
| 240 mm radiator class | 2 × 120 mm fans | Supported · All three | Select a 240 mm cooling configuration. Check the complete radiator body and tubing exits. |
| 360 mm radiator class | 3 × 120 mm fans | Supported · All three | Select a 360 mm cooling configuration. This is an alternative to the 240 mm layout, not a claim of simultaneous mounting. |
| ARCTIC Liquid Freezer III 240 · size referenceManufacturer specification | 277 L × 120 W × 38 T mm | Supported · All three | Supported radiator class; no case-imposed radiator/fan thickness limit. Manufacturer radiator dimensions. With a 25 mm fan, the calculated radiator/fan stack is 63 mm before brackets and screw heads. |
| ARCTIC Liquid Freezer III 360 · size referenceManufacturer specification | 398 L × 120 W × 38 T mm | Supported · All three | Supported radiator class; no case-imposed radiator/fan thickness limit. Manufacturer radiator dimensions. 38 mm radiator + 25 mm fan = 63 mm calculated stack; the open frame imposes no radiator/fan thickness limit. |
| Slim / standard radiator stack examples | 27 + 25 = 52 mm; 30 + 25 = 55 mm | Supported thickness flexibility | No case-imposed radiator/fan thickness limit. Illustrative thickness calculations, not named product specifications. Include brackets, connectors and tubing bend space. |
| Push–pull fan arrangement | Radiator thickness + 2 × fan thickness | No case thickness limit | For example, 38 + 25 + 25 = 88 mm. The case does not impose a total stack thickness cap; use suitable fan mounting hardware. |
| 120 / 280 / 420 mm radiator classes | 1 × 120 / 2 × 140 / 3 × 140 mm fans | Not specified | Only 240 mm and 360 mm cooling configurations are currently announced. |
03
Fans & mounting
The supported radiator classes use 120 mm fans. Fan thickness and frame shape still affect assembly.
| Hardware / format | Dimensions / measurement | Support / fit | Installation notes |
|---|---|---|---|
| 120 mm square fan · Noctua NF-A12x25 exampleManufacturer specification | 120 × 120 × 25 mm | Supported fan class | Relevant to the 240 / 360 mm radiator layouts. Actual fan count follows the selected cooling module. |
| 140 mm square fan · Noctua NF-A14 exampleManufacturer specification | 140 × 140 × 25 mm | Mount check required | Size reference only. A 140 mm mounting layout is not part of the announced 240 / 360 mm radiator support. |
| Slim / thick fan variants | Thickness depends on exact fan | Configuration check required | Use the manufacturer’s full dimensions. A matching fan diameter does not guarantee matching screw length or total stack clearance. |
04
Graphics cards
Designed for the vast majority of popular graphics cards. Match the exact card dimensions and power-connector position to your chosen configuration.
| Hardware / format | Dimensions / measurement | Support / fit | Installation notes |
|---|---|---|---|
| GPU length | Up to 380 mm | Supported · All three | Maximum graphics-card length: 380 mm. Measure the complete card, including any protruding cooler or shroud. |
| GPU height / width | PCIe edge outer shroud / connector edge | Open-frame layout | Plan the power-plug direction and optional accessories with the installed card. Manufacturer naming of height and width varies. |
| GPU thickness | 1–4 slots supported · no thickness cap | Supported · All three | The case imposes no graphics-card thickness limit. 1-, 2-, 2.5-, 3- and 4-slot cards are supported within the 380 mm length limit. |
| NVIDIA RTX 5090 Founders Edition · clearance referenceManufacturer specification | 304 × 137 × 61 mm required space | Within supported size envelope | 304 mm is within the 380 mm card-length limit, and 1–4-slot cards are supported. This is a dimensional match, not a claim of individual physical testing. The cited envelope is installation space rather than cooler-body thickness. |
| GPU power cable | Plug projection + cable bend space | Routing check required | Follow the cable and GPU manufacturer’s routing instructions. The frame’s open side does not remove connector-space requirements. |
| PCIe riser / vertical orientation | Cable length + bracket geometry vary | Configuration dependent | Riser inclusion, length and electrical generation will be specified in the relevant campaign package. |
05
Power supplies
Popular ATX and small-form-factor PSU dimensions are listed below as planning references. Mount selection and cable space must be matched to the chosen frame.
| Hardware / format | Dimensions / measurement | Support / fit | Installation notes |
|---|---|---|---|
| ATX · Corsair RM1000e size exampleManufacturer specification | 150 W × 86 H × 140 D mm | Supported · Default 140 mm depth | Default PSU configuration uses a 140 mm-long ATX unit. Modular plugs and cable exits extend beyond the body dimensions. |
| SFX formatManufacturer specification | 125 W × 63.5 H × 100 D mm | Mount / adapter check required | Confirm the selected PSU mount or adapter. Smaller body size alone does not establish a compatible hole pattern. |
| SFX-L formatManufacturer specification | 125 W × 63.5 H × 130 D mm | Mount / depth check required | Longer than SFX; reserve cable space in addition to the PSU body. |
| Longer ATX power supplies | 150 / 160 / 170 / 180 mm body depth | Supported · All three | Supported alternative PSU lengths beyond the default 140 mm configuration. Select the matching parts and consider cable routing. |
06
CPU cooling & memory
The case determines physical space; the motherboard and cooler determine socket and electrical compatibility.
| Hardware / format | Dimensions / measurement | Support / fit | Installation notes |
|---|---|---|---|
| CPU socket compatibility | Mounting pattern varies by socket | Motherboard / cooler dependent | Match the cooler’s supplied mounting kit to your motherboard socket. The case does not provide universal CPU-socket compatibility. |
| Tower air cooler · Noctua NH-D15 referenceManufacturer specification | 165 H × 150 W × 161 D mm with fans | Supported height · No case cap | The open-frame case imposes no CPU air-cooler height limit. Cooler socket fit, motherboard layout and RAM clearance remain properties of the chosen components. |
| CPU air-cooler height | No case-imposed height limit | Supported · All three | Open-frame construction removes an enclosing side-panel height cap. Match the cooler to the motherboard socket and adjacent components. |
| AIO pump / block | Height, footprint and fittings vary | Layout check required | Allow space for display-equipped blocks, hose connectors and the nearby VRM / memory area. |
| DDR5 · Corsair Vengeance CMK referenceManufacturer specification | 135 L × 7 T × 35 H mm | Motherboard / cooler dependent | Reference for this memory family only. RGB and other heat-spreader designs can be taller; check cooler overhang. |
07
Storage & expansion
Plan the drive body, mounting method and connector space together. Final drive counts will be listed per configuration.
| Hardware / format | Dimensions / measurement | Support / fit | Installation notes |
|---|---|---|---|
| M.2 2280 · Samsung 990 PRO referenceManufacturer specification | 80 × 22 × 2.3 mm maximum | Motherboard dependent | Bare-drive dimensions for the referenced model. Check supported M.2 length, interface and heatsink clearance on the motherboard. |
| 2.5-inch SATA · Samsung 870 EVO referenceManufacturer specification | 100 × 69.85 × 6.8 mm | Mount / count check required | Dimensions of this drive example. SATA power and data connectors need additional space; final mount counts are not published. |
| 3.5-inch HDD · Seagate size referenceManufacturer specification | 146.99 × 101.85 × 26.11 mm | Mount / count check required | Example full-height desktop drive envelope. Check the exact model, cable exits and selected mounting module. |
| SKÅDIS pegboard | Panel dimensions follow case configuration | Optional · All three | Optional mounting surface. Accessory projection must be considered alongside adjacent PC hardware. |
| Armor / custom STP components | Depends on selected or modified geometry | Optional · Configuration dependent | A custom panel or PSU cover can change local clearances. Recheck fit after editing any supplied STP geometry. |
Leave room
for the details.
The open frame gives cooling and graphics hardware room to extend. Plan the remaining interfaces: mounting, cables and the modules you select.
Power & cabling
Reserve space beyond the PSU and GPU body for connectors and cable routing. Follow the component manufacturer’s bending and insertion guidance.
Module choices
Check armor, pegboard accessories and custom panels in their installed positions. Modified STP geometry may alter a component’s available space.
The key limits, together
All three cases support graphics cards up to 380 mm long and 1–4-slot designs. The case imposes no GPU thickness, CPU air-cooler height or radiator/fan stack thickness cap. ATX PSU body lengths of 140 mm (default), 150, 160, 170 and 180 mm are supported. Final drawings will document mounting positions, module combinations and drive counts.