Windows Errors? Fix Them Before They Spread
Repair common Windows errors and clear accumulated junk for a smoother, more stable PC - no reinstall needed.Free scan · no reinstallCrashes, No Sound, or Screen Glitches?
Random freezes, missing sound and display glitches usually trace back to one bad driver. Find and replace yours safely.Free scan · under a minuteSome links on this page are affiliate links: if you buy through them we may earn a commission, at no extra cost to you.
The best wall-mounted PC builds are engineered installations, not simply computers hung on a wall. These nine examples show the range—from DIY wooden and L-shaped arrangements to triple-monitor displays, height-adjustable rigs, and named custom projects—followed by documented aluminum, liquid-cooled, and commercial-case alternatives.
A wall-mounted PC can be a striking centerpiece, a practical way to reclaim floor space, or a demanding custom-fabrication project. The best examples fall into three categories: a conventional case adapted for wall placement, a commercial open-frame chassis designed to be mounted, and a scratch-built display enclosure made from wood, aluminum, steel, or mixed materials.
As an Amazon Associate I earn from qualifying purchases.
The nine examples below are inspiration references rather than independently tested, beginner-certified plans. The roundup that identifies the first nine examples was updated February 8, 2021, and does not provide a verified parts list for every build. Where exact components, dimensions, or construction methods are documented, those details are identified separately.
1. MakiRole’s custom-built wall-mountable PC
MakiRole’s system is a straightforward expression of the wall-mounted PC idea: the computer is arranged visibly on a wall-mounted backing structure instead of being hidden in a conventional tower beneath a desk.
#1 Best Overall
- CS5068 Japanese Authorized Dealer
- Possible to stack 2 tiers or tilt 90 degrees. Unique design and highly expandable water cooling cube PC case
- Mesh construction is used throughout the case for superior airflow. Supports microATX and Mini-ITX motherboards
- Equipped with one 200mm fan on the front 120/140mm fans and water cooling radiators can be installed in each case
- Includes rail guide to add fans and radiators Possible to stack 2 tiers or tilt 90 degrees
Its value is conceptual. The backing can become part of the design, supporting the motherboard, graphics card, cooling hardware, and cable runs as a deliberate composition. A builder considering this approach should first determine how the backing transfers weight into the wall, how components will be protected from accidental contact, and how the rear I/O will remain accessible.
The available roundup documents the project as a custom wall-mountable PC inspiration example, but does not verify a complete component list or construction specification. See the MakiRole example and source roundup.
2. Ora_cle’s bedroom wall-mounted PC setup
Ora_cle’s setup demonstrates the spatial advantage of mounting a computer and display area in a bedroom or compact room. Removing the PC from the floor can make a small room feel less crowded and leaves more usable space beneath the desk or workstation.
This type of installation works best when the wall layout is planned as one system. The monitor position, keyboard height, power route, PC location, and service clearance should be resolved before drilling. A visually clean result is possible only if the cables have somewhere intentional to go.
The documented attribution supports the bedroom-oriented, wall-mounted classification, not a particular hardware list or mounting load. View the Ora_cle setup in the source roundup.
3. Bwilly20’s wall-mounted L-shaped setup
Bwilly20’s build uses an L-shaped arrangement, showing how the wall can become part of the desk layout rather than simply serving as a flat mounting surface.
An angled or corner installation can separate the display and computer visually, fit an awkward room, or create a more immersive workstation. It also introduces construction questions that a flat installation may avoid: the corner must be accurately measured, the two planes need sufficient structural support, and cable paths must accommodate changes in direction without sharp bends or excessive tension.
The roundup identifies the L-shaped concept and attribution but does not provide enough verified information for a parts list or structural drawing. See Bwilly20’s L-shaped example.
4. Kinima678’s wooden wall-mounted PC
Kinima678’s example is specifically identified as a wooden wall-mounted PC. Wood changes the character of the project: instead of resembling an exposed test bench, the computer can look more like built-in furniture or a display cabinet without fully enclosing the hardware.
Wooden panels can provide a clean visual background and a convenient surface for cable-routing channels, but they must not be treated as automatically structural. The panel, cleats, brackets, fasteners, and wall connections all need to be sized for the finished load. Leave room around heat-producing components, and protect the material from hot exhaust, coolant leaks, and accidental abrasion.
No wood species, dimensions, fastener schedule, or exact hardware should be inferred from the roundup. View the wooden setup in the source gallery.
5. CloudyContact’s clean triple-monitor wall-mounted setup
CloudyContact’s example pairs a wall-mounted PC concept with a clean triple-monitor arrangement. It illustrates an important design principle: the PC, displays, cable routes, and lighting should be composed together rather than installed as unrelated pieces.
Triple monitors make alignment especially visible. Decide whether the screens will be level, gently angled, or arranged around a central display, then account for the arm or bracket loads and the wall structure behind them. Power and video cables should be measured with enough slack for service, but not so much that they hang visibly below the installation.
The source confirms the triple-monitor characterization and attribution, but not the computer’s internal specifications. See CloudyContact’s triple-monitor example.
Free tools Windows power users keep installed
One-click scans. No signup required.
6. WarpedImaginations’ height-adjustable wall-mounted rig
WarpedImaginations’ rig is identified as height adjustable, making it a useful alternative to a permanently fixed display installation.
Rank #2
- Customized liquid cooling reservoir solution for Thermaltake Core P8 chassis
- 16.8m RGB colors with TT RGB Plus enabled, Compatible with ASUS, GIGABYTE, MSI, and ASROCK RGB software
- D5 pump preinstalled
- Multiple inlet and outlet ports provide a flexible water loop installation
- High quality 30mm thickness PMMA
Adjustability matters for more than appearance. A movable system can be positioned for different users, seated and standing work, or easier access during maintenance. However, the mechanism becomes part of the safety-critical design: its load rating, locking method, range of travel, cable slack, and attachment to the wall must be verified rather than guessed.
The roundup does not specify the adjustment mechanism, mounting hardware, or rated capacity. Treat this as a design reference, not a ready-to-copy engineering plan. View the height-adjustable example.
7. xbomes84’s widescreen wall-mounted PC setup
xbomes84’s example emphasizes a widescreen display paired with a wall-mounted PC. The broad horizontal layout gives the installation a cinematic or ultrawide-gaming character, with the computer becoming part of a larger visual band across the wall.
Quick wins for a faster PC:
Clear out junk files and repair common Windows errorsFree Scan →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Repair Windows errors before they cause bigger problemsFix Now →Widescreen arrangements benefit from careful centerlines. Establish the screen’s viewing position first, then place the PC so that its visual weight balances the display without forcing long, exposed cable runs. Consider glare, viewing distance, monitor-arm reach, and access to the computer’s rear connections before fixing the final location.
The documented source supports the widescreen classification and attribution only; it does not verify internal PC components. See the xbomes84 widescreen setup.
8. Borange01’s DIY wall-mounted PC
Borange01’s project represents the accessible end of the category: a DIY wall-mounted PC does not necessarily require a specialized premium chassis. It does require disciplined planning for component support, wall attachment, cable routing, electrical connections, airflow, and service access.
A simple construction may use a structural backing board with purpose-made brackets or standoffs. Keep the motherboard supported across its mounting points, prevent the graphics card from hanging unsupported, and avoid placing connectors where a cable’s weight can pull on the socket. If the computer is open to the room, plan for cleaning and accidental impacts as well as the initial appearance.
The roundup establishes the DIY characterization but not a complete bill of materials or tested installation method. View Borange01’s DIY example.
9. Yobibytes’ “MAXxPlanck V2” wall-mounted PC
Yobibytes’ “MAXxPlanck V2” is a named, versioned project and a fitting finale because it represents the iterative nature of custom PC fabrication. A first version may reveal problems with access, cooling, cable length, or mounting; later revisions can refine both the hardware layout and the visual design.
That iterative approach is particularly useful for a wall installation. Before committing to a finished panel, make a cardboard or plywood mock-up of the component locations, verify rear clearance, test the cable paths, and confirm that the completed weight lands where the wall can support it. A revision-friendly design is usually more practical than one that looks perfect but requires major disassembly for every upgrade.
The source confirms the name and wall-mounted classification, but further technical claims require the linked project material. See the MAXxPlanck V2 reference.
Recommended Free Tools
Three technically documented directions beyond the nine inspiration examples
Hand-fabricated aluminum: the custom dual-loop wall PC
A documented Builds.gg project shows what a genuinely custom chassis can look like. The builder fabricated and powder-coated aluminum panels, used an ASUS Maximus XI Formula motherboard, Intel Core i7-9700K processor, and EVGA FTW3 Ultra Hydro Copper RTX 2080 Ti, and incorporated custom liquid cooling, a vertical GPU bracket, a custom I/O panel, and a VESA wall mount. The completed case was described as approximately two inches deep.
This is not simply a tower placed on a shelf. The shallow depth, removable access considerations, rear-panel cable routing, and custom water-cooling arrangement all had to be designed together. It is an excellent reference for metal fabrication, but the documented components and dimensions should not be treated as a universal recipe for current hardware. Read the documented custom aluminum build.
Two wooden panels and dual radiators
PCGamesN documented Michael Matney’s wall-mounted gaming PC built from two custom wooden panels. The rear panel held twin radiators and water-distribution blocks; the front panel held the motherboard and graphics card; and the space between the panels accommodated the power supply and cabling. The system used an Nvidia RTX 4080 and AMD Ryzen 9 7900X.
The visible tubing and four distribution blocks created a strong display aesthetic, but the build also records the less glamorous side of custom liquid cooling: an early leak required disassembly and pressure-testing work, and a filling mistake added further repair effort. This is a useful caution, not evidence that every custom loop will leak. Read the PCGamesN build report.
What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
Rank #3
- CS8593 Japanese Authorized Distributor Product
- The best feature is the open frame construction with tempered glass panel, allowing you to view your PC interior without the risk of touching the components
- New mechanisms and spatial twist are added for ease of use, such as a step gap on the side of the motherboard plate to avoid interference with the GPU, frame structure for case fans can be mounted without brackets, and the addition of a GPU holder
- The included bracket allows you to mount a 140mm size case fan and mount a 3-row/420mm case fan radiator to the front top
- It can easily be installed on large devices such as CPU coolers, graphics cards, and power supplies
A complete wall-mounted gaming environment
Custom PC documented Esaerg Yeknom’s installation using a wall-mountable Thermaltake Core P3 case, two monitors, speakers, a headset mount, an Xbox controller holder, and carefully arranged cable clips. The case is open at the top, bottom, and sides, with a glass pane on the front.
The cables were arranged in a circuit-board-like pattern using numerous clear adhesive clips. That organization is visually effective, but the feature also notes the trade-off: later changes become more laborious. A highly finished cable layout is a form of installation work, not merely tidying performed at the end. See the complete setup documented by Custom PC.
A restrained, practical reference: stud-mounted blocks
Gregory Kimball’s build is valuable because it emphasizes function over spectacle. The custom mount rested on two angled blocks attached to studs 16 inches apart. The build used a PCIe extender of at least 30 cm and a low-profile Cooler Master MasterAir G100M CPU cooler.
A later update reported quiet operation, good airflow, no floor-space usage, and easier cleaning because the system was elevated. Those are the builder’s reported results, not a universal guarantee. The approach nevertheless demonstrates a sensible principle: a sturdy, shallow support attached to known structural members can be more practical than an elaborate panel that is difficult to service. Read the practical stud-mounted build log.
Do these 3 things before closing this tab:
1Fix the driver behind crashes, sound loss and screen glitches2Clear out junk files and repair common Windows errors3Scan for outdated or missing drivers - takes under a minuteCommercial chassis options
For anyone who wants the wall-mounted appearance without fabricating every bracket and panel, a purpose-built open-frame chassis can reduce the design burden. It does not remove the need to verify the wall, load, clearances, and electrical installation.
Thermaltake Core P5
Thermaltake’s Core P5 is an open-frame ATX chassis designed for wall, vertical, or horizontal placement. The official specification lists support for Mini-ITX, Micro-ATX, and ATX motherboards, up to a 480 mm radiator, 140 mm fans, and up to 570 mm of graphics-card clearance when no reservoir is installed. Its listed model number is CA-1E7-00M1WN-00.
Pay attention to the qualification: Thermaltake states that the wall-mounting parts are optional and not included. The regional product page accessed for this research also marked the case out of stock, so current availability must be checked before planning around it. If this is the commercial route you prefer, compare current stock and specifications for the Thermaltake Core P5 wall-mount case before purchasing.
Singularity Computers Portal
The Portal is a more specialized open wall-mounted display case for liquid-cooled systems. Singularity Computers lists support for two 420 mm radiators, ATX or E-ATX motherboards, ATX power supplies, horizontal or vertical GPU mounting, and an integrated distribution plate with D5 pump-top and reservoir elements.
The Tool Desk
Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →Outbyte PC Repair FREEClear out junk files and repair common Windows errorsFree Scan →The pump is not included, and the optional VESA mount, pump, fittings, PowerBoard, and other accessories are separate selections. At the time of research, the standard Portal was listed at US$399, the Advanced version at US$499, and the white version at US$599. Those prices and availability are volatile; confirm them on the official Portal product page.
poqu Levio
The poqu Levio takes a minimalist, wood-framed direction. Its manufacturer describes an open-air ATX chassis with a carbon-steel base and motherboard tray, wood framing, cable-management slots, storage support, and included wall-mounting hardware. The stated mounting guidance calls for at least one-half-inch drywall or studs, and power-supply extensions are required but not included.
The product was described as a limited-production or launching concept in the supplied research, so availability should be confirmed rather than assumed. It is best considered a design alternative for builders who want an art-installation appearance. Check the manufacturer’s current Levio information before specifying it.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How to plan a wall-mounted PC safely
1. Start with the wall, not the computer
Identify studs or install a properly anchored structural backing board before laying out components. A heavy PC, monitor arms, glass panels, radiators, and accessories create a combined load that can be substantially higher than the computer alone. Do not assume a generic drywall anchor is suitable for an expensive, dynamic load.
The practical documented build used studs 16 inches apart. The Levio’s manufacturer also specifies mounting to at least one-half-inch drywall or studs, but that product guidance applies to its own hardware and design; it is not a general approval for every wall-mounted PC.
- Locate and verify the structural members.
- Calculate the total finished weight, including panels, glass, radiators, coolant, monitors, and accessories.
- Use a mounting system rated for that load with an appropriate safety margin.
- Check the fastener type, embedment, bracket spacing, and wall condition.
- Plan how the installation can be removed without damaging components or wiring.
2. Choose a layout and determine component depth
Open-frame systems expose components to room air and make them visually accessible, but the installation still needs thermal clearance. A graphics card may require a riser, a radiator needs unobstructed intake and exhaust, and a power supply needs room for its cable bend radius.
Before building, make a full-size layout on cardboard or a temporary board. Mark motherboard standoffs, GPU position, radiator thickness, fan direction, PSU dimensions, rear I/O access, storage, drain ports, and every cable exit. Include the thickness of brackets and connectors, not just the nominal component dimensions.
3. Treat PCIe riser cables as a compatibility item
A vertical or remote graphics-card position commonly requires a PCIe riser or extender. Gregory Kimball’s build used an extender of at least 30 cm, while Thermaltake states that a standard riser cable is included with the Core P5. Cable length, connector orientation, signal generation, and the motherboard’s PCIe settings all matter.
Recommended Free Tools
Do not bury the riser behind a finished panel until the system has been assembled and tested. If you need one for your layout, compare a suitable PCIe riser cable only after confirming the required length and generation with the motherboard and graphics card.
Rank #4
- 【Build your Vision】Build or upgrade your system just how you imagined it with the Vision 330 CR ARGB, featuring a one piece curved tempered glass front and side panel for open and spacious viewing angles.
- 【Ready to go Cooling】With enough space to fit up to nine 120mm fans total the Vision 330 CR ARGB is equipped with six 120mm Infinity ARGB PWM fans, installed on the bottom and side of the chassis to provide intake and another at the rear of the chassis as exhaust. A great arrangement for builders that are just looking to install an AIO on the top of the chassis.
- 【Room to Build】Capable of easily accomodating raditators up to 360mm in length, GPUs up to 420mm in length, Air Coolers up to 175mm in height and power supplies up to 250mm in length there is plenty of space to build out your vision for the perfect PC.
- 【Hidden Connector Support】 Extra cutouts allow support for mITX, mATX & ATX hidden connector motherboards such ASUS BTF, MSI PROJECT ZERO, and GIGABYTE PROJECT STEALTH to hide cables for a cleaner build.
- 【Tool Free Tear Down】Utilizing an assortment of push clips, panel removal and installation is a simple tool free process.
4. Keep airflow deliberate
An open frame may give components access to ambient air, but it does not eliminate thermal design. Set a defined intake and exhaust path, avoid placing a radiator directly against an obstruction, and leave clearance around the GPU and CPU cooler. Fan orientation matters just as much on a wall as it does inside a tower.
Purpose-built cases illustrate the point: the Core P5 specification is built around defined fan and radiator capacities, while the Portal is designed around two large radiators. Use those specifications as layout limits, not as a promise that any selected hardware will run cool in every room.
5. Be realistic about liquid cooling
Custom loops can turn a wall-mounted PC into a display piece, but they add filling, draining, leak-testing, pump, tubing, and maintenance requirements. The documented two-panel build experienced a leak and a filling mistake that required additional disassembly and pressure-testing.
If you use a custom loop, pressure-test before mounting the finished assembly, protect the wall and surrounding electronics during filling, provide a drain path, and ensure that the reservoir and fittings remain accessible. A wall-mounted installation can make a leak more consequential because coolant may run down the panel or wall.
6. Route cables as part of the architecture
Wall-mounted hardware puts every cable on display. Design power, video, USB, network, fan, and lighting routes before the final mounting position is fixed. Provide service slack at the component end, but anchor long runs so that connector weight is not carried by the motherboard or graphics card.
Esaerg Yeknom’s setup used clear adhesive clips to create a circuit-board-like pattern. The result is a useful visual reference, but the documented feature also notes that later changes become more difficult. If you want to reproduce that look, clear adhesive cable clips can be useful, provided the adhesive is suitable for the surface and the cables are not being used to support equipment.
7. Design for access before you close the wall
Serviceability is the difference between a dramatic installation and a permanent frustration. Keep the rear I/O, PSU switch, storage, fan screws, pump, fill port, drain port, and mounting fasteners reachable. Consider whether the PC can be safely removed while the monitor and other equipment remain in place.
Do these 3 things before closing this tab:
1Fix the driver behind crashes, sound loss and screen glitches2Clear out junk files and repair common Windows errors3Scan for outdated or missing drivers - takes under a minuteThe custom aluminum project documented rear-panel cable routing and removable access panels. That kind of provision is worth copying even when the visible design is much simpler. If an upgrade requires removing the entire wall assembly, the installation will eventually discourage necessary maintenance.
8. Plan for dust and cleaning
Elevating a PC can reduce contact with floor-level debris and may make an exposed system easier to reach for cleaning. It does not make the computer dust-proof. Open-frame designs expose fans, heatsinks, radiators, and circuit boards to the room, so cleaning intervals depend on the space and the system’s airflow.
Power the system down, disconnect it where appropriate, and follow the component manufacturers’ cleaning guidance. An electric PC air duster may be convenient for an exposed build, but avoid overspeeding fans and avoid practices that create static or drive debris deeper into the hardware.
Which wall-mounted PC approach makes sense?
| Approach | Best for | Main advantage | Main risk or trade-off |
|---|---|---|---|
| Conventional case on a wall shelf or bracket | Builders who want a reversible project | Uses familiar hardware and simplifies upgrades | Less integrated visually; the shelf and wall still carry the load |
| Commercial open-frame chassis | Builders who want a defined mounting and component layout | Less fabrication and clearer compatibility limits | Mounting accessories, stock, and required accessories vary |
| Wood or metal custom frame | Fabricators seeking a furniture-like or one-off display | Maximum control over depth, materials, and appearance | Structural, thermal, electrical, and service details become your responsibility |
| Custom liquid-cooled display | Experienced builders prioritizing visual impact | Highly dramatic presentation and integrated tubing | More leak, filling, draining, and maintenance points |
Final checklist before mounting
- Have you verified studs or another structural backing rather than relying on an unverified anchor?
- Is the total finished load within the rated capacity of the brackets, VESA hardware, wall, and fasteners?
- Can you reach the rear I/O, PSU switch, storage, cooling hardware, and mounting fasteners?
- Have you tested the motherboard, GPU, riser cable, fans, and cooling loop before final installation?
- Are intake and exhaust paths clear, with radiator and GPU clearance accounted for?
- Do power, display, network, and USB cables have safe routes and enough service slack?
- Can the finished assembly be cleaned without striking or stressing components?
- If using liquid cooling, have you pressure-tested the loop and provided an accessible drain or service plan?
The most impressive wall-mounted PC is not necessarily the one with the most tubing or the shallowest panel. It is the one whose structure, airflow, wiring, and service access were solved before the final screws went into the wall.
Quick wins for a faster PC:
Repair Windows errors before they cause bigger problemsFix Now →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Clear out junk files and repair common Windows errorsFree Scan →Frequently Asked Questions
Can a PC be safely mounted directly to drywall?
A wall-mounted PC should be attached to verified studs, a properly installed structural backing board, or a manufacturer-specified mounting system. The correct fasteners and brackets depend on the wall construction and the finished load. Do not assume a generic drywall anchor is adequate for a heavy computer and monitor assembly.
What are the advantages and disadvantages of a wall-mounted PC?
A wall-mounted PC can save floor space, make cleaning easier, and create a strong visual centerpiece. The trade-offs are exposed dust, visible cables, potentially more difficult upgrades, and the need to solve structural support, airflow, and component access before installation.
Do wall-mounted PCs need a PCIe riser cable?
Often, yes. A vertical or remote GPU layout may require a PCIe riser or extender cable. Verify the required length, connector orientation, PCIe generation, and motherboard compatibility before closing the assembly behind a panel.
Does an open wall-mounted PC run cooler automatically?
No. Open-frame mounting may improve access to ambient air, but fan direction, radiator clearance, GPU spacing, and dust exposure still affect temperatures. A wall-mounted PC needs the same deliberate thermal design as any other PC.
The Bottom Line
Wall-mounted PCs range from a conventional case on a properly engineered support to a fully custom aluminum or wood chassis. For most builders, a commercial open-frame case or a simple stud-mounted backing is the sensible starting point; custom liquid-cooled displays demand substantially more fabrication and maintenance. Treat every example as visual inspiration, verify current manufacturer specifications, and design the wall attachment and service access before choosing components.
Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
