MAME Guide
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Standalone MAMEmame.exe · mame.ini · Full ROM set

The Complete MAME Guide for Arcade Cabinets

Professional arcade cabinet builder's definitive guide to standalone MAME configuration, hardware integration, and troubleshooting

🔀

Using MAME inside RetroArch? This guide covers the standalone mame.exe workflow. For the RetroArch libretro core approach, see the dedicated guide.

Platform
Arcade
Version
MAME 0.281+
BIOS Required
Per-Game
Input
RawInput / DInput
Frontend
LaunchBox / BigBox
OS
Windows
ROM Format
.zip / .chd
Kiosk Mode
Via mame.ini

Table of Contents

This guide represents years of professional arcade cabinet building experience, distilled into actionable technical knowledge. Whether you're configuring your first MAME cabinet or troubleshooting a complex multi-player setup, this resource provides the definitive answers you need.

Configuration Best Practice: A broken game is acceptable, but a broken cabinet is not. Every setting, every recommendation, every troubleshooting step in this guide is designed to maintain cabinet-wide stability.

I. MAME Basics & Setup

1. What is MAME and why use it for arcade cabinets?

MAME (Multiple Arcade Machine Emulator) is more than a gaming tool; it is a "reference implementation" and technical framework for digital preservation. For arcade cabinets, it is the gold standard because it documents over 32,000 systems at the hardware signal level, ensuring your games play exactly as they did on original circuits.

Unlike other emulators that prioritize "playability," MAME treats the fact that games are playable as a method to validate its hardware documentation. This makes it the authoritative choice for authentic arcade preservation.

2. MAME vs. FBNeo — which is better for arcade cabinets?

MAME prioritizes accuracy and rigorous hardware documentation, treating the fact that games are "playable" as a method to validate that documentation. FBNeo (FinalBurn Neo) focuses on playability, often including patches for bugs, cheats, and RetroAchievements that MAME avoids.

Recommended Approach:

  • • Use MAME if you want an authentic, preserved experience
  • • Use FBNeo if you need lower-spec performance or social gaming features

3. How to install MAME on Windows for an arcade cabinet?

Installation is simple: download the latest binary from mamedev.org, extract it to a folder (e.g., C:\MAME), and it is ready—no installer is required.

Quick Start:

  1. Download MAME from mamedev.org
  2. Extract to C:\MAME
  3. Place game files in the roms subfolder
  4. Launch via mame.exe

4. What are the best MAME ROM sets for arcade cabinets?

Always match your ROM set version to your MAME version (e.g., use 0.284 ROMs with MAME 0.284). MAME's requirements become stricter as hardware documentation improves, meaning an old 2010 set may lack the security chip or color PROM data required by a 2026 version.

⚠️ Common Mistake:

Running an old 2010 ROM set on a 2026 version of MAME will result in games failing to load. MAME is a documentation project; as the code gets more accurate, the ROM requirements get stricter. Version mismatch is the #1 cause of "game won't start" issues.

💡 If You Only Remember One Thing:

MAME is a moving target—ROM version must match EXE version.

MAME treats playability as validation for hardware documentation, not the goal. As documentation improves, ROM requirements get stricter. Always use ROM sets that match your MAME version exactly (e.g., 0.284 ROMs with MAME 0.284).

5. How to configure MAME for arcade controls?

Launch any game, press Tab to open the internal menu, and navigate to Input Settings.

Configuration Options:

  • • Input Assignments (this system) - Map controls for a specific game
  • • Input Assignments (general) - Set defaults for your entire library

📺 Video Tutorial: How to Map Arcade Joysticks in MAME & RetroArch

Step-by-step demonstration of mapping arcade controls — covers both standalone MAME and MAME via RetroArch libretro core.

II. Controller & Input Configuration

6. How do I map arcade joystick and buttons in MAME?

In the Input Settings menu, highlight an action (like "P1 Button 1"), press your "Select" key (usually Enter), then press the physical button on your cabinet. Wait one second for MAME to register the new mapping.

Step-by-Step:

  1. Launch any game
  2. Press Tab to open menu
  3. Navigate to Input Settings
  4. Highlight the action you want to map
  5. Press Enter
  6. Press the physical button/joystick direction
  7. Wait 1 second for confirmation

7. Why are my MAME controls not working in games?

This is often caused by an incompatible Input Provider. Standard Windows MAME defaults torawinput, which can fail if you are using keyboard simulation tools like JoyToKey or accessing the cabinet via Remote Desktop.

✅ Solution:

Try switching your keyboardprovider orjoystickprovider todinput orwin32 in mame.ini.

Note: You must fully restart MAME for this change to apply—it won't "hot-swap".

8. How to set up 2-player controls in MAME arcade cabinet?

MAME automatically renumbers player positions by scanning the device tree at startup. To ensure Player 2 is always recognized, map their joystick and buttons under Input Assignments (general) → Player 2 Controls.

Important Settings:

  • • Ensure "Multiple Keyboards" or "Multiple Mice" is enabled if your encoders present as separate devices
  • • Map Player 2 controls in Input Assignments (general), not per-game

9. MAME I-PAC controller configuration guide

I-PAC encoders typically work as standard keyboards. The default Player 1 uses Arrow Keys for movement and Left-Ctrl/Alt/Space for buttons, while Player 2 uses R/F/D/G for movement andA/S/Q/W for buttons.

I-PAC "Shift Mode" Feature:

Most I-PACs include a "Shift Mode"—holding the P1 Start button allows other buttons to function asEsc (Exit) or Tab (Menu). This eliminates the need to drill extra "utility" holes in your cabinet.

10. How do I disable MAME menu hotkeys on an arcade cabinet?

To prevent accidental menu triggers during gameplay, reassign the UI Mode Key (default isScroll Lock) to a less accessible key using the-uimodekey command.

Alternative Method:

You can also unmap the Tab key from the UI menu inside Input (General) → User Interface.

III. Video & Display Settings

11. How to configure MAME for a CRT arcade monitor?

To achieve pixel-perfect authenticity, use a graphics card with native analog output and set MAME to use the game's native resolution. Enable -switchres in your configuration to allow MAME to change the monitor's resolution to match the original arcade hardware.

CRT Setup Requirements:

  • • Graphics card with native analog output (VGA/RGB)
  • • Enable -switchres for dynamic resolution switching
  • • Use CRT Emudriver for 15kHz sync signal support

12. Best MAME video settings for an LCD arcade cabinet?

For LCDs, use the BGFX orD3D video backends with-unevenstretch enabled to fill the screen without artifacts. Enable -keepaspect to ensure your games don't look "squashed" or "stretched" beyond their original 4:3 or 3:4 shape.

Recommended LCD Settings:

video                     bgfx
keepaspect                1
unevenstretch             1
artwork_crop              1

13. How to fix MAME screen rotation for vertical games?

Never force rotation globally in mame.ini. Instead, create a file namedvertical.ini in your ini folder and put the rotation settings (like rotate 1 orror 1) inside it.

✅ Pro Tip:

This ensures only vertical titles are rotated, while horizontal games remain correct. This is part of the Configuration Precedence Law—use the most specific file possible to avoid breaking the rest of your cabinet.

# vertical.ini
ror                       1
keepaspect                1

14. MAME aspect ratio settings for a 4:3 arcade monitor

Standard CRT arcade monitors are 4:3. Ensure -keepaspect is ON so MAME preserves the original hardware's intended shape. If you are using a widescreen display in a cabinet, use -artwork_crop to maximize the gameplay area.

15. How to add scan line effects in MAME?

Enable HLSL (for Windows/Direct3D) or BGFX shaders. These simulate the look of vintage CRT monitors, including scanlines, shadow masks, and screen curvature.

Recommendation:

BGFX is generally easier to set up with modern presets and provides excellent CRT simulation without the complexity of HLSL configuration.

IV. Performance & Troubleshooting

16. Why is MAME running slow on my arcade cabinet?

MAME targets accuracy over speed; if a game runs slowly, your CPU may not meet the requirements for that specific driver. Late 90s/2000s 3D games require high-clock-speed processors (3GHz+).

Performance Tips:

  • • Check if you are "CPU bound" by running a benchmark with -bench 90
  • • MAME is CPU-intensive, not GPU-heavy—prioritize raw clock speed
  • • Recommended: Modern Intel i5 or better for late-90s 3D games

17. How to fix MAME audio crackling or stuttering?

Audio stutter usually means the emulation cannot keep up with the real-time speed of the game. To reduce lag and stutter, switch your sound subsystem to PortAudio(-sound portaudio).

✅ Solution:

PortAudio provides much lower latency than the standard dsound. Ensure no heavy background processes are running on your cabinet's OS.

# mame.ini
sound                     portaudio
audio_latency             1

18. MAME black screen but sound works — solution

This often indicates a video backend conflict. Try manually setting your video provider tod3d,opengl, orbgfx instead of auto.

Troubleshooting Steps:

  1. Open mame.ini
  2. Find the video setting
  3. Change from auto tobgfx ord3d
  4. If on Windows, ensure DirectX runtimes are fully updated
  5. Restart MAME completely

19. How to back up MAME configuration and settings?

Your critical "cabinet law" lives in two places: initialization files (.ini) and core configuration files (.cfg).

What to Back Up:

  • • mame.ini - Global settings
  • • cfg/ directory - All button mappings, DIP switches, and folder paths
  • • ini/ directory - Per-game and category-specific settings
  • • ctrlr/ directory - Controller profiles

20. Best MAME version for arcade cabinet (current vs. older)?

Always the latest version. New releases include better hardware documentation and "cleaner" ROM dumps. While older versions (like MAME 2003) are faster on weak hardware, they contain countless known inaccuracies that modern MAME has resolved.

Recommended Approach:

Use the latest MAME version from mamedev.orgfor the most accurate arcade preservation experience. If you need better performance on weak hardware, upgrade your CPU rather than downgrading MAME.

📺 Video Tutorial: MAME Master Guide — Full Setup (August 2025)

Complete walkthrough of MAME 0.281 installation, mame.ini configuration, controller mapping, and frontend integration.

V. Hardware Board Integration

Understanding how MAME interacts with specific hardware boards is critical for professional cabinet builds. This section covers the three main categories of encoder boards and their MAME-specific configuration requirements.

Ultimarc Boards (I-PAC, J-PAC, A-PAC)

Ultimarc boards are the industry standard because they were designed specifically to match MAME's internal logic.

Native MAME Compatibility

By default, an I-PAC operates in Keyboard Mode. It comes pre-programmed with MAME's standard keycodes (e.g., Player 1 Start = 1, Coin 1 =5, P1 Button 1 =Left Ctrl). This means you can often "plug and play" without any initial remapping.

The "Shift" Logic

I-PACs feature a built-in "Shift" function. Holding down the P1 Start button allows other buttons to send different codes (e.g., P1 Start + Button 1 = Escape to exit, or P1 Start + Joystick Right = Tab for the menu). This eliminates the need to drill "Admin" holes in your cabinet, preserving structural integrity.

Multi-Mode Operations

Modern I-PACs can switch between Keyboard, DInput, and XInput modes via firmware. In MAME, if you use XInput mode, you must ensure your joystickprovider inmame.ini is set toxinput orwinhybrid for the best results.

J-PAC Specifics

The J-PAC connects a PC to a standard JAMMA arcade cabinet. It acts as a video amplifier and a sync filter, ensuring that a 31kHz signal from your PC doesn't damage a 15kHz arcade monitor.

Gotek Boards (Floppy Emulators)

Gotek boards are not "encoders" but rather hardware floppy disk emulators used primarily in cabinets running vintage computer systems (like the Amiga, Apple II, or IBM PC).

The MAME-to-Hardware Bridge

MAME's internal chdman and disk utilities can generate and read.HFE image files. This is the native format for Gotek drives running HxC or FlashFloppy firmware.

Cross-Compatibility

You can create a disk image in MAME (e.g., for an Osborne 1), save it as an .HFE, and put it on a USB stick. When you plug that stick into a physical Gotek drive on a real vintage computer, the hardware sees it as a physical disk.

Generic "Zero Delay" USB Boards

These are the most common budget boards found on sites like eBay or Amazon. While they work, they present a specific "failure mode" for MAME setups.

⚠️ The ID Swap Problem

Most generic boards use the exact same USB Hardware ID. Windows assigns them to "Joy 1" or "Joy 2" based on which one the OS sees first at startup. If you reboot, your Player 1 and Player 2 controls might swap places.

✅ The Deterministic Fix (mapdevice)

To solve this, you must use a Controller Configuration File (.cfg) in MAME's ctrlr directory. By using the<mapdevice> tag, you can tie a specific USB port's device ID to a stable MAME ID (e.g., JOYCODE_1).

See the Recovery Playbook section below for the complete step-by-step fix.

Input Provider

Generic boards usually use the DInput (DirectInput) protocol. In yourmame.ini, you should setjoystickprovider todinput if MAME's auto setting fails to recognize them.

Hardware Board Comparison

Board TypeBest MAME ModeKey FeatureCommon Issue
Ultimarc I-PACKeyboard ModeBuilt-in "Shift" functionsConflict with "Natural Keyboard"
Gotek Drive.HFE Image SupportMAME-to-Hardware file bridgeSector ordering traps
Generic USBDInputLow cost, simple wiringRandom swapping of P1/P2

VI. Recovery Playbook: Swapped Controller IDs

This is the definitive solution for one of the most frustrating issues in arcade building: Swapped Player 1/Player 2 IDs. When using generic "Zero Delay" USB encoders, the operating system often reassigns their "Joy 1" and "Joy 2" positions upon reboot, causing total loss of control logic.

This deterministic fix uses MAME's stable identification protocol to permanently solve controller swapping issues.

Step 1: Identify Your Hardware IDs

MAME assigns IDs based on enumeration order, but it can see unique hardware strings if you look deep enough.

  1. Connect both controllers to your cabinet
  2. Open a command prompt/terminal in your MAME directory
  3. Run MAME with the verbose flag: mame -v
  4. Exit MAME immediately and look at the log output
  5. Search for lines starting with Input: Adding joystick
  6. Copy the long Device ID strings for both encoders (e.g., \\?\HID#VID_0079&PID_0006#...)

Step 2: Create the Stable Controller Profile

You must move beyond session-based configuration and create a permanent hardware profile.

  1. Go to your MAME folder and open the ctrlr directory
  2. Create a new text file named stable_sticks.cfg (ensure it ends in .cfg, not .txt)
  3. Paste the following code, replacing the device strings with the ones you copied in Step 1:
<mameconfig version="10">
    <system name="default">
        <input>
            <mapdevice device="YOUR_P1_ID_HERE" controller="JOYCODE_1" />
            <mapdevice device="YOUR_P2_ID_HERE" controller="JOYCODE_2" />
        </input>
    </system>
</mameconfig>

Step 3: Enforce the "Cabinet Law" in mame.ini

MAME will ignore your new profile until you tell it to load it at startup.

  1. Open your global mame.ini file
  2. Locate the ctrlr setting
  3. Change it to match your filename: ctrlr stable_sticks (do not include the .cfg extension)
  4. Save the file and restart MAME (this is an OSD change; a cold start is required)

Step 4: Verification

  1. Launch any 2-player game (e.g., Street Fighter II)
  2. Check if Player 1 and Player 2 are correct
  3. Reboot your cabinet
  4. Launch the same game. If the controls remain stable despite the OS re-enumerating USB ports, the fix is successful

Step 5: Rollback Plan

If MAME fails to launch or reports a "Fatal Error" after these changes:

  • Immediate Action: Open mame.ini and setctrlr back to none
  • Revert: Delete the stable_sticks.cfg file from thectrlr folder
  • Baseline: The system will return to its default (unstable) state, allowing you to re-examine your device IDs for typos

VII. Hard-Learned Lessons from the Trenches

"A broken game is acceptable, but a broken cabinet is not." These are the raw, unfiltered lessons learned from years of professional arcade cabinet building and MAME configuration. This is the knowledge that separates hobbyists from professionals.

Hardware & Construction

The MDF Dust Nightmare

Most builders use 3/4" MDF for sides and 1/2" for panels. If you do this, wear a mask—MDF produces a fine, toxic-feeling dust that gets into everything and can even destroy your shop vacuum.

Cardboard Mockups are Mandatory

Never cut your wood based on a plan you found online without mocking it up 1:1 in cardboard first. You'll likely find your control panel angle is a "carpal-tunnel nightmare" or that you haven't left enough space for your hand to rest.

The Piano Hinge Mistake

Builders often use tiny cabinet hinges for the control panel access door. Don't. Use a full-length piano hinge; small hinges will eventually pull out under the stress of heavy play.

CPU over GPU

MAME is CPU-intensive, not GPU-heavy. I recommend a modern Intel i5—the raw clock speed is what drives accurate emulation of late-90s 3D hardware.

I-PAC is the Industry Standard

For encoders, I only use Ultimarc I-PAC boards. They avoid the "ghost key" matrix issues of cheap Chinese encoders and have a "Shift" function—holding P1 Start lets other buttons act as Escape or Tab, so you don't need to drill extra "utility" holes.

VESA Mount Everything

Even if you're using an old CRT now, design the cabinet with a VESA mount setup. It makes future screen swaps a breeze when that 30-year-old tube finally gives up the ghost.

Configuration Secrets

The Configuration Precedence Law

I never touch mame.ini for game-specific tweaks. MAME loads settings in a specific order:

Command Line → mame.ini → Orientation (vertical.ini) → Monitor Type (vector.ini) → Driver Source → [gamename].ini

Use the most specific file possible to avoid "breaking" the rest of your cabinet.

Vertical Rotation Strategy

My "pro-tip" for rotating monitors: put your rotation modifiers (like -ror or-rol) into vertical.ini. That way, your vertical games automatically flip, but your horizontal ones stay right-side up.

Input Provider Fallback

If controls are unresponsive (especially via Remote Desktop), I change the keyboardprovider fromrawinput to win32 ordinput. Note: you must fully restart MAME for this change to apply.

The "Frame Delay" Trick

On high-end PCs, I raise -frame_delay (up to a value of 8 or 9). This waits until the last possible millisecond to poll inputs before drawing the frame, which can make MAME feel as snappy as real hardware.

Deterministic Recovery

If a cabinet settings get "weird," I follow my Law 6: Delete-and-Revert. I delete the.cfg file for that specific game in thecfg folder. This resets the game to my clean baseline without losing my global cabinet settings.

Common Customer Mistakes

The Version Match Rule

The #1 mistake I see is people running an old 2010 ROM set on a 2026 version of MAME. MAME is a documentation project; as the code gets more accurate, the ROM requirements get stricter. If the set doesn't match the EXE version, the game won't load—period.

Missing "Devices" and BIOS

Customers often have the game ROM but miss the "Device" ROMs (like Namco's sound chips) or the system BIOS (likeneogeo.zip). You need these files in yourroms folder, and they must stay zipped.

Spamming Coins

I get calls about "Coin Jam" or "Tamper" errors. This isn't a bug—MAME emulates the original mechanical coin chutes. If you "insert" coins faster than a physical quarter could fall through a slot, the emulated hardware thinks you're cheating and locks the game.

The 3rd & 4th Player Mirage

Customers often insist on a 4-player control panel. My advice: don't do it unless you have three friends who actually like retro games and can all show up on the same day. It makes the cabinet massive and the control panel an ergonomic disaster.

Button Layout Logic

For Player 1 and 2, I recommend 7 buttons. This handles Capcom's 6-button fighters and the specific 1x4 horizontal layout required for NeoGeo games without constant remapping.

Monitor & Display Tips

Monitor Sync Signals

If you're going "pure" with a CRT, your video card must output a low-frequency 15kHz sync signal. Most modern cards don't do this natively; you'll need specific tools like "CRT Emudriver" to avoid a screen that refuses to sync or tears constantly.

Global Video Backends

I set the global video backend to bgfx ord3d. On LCD cabinets, I always enable-unevenstretch so the game fills the screen without looking like a blurry mess, but I keep -keepaspect ON to prevent the "squashed" look.

Reducing Latency via PortAudio

To kill audio lag (which makes games "feel" laggy), I switch the sound subsystem to portaudio. It provides a much lower latency than the standard dsound.

📺 Video Tutorial: MAME Setup with LaunchBox 2024

Full walkthrough of integrating MAME with LaunchBox — covers ROM import, metadata scraping, BigBox kiosk mode, and per-game configurations.

VIII. Production mame.ini Template

This mame.ini template is built specifically for arcade cabinets using theconfiguration best practices and the provided technical standards. It prioritizes cabinet-wide stability and low input latency.

Important: These settings establish the "Host Environment." Do not modify these for game-specific issues; use the hierarchy (e.g., pacman.ini) instead.

Global mame.ini Template (Standard 2026 Build)

# --- CORE PERFORMANCE OPTIONS ---
# Best Practice: Prioritize stability and polling speed.
lowlatency                1       # Reduces lag by roughly 1 frame
frame_delay               0       # Set 0 globally; tweak per-game for high-spec PCs
numprocessors             auto    # Leverages multi-threading for work queues
throttle                  1       # Mandatory to keep games at correct physical speed
sleep                     1       # Yields CPU to keep cabinet OS from overheating
autoframeskip             0       # Disable; frameskipping causes input "choppiness"

# --- CORE VIDEO OPTIONS ---
# Best Practice: Never force global rotation.
video                     bgfx    # Modern standard for shaders and hardware scaling
numscreens                1       # Locked at launch; cannot hot-swap OSD windows
keepaspect                1       # Preserves original 4:3 or 3:4 hardware shape
unevenstretch             1       # Required for LCDs to fill screen without artifacts
artwork_crop              1       # Recommended for widescreen cabinet displays
waitvsync                 0       # Disabled globally to prevent stutter
syncrefresh               0       # Disabled globally to preserve game speed

# --- CORE SOUND OPTIONS ---
# Best Practice: PortAudio is the standard for low audio latency.
sound                     portaudio 
samplerate                48000   # Standard quality for modern sound hardware
audio_latency             1       # Smallest step for responsive performance

# --- CORE INPUT OPTIONS ---
# Best Practice: Ensure UI access is never trapped.
keyboardprovider          rawinput # Switch to win32 if using Remote Desktop
joystickprovider          winhybrid # Best compatibility for XInput and DInput
mouse                     1       # Captures mouse for trackballs/spinners
joystick                  1       # Enables physical cabinet sticks
uimodekey                 SCRLOCK # The "Panic Button" to toggle UI controls

Handling Vertical Games (vertical.ini)

To ensure vertical games rotate automatically without breaking your global menu or horizontal titles, place these lines in a new file at/ini/vertical.ini:

# Scoped Configuration: Applied only to vertical hardware.
ror                       1       # Rotate Right (use 'rol 1' for Left)
keepaspect                1       # Essential for vertical screen geometry

Low-Latency Performance Tweak (pacman.ini example)

For high-performance PCs emulating demanding or competitive games, use a per-game INI to push the hardware:

# Important: Requires high CPU clock speed (3GHz+).
frame_delay               8       # Polls inputs at the very last millisecond
waitvsync                 1       # Safe to enable here if refresh rates match

IX. The Configuration Precedence Law

Understanding MAME's configuration hierarchy is critical for maintaining cabinet stability. Settings are loaded in a specific order, with more specific configurations overriding more general ones.

Best Practice: Use the most specific file possible to avoid "breaking" the rest of your cabinet.

Configuration Loading Order (Highest to Lowest Priority)

1

Command Line Arguments

Highest priority. Settings passed directly when launching MAME (e.g., mame pacman -ror)

2

mame.ini (Global Configuration)

Your cabinet-wide baseline. Should contain settings that apply to ALL games.

3

Orientation INI (vertical.ini, horizontal.ini)

Settings for games with specific screen orientations. Use vertical.ini for rotation settings.

4

Monitor Type INI (vector.ini, raster.ini)

Settings for specific display technologies (vector monitors, raster CRTs, etc.)

5

Driver Source INI (cps1.ini, neogeo.ini)

Settings for games sharing the same hardware driver (e.g., all CPS1 games, all Neo Geo games)

6

[gamename].ini (Game-Specific)

Lowest level, highest specificity. Settings for a single game (e.g., pacman.ini,sf2.ini). Use this for game-specific tweaks.

💡 If You Only Remember One Thing:

A broken game is acceptable, but a broken cabinet is not.

Use the most specific configuration file possible (game-specific > driver > orientation > global). This way, if something breaks, only that one game or category is affected—never your entire cabinet.

✅ Best Practices

  • •Never modify mame.ini for game-specific issues - Use the appropriate level of the hierarchy instead
  • •Use vertical.ini for rotation - Don't force rotation globally in mame.ini
  • •Create per-game INIs for performance tweaks - Use frame_delay, waitvsync on a per-game basis
  • •Test changes at the appropriate level - If a setting breaks something, you know exactly where to look

Ready to Build Your Dream Arcade Cabinet?

This guide represents years of professional experience, but reading is just the first step. If you want a cabinet built to these exact standards—with MAME pre-configured, hardware properly integrated, and every setting optimized for stability—we can build it for you.

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