Best Pokemon Emulator Setup 2026: 14 Steps, 90 Min

Pokemon has shipped on seven different Nintendo hardware generations since 1996, and no single emulator covers all of them. That is the first thing anyone searching for the best Pokemon emulator in 2026 needs to accept: a Game Boy Advance core cannot open a Nintendo DS ROM, a Nintendo DS emulator cannot decrypt a 3DS game, and nothing built for 3DS will touch a Switch cartridge dump. Building a Pokemon emulator setup worth using means picking the right tool for each generation, pairing it with the correct firmware and BIOS files, and wiring the whole thing together so saves, controllers, and trading all behave the same way across four or five separate programs.

This tutorial walks through a complete 14-step build: mGBA for the handheld era, melonDS for Nintendo DS, Azahar for 3DS, a current Switch-emulator fork for Scarlet, Violet, and Legends-era titles, and Dolphin for the GameCube and Wii spin-offs. Every step assumes you are emulating games you legally own and have personally dumped from your own cartridges, discs, or consoles. By the end you will have one organized, cross-platform Pokemon emulator setup, a troubleshooting checklist for the eight problems that trip up almost everyone, and a handful of advanced tricks for randomizers and ROM hacks.

Demand for a reliable best Pokemon emulator setup has stayed high in 2026 for a simple reason: the franchise’s back catalog spans thirty years of hardware, and very little of it is available through any single modern storefront. A player who wants to revisit Emerald, trade into Platinum, finish Omega Ruby, and then jump into Scarlet or a Legends title needs four or five completely different pieces of software to do it, and almost none of the “best emulator” roundups walk through all four as one connected project. That gap is what this tutorial fills: instead of treating each platform as a separate article topic, it treats the whole Pokemon back catalog as one build, with consistent folder structure, consistent controller mapping, and one shared backup routine across every emulator.

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Why One Emulator Can’t Play Every Pokemon Generation in 2026

Search for the best Pokemon emulator and most results try to crown a single winner. That framing does not hold up once you look at how Nintendo built its hardware. The Game Boy, Game Boy Color, and Game Boy Advance share a lineage that mGBA was purpose-built to emulate with high accuracy, including link-cable functionality for trading between linked instances. Nintendo DS introduced a dual-screen, dual-CPU architecture that needs a completely different emulation core, which is why melonDS and the older DeSmuME exist as separate projects rather than GBA plugins. The Nintendo 3DS added a second 3D-capable GPU pipeline and hardware-level encryption, which is where Azahar has become the current standard recommendation after the Citra project’s shutdown left a gap. Switch-era Pokemon titles such as Scarlet, Violet, and the Legends spin-offs run on a custom ARM/NVIDIA architecture that forked into several community projects following licensing disputes around the original Ryujinx codebase. And the GameCube and Wii spin-offs, including Pokemon Colosseum, Pokemon XD, and Pokemon Battle Revolution, sit on entirely different hardware that only Dolphin handles well.

That is five emulators for one franchise, and each one has its own install process, its own firmware requirements, and its own quirks. A guide published by iTechGuides lays out the same platform-by-platform logic: a 3DS emulator cannot replace a DS emulator, and a GBA emulator cannot run either. RetroArch can absorb the older cores (Game Boy through DS) into one frontend, but even RetroArch needs Azahar and a Switch-capable core running as standalone programs for the newer generations. The rest of this best Pokemon emulator tutorial treats that reality as the starting point rather than something to work around.

Pokemon Generation	Hardware	Recommended Emulator	OS Support	Link/Trade Support
Gen 1-3 (Red/Blue to Emerald/FireRed)	Game Boy, Game Boy Color, GBA	mGBA	Windows, macOS, Linux, BSD	Yes, multi-instance link + socket linking
Gen 4-5 (Diamond/Pearl to Black/White 2)	Nintendo DS	melonDS	Windows, macOS, Linux	Local wireless, limited online via third-party servers
Gen 6-7 (X/Y to Ultra Sun/Moon)	Nintendo 3DS	Azahar	Windows, Linux, Android, Flatpak	Local Play supported, online inconsistent
Gen 9 (Scarlet/Violet, Legends titles)	Nintendo Switch	Active Ryujinx-derived fork (verify current project)	Windows, Linux	Limited, depends on fork and build
Spin-offs (Colosseum, XD, Battle Revolution)	GameCube, Wii	Dolphin	Windows, macOS, Linux, Android	Local link supported via Game Boy Player/GBA bridge

Prerequisites: Emulator Versions, Hardware, and Legal Ground Rules

Before touching any installer, get these four things in order. First, hardware: none of these emulators are demanding by 2026 standards except the Switch-era core, which benefits from a dedicated GPU and a CPU from the last five to six years. mGBA, melonDS, DeSmuME, and Dolphin all run comfortably on mid-range laptops, including integrated graphics. Second, always download the current stable build directly from each project’s official site or official GitHub releases page rather than a third-party mirror. Version numbers change often enough that quoting a specific build here would be stale within weeks; what matters is that you pull from the maintainer’s own release channel every time you update.

Third, firmware and BIOS files. melonDS needs bios7.bin, bios9.bin, and a console firmware file; Azahar needs decryption keys normally extracted as boot9.bin and boot11.bin; Dolphin can run most games without original firmware but benefits from one for save-menu compatibility. All of these must come from hardware you own, dumped with tools like GodMode9 for 3DS consoles or a DS flash cart reader. None of them ship with the emulator and none should be downloaded from a ROM site. Fourth, legal ground rules: dumping a cartridge, disc, or console you own for personal backup is treated very differently under most copyright frameworks than downloading a ROM of a game you never purchased. A write-up from Gaming PC Guru frames this clearly: the entire emulator scene covered in current 2026 guides assumes you are playing from cartridges and discs you already own, not from unauthorized ROM downloads. This tutorial follows the same assumption throughout.

A Windows 10/11, macOS, or Linux machine with at least 8GB RAM (4GB works for everything except Switch-era emulation)
A dedicated or recent integrated GPU if you plan to run Scarlet, Violet, or Legends: Arceus
An SD card reader or flash cart to dump your own Game Boy Advance and DS cartridges
A New 3DS, New 3DS XL, or New 2DS XL (required for GodMode9-based key extraction) if you want to play 3DS titles
A USB or Bluetooth controller: Xbox and DualSense pads have the broadest driver support across all five emulators
Roughly 90 minutes if you are setting up all five emulators in one sitting, or 15-20 minutes per platform if you spread it out

Step 1: Install mGBA for Game Boy, Color, and Advance Pokemon Games

Start with mGBA because it is the least fussy of the five and gives you an early win. Download the installer or portable build for your OS from the official mGBA site, extract it to a folder you control (avoid Program Files on Windows if you want portable saves), and launch it once to confirm it opens without errors. mGBA does not require a BIOS file to boot most games, though loading the official GBA BIOS improves boot-logo accuracy and timing precision for a small number of titles. Point mGBA at a dedicated ROMs folder through Settings, then a separate Saves folder so game data survives a reinstall.

PokemonEmulators/
  mgba/
    mGBA.exe
    bios/
      gba_bios.bin        (optional, dumped from your own hardware)
    roms/
      pokemon_emerald.gba
      pokemon_firered.gba
    saves/
      pokemon_emerald.sav
      pokemon_firered.sav

In mGBA’s settings, enable the “Native core” video renderer for the most accurate output, and turn on “Resample video” only if you are upscaling. For Pokemon specifically, link-cable features are built in: open two mGBA windows, start both ROMs, use the Tools menu to open a link connection on each, and both instances will see each other for in-game trading between two copies of a cartridge you own.

Step 2: Dump and Verify Your Own Game Boy Advance Cartridges

A GBA flash dumper (most USB cartridge readers marketed for retro backup work) reads your physical cartridge and writes a ROM file plus a save file to your computer. Once you have a dump, verify its checksum before loading it so you can tell a corrupted read apart from a genuine emulator bug later. Run a hash check in a terminal and keep the output alongside the ROM for future reference.

# macOS/Linux
shasum -a 1 pokemon_emerald.gba

# Windows PowerShell
Get-FileHash .\pokemon_emerald.gba -Algorithm SHA1

# Example output
3a4f0c9e1d2b7a6f8e5c0d1a9b8c7e6f5d4c3b2a  pokemon_emerald.gba

If the ROM loads but shows a black screen, a garbled title screen, or crashes on the first battle, re-dump the cartridge: a bad connection during the first dump is the most common cause, not a bug in mGBA.

Step 3: Set Up melonDS for Nintendo DS Pokemon Titles

melonDS has overtaken DeSmuME as the modern-choice DS emulator because of its more accurate 3D rendering and better upscaling support, which matters for titles like Pokemon Platinum and Pokemon Black/White 2 that lean on the DS’s 3D hardware for battle animations. Download melonDS from its official site, extract it, and before you load anything, go to Config > Emu Settings and point melonDS at a BIOS/firmware folder.

melonds/
  melonDS.exe
  bios/
    bios7.bin        (ARM7 BIOS, dumped from your own DS)
    bios9.bin        (ARM9 BIOS, dumped from your own DS)
    firmware.bin      (console firmware, dumped from your own DS)
  roms/
    pokemon_platinum.nds
  saves/
    pokemon_platinum.sav

melonDS can technically run without a real firmware dump using its built-in fallback, but Pokemon’s in-game clock, Pal Park, and some trading features behave more reliably with a genuine firmware file. If you only have DeSmuME available or prefer it for a specific compatibility reason, the setup steps are nearly identical, just with DeSmuME’s own BIOS folder structure.

Step 4: Load Firmware and Configure Wireless Features in melonDS

With firmware loaded, open melonDS’s Wifi settings to enable “Local Multiplayer” over a direct socket connection between two melonDS instances on the same machine or network, which replicates the DS’s Download Play and local wireless trading. Nintendo shut down the original Wi-Fi Connection servers years ago, so any online-trading claims you see for DS-era emulators depend on third-party relay servers rather than Nintendo’s own infrastructure; treat those as unofficial and unsupported rather than a guaranteed feature.

For local trading between two of your own game dumps, run two melonDS windows, load a different Pokemon save in each, start a local link session from the in-game Union Room or GTS menu, and connect through melonDS’s local multiplayer settings. This mirrors exactly what two physical DS consoles would do with a wireless connection in the same room.

Step 5: Install Azahar for Nintendo 3DS Pokemon Games

Azahar is the current standard recommendation across 2026 Pokemon emulator comparisons for X/Y, Omega Ruby/Alpha Sapphire, and Sun/Moon-era titles, having picked up where the discontinued Citra project left off. Because the full 3DS setup, including GodMode9 key extraction, CIA installation, and 4K upscaling configuration, is detailed step-by-step in a dedicated guide, this section covers only what changes in a multi-emulator setup: keep Azahar’s user data folder separate from mGBA and melonDS, and use a distinct controller profile so face-button mapping does not clash between a two-screen 3DS layout and a single-screen GBA layout. For the full walkthrough on dumping your encryption keys, installing games, and configuring upscaling filters, see the complete Azahar 3DS emulator setup guide.

Step 6: Decrypt and Verify 3DS Game Dumps

3DS cartridges and digital titles ship encrypted, which is why Azahar needs your console’s unique decryption keys before it can run anything. Dump a game from your own New 3DS using GodMode9: boot into GodMode9, navigate to your cartridge or NAND title, and use the built-in “Decrypted CXI” or full “Legit CIA dump” option depending on whether you want an installable package or a raw decrypted file.

# Typical GodMode9 output paths after a dump
0:/gm9/out/0004000000055D00.cxi     (decrypted game file)
0:/gm9/out/0004000000055D00.cia     (installable CIA package)

# Example confirmation shown in GodMode9 after a successful dump
"CIA build succeeded!"
"Written to 0:/gm9/out/"

Copy the resulting CIA or CXI file to Azahar’s games folder and launch it the same way you would any other ROM. If Azahar reports a missing seed or key error, your boot9.bin/boot11.bin dump is incomplete, not the game dump itself; re-run the key extraction step in GodMode9 before troubleshooting further.

Step 7: Choose a Switch Emulator for Scarlet, Violet, and Legends Games

This is the least settled part of any best Pokemon emulator setup in 2026. The original Ryujinx project was taken down following legal pressure, and the community response splintered into several forks, including Eden and Citron, with varying levels of active development, legal risk, and feature completeness. Current guides disagree on which fork to recommend first, and that disagreement is itself the most useful piece of information here: before installing anything for Switch-era Pokemon titles, check which fork is currently maintained, which one the broader homebrew community treats as stable, and what its current legal standing looks like. A full breakdown of how that fork scene shook out, including which projects got banned from distribution platforms and which one is still standing, is covered in the Eden vs Citron vs Ryujinx comparison.

Whichever fork you choose, Switch-era Pokemon emulation is more demanding than every other step in this tutorial. Scarlet, Violet, and the Legends titles push dynamically loaded open-world assets that stress CPU single-thread performance hard, so expect lower, less consistent frame rates than you get from mGBA, melonDS, or Azahar even on capable hardware. Keep expectations realistic: this is the newest and least mature layer of Pokemon emulation by a wide margin.

Step 8: Add Dolphin for GameCube and Wii Pokemon Spin-Offs

Pokemon Colosseum, Pokemon XD: Gale of Darkness, Pokemon Battle Revolution, and PokePark all run on GameCube or Wii hardware, and Dolphin remains the clear choice for all of them. Dolphin’s monthly development builds bundle continual accuracy improvements, so always grab the newest build rather than an old archived release. Point Dolphin at your dumped ISO files, enable the internal resolution scaler if you want to render these titles above their native output, and configure a GameCube controller profile separately from the pads you set up for the handheld emulators, since Colosseum and XD expect a GameCube-style layout. A full install and configuration walkthrough, including GameCube Memory Card handling and upscaling settings, is covered in the dedicated Dolphin emulator setup guide.

One Pokemon-specific quirk worth knowing: Colosseum and XD originally supported connecting to a Game Boy Advance running Pokemon Ruby, Sapphire, or Emerald through a GameCube-GBA link cable, to bring your own Pokemon into the 3D games. Replicating that in Dolphin generally means running Dolphin’s GBA integration alongside a loaded GBA BIOS, a feature worth testing early since it is one of the more fragile parts of spin-off emulation.

Step 9: Standardize Controller Mapping Across All Four Emulators

Running five emulators with five different default control schemes is the fastest way to build muscle-memory confusion. Pick one physical controller, settle on a mapping convention, and apply it consistently: A/B face buttons mirror the original Game Boy/DS layout, shoulder buttons handle menu shortcuts, and the right stick (where available) is reserved for camera control in Dolphin and Switch-era games only, since none of the handheld generations use a second analog input.

Action	mGBA	melonDS	Azahar	Dolphin
A button	Controller A	Controller A	Controller A	Controller A
B button	Controller B	Controller B	Controller B	Controller B
Start/Menu	Start	Start	Start	Start
Save state	Shoulder L + Face	Shoulder L + Face	Shoulder L + Face	Shoulder L + Face
Fast-forward	Right trigger	Right trigger	Right trigger	Right trigger

Most of these emulators let you export and import a controller profile as a config file; keep a backup copy of each one in your project folder so a reinstall or OS update does not force you to remap everything by hand.

Step 10: Configure Save States, Backups, and Cloud Sync

Save states are not the same thing as in-game saves. A save state is a full memory snapshot you can load instantly; an in-game save (.sav file or equivalent) is what the actual game engine reads and writes, and it is the one that matters for anything you would call progress. Back up your .sav files separately from save states, and do it on a schedule rather than only after something breaks.

# Simple nightly backup of all emulator save folders (Linux/macOS, run via cron)
rsync -av --backup --backup-dir=backups/$(date +%Y-%m-%d) \
  ~/PokemonEmulators/mgba/saves/ \
  ~/PokemonEmulators/melonds/saves/ \
  ~/PokemonEmulators/azahar/saves/ \
  ~/PokemonEmulators/dolphin/saves/ \
  ~/CloudSync/pokemon-saves/

# Example output
sending incremental file list
pokemon_emerald.sav
pokemon_platinum.sav
sent 1,204,992 bytes  received 142 bytes  802,090.67 bytes/sec

If you use a cloud storage client such as rclone instead of a local NAS, swap the destination path for a remote target and run the same job on the same schedule. The point is redundancy: a corrupted save file from a bad shutdown should cost you a day of progress, not a hundred hours.

Step 11: Set Up Link Cable and Local Wireless Trading Emulation

Trading is one of the more fragile parts of any Pokemon emulator setup because it was never designed with emulation in mind. For GBA-era games, mGBA’s built-in link feature (covered in Step 1) is the most reliable path. For DS-era games, melonDS’s local multiplayer socket connection handles Download Play-style trading between two of your own saves, as outlined in Step 4. A breakdown comparing the best trading method by platform and generation, including which connection type works most consistently for each era, is available from a dedicated trading guide if you want a deeper reference while troubleshooting a specific generation.

3DS-era trading over Azahar’s Local Play works for two instances on the same machine using a loopback network connection, though Nintendo’s original online trading infrastructure is no longer available for any of these games. Anything claiming live GTS or Wonder Trade functionality through an emulator is relying on unofficial, community-run relay servers rather than Nintendo’s own service, and reliability varies accordingly.

Step 12: Tune Performance, Shaders, and Upscaling Filters

Each emulator exposes upscaling differently. mGBA supports simple integer scaling plus a handful of shader filters for smoothing pixel edges without destroying the original look. melonDS allows internal resolution multipliers well beyond the DS’s native 256×192 per screen, which is the single biggest visual upgrade available in this entire setup since DS-era 3D battle models hold up remarkably well at higher resolutions. Azahar’s upscaling (covered in depth in its dedicated guide) can push 3DS output as high as 4K depending on your GPU headroom. Dolphin’s internal resolution slider does the same for GameCube and Wii titles, with the usual caveat that some visual effects designed around the console’s native resolution can look slightly off at very high multipliers.

Start every emulator at native or 2x resolution, confirm it runs at a full, stable frame rate, and only push higher once you have confirmed your hardware has headroom to spare. Chasing 4K on an older laptop GPU before confirming basic performance is the most common reason new users think an emulator is broken when it is actually just a settings mismatch.

Step 13: Organize Everything Into One Launcher Project

Once all five emulators run individually, wrap them into a single project so you are not hunting through five different folders every time you want to play. A lightweight game-launcher frontend (Playnite on Windows, or a RetroArch playlist approach on any OS) can point at each emulator’s executable with the correct ROM path pre-filled, giving you one library view across every Pokemon generation.

# Example Playnite custom-game entry (simplified)
{
  "Name": "Pokemon Emerald",
  "Platform": "Game Boy Advance",
  "Emulator": "mGBA",
  "Path": "C:\\PokemonEmulators\\mgba\\roms\\pokemon_emerald.gba",
  "Arguments": "-f"
}

# Example RetroArch playlist entry for a melonDS core
{
  "path": "C:\\PokemonEmulators\\melonds\\roms\\pokemon_platinum.nds",
  "label": "Pokemon Platinum",
  "core_path": "melonds_libretro.dll",
  "core_name": "melonDS"
}

This is the step most best-Pokemon-emulator guides skip entirely, and it is the one that actually determines whether your five-emulator setup feels like one coherent project or five separate chores every time you want to play.

Step 14: Run a Full Verification Playthrough

Before calling the setup finished, test every emulator with the same short checklist: launch the game, confirm audio plays, save progress, close the emulator completely, reopen it, and confirm the save loaded correctly. This single pass catches the overwhelming majority of configuration mistakes before they cost you real playtime.

mGBA: load Pokemon Emerald, walk two steps, open the save menu, save, quit, reopen, confirm the save loaded
melonDS: load Pokemon Platinum, confirm the touch screen responds to mouse/stylus input, save in-game, reopen and verify
Azahar: load a 3DS title, confirm 3D battle effects render without crashing, save, reopen and verify
Switch fork: load a Scarlet/Violet save file, confirm the open-world area loads without a crash, check frame rate stability for at least two minutes
Dolphin: load Pokemon Colosseum, confirm the GameCube Memory Card save writes correctly, reopen and verify

Common Pitfalls When Setting Up Pokemon Emulators

Most best-Pokemon-emulator setups fail for the same handful of avoidable reasons. Here is what to watch for before you assume an emulator itself is broken.

Mixing up BIOS files between emulators. melonDS’s bios7.bin/bios9.bin are not interchangeable with Azahar’s boot9.bin/boot11.bin, even though both are DS/3DS-family files. Keep each emulator’s firmware folder separate and labeled.
Downloading ROMs instead of dumping your own. Beyond the legal exposure, ROMs from unofficial sources are a common vector for corrupted or modified files that cause save-corruption bugs people wrongly blame on the emulator.
Skipping the checksum step after dumping a cartridge. A bad dump looks identical to an emulator bug until you verify the hash, which wastes hours of troubleshooting on the wrong problem.
Assuming Switch-era emulation will run as smoothly as GBA or DS emulation. It is the newest, least optimized layer in this entire stack; judge its performance against its own category, not against mGBA’s near-perfect accuracy.
Confusing save states with real saves. A save state tied to a specific emulator build can become unloadable after an update. Your actual in-game save file is the one that matters long-term.
Using the same controller profile across every emulator without adjusting for layout differences. A GameCube-style profile mapped onto a two-button Game Boy game creates unnecessary confusion during play.
Ignoring which Switch-emulator fork is currently active. The fork scene changes fast enough that a guide from six months ago may recommend a project that is no longer maintained or available.

Troubleshooting Guide: 8 Problems and Fixes

Symptom	Likely Cause	Fix
Black screen on launch in mGBA	Corrupted ROM dump or missing BIOS dependency for that specific title	Re-verify the checksum from Step 2; re-dump the cartridge if it fails
melonDS won’t start, error about firmware	Missing or mismatched bios7.bin/bios9.bin/firmware.bin	Re-dump firmware from your own DS console and confirm file sizes match the expected BIOS format
Azahar reports a missing seed/key error	Incomplete boot9.bin/boot11.bin dump from GodMode9	Re-run key extraction in GodMode9 on your New 3DS before reloading the game
Switch-fork emulator crashes on world load in Scarlet/Violet	Outdated or unmaintained fork build, or insufficient GPU memory	Confirm you are on the currently active, maintained fork and update GPU drivers
Dolphin shows graphical glitches in Colosseum battles	Internal resolution set too high for the game’s native effects pipeline	Drop to native or 2x resolution and re-test before raising it again
Controller not detected in one emulator but works in others	Per-emulator controller profile not configured	Open that emulator’s input settings and manually remap, then export the profile for backup
Save file disappears after an update	Save path reset to a new default folder during the update	Point the emulator back at your dedicated saves folder and restore from your backup script
Local wireless trade/link session won’t connect between two instances	Firewall blocking the loopback or local network connection between emulator windows	Allow both emulator processes through your OS firewall and confirm both are using the same local-link mode

Mirroring the Setup on Android

Once the desktop build is working, carrying the same project onto a phone or tablet is mostly a matter of moving files rather than rethinking the setup. Mobile guidance for Android in 2026 generally splits the same way as desktop: a dedicated GBA-focused app such as My Boy! or John GBAC handles Game Boy through Game Boy Advance titles, melonDS has an Android build for Nintendo DS games, and Azahar maintains an Android release for 3DS titles. RetroArch is also available as a standalone Android app and can absorb the older cores the same way it does on desktop.

The practical difference is file transfer and permissions. Android’s scoped storage rules mean each app needs its ROMs, saves, and BIOS/firmware files placed in a folder it has explicit access to, which usually means using the app’s own file picker rather than copying files directly into a system folder. If you prefer installing an APK directly from a project’s official release page instead of going through an app store listing, ADB sideloading is the safest route since it comes straight from your computer rather than a third-party app repository.

# Enable USB debugging on the Android device first, then from a computer:
adb devices
adb install melonDS-android-release.apk

# Example output
List of devices attached
A1B2C3D4        device

Performing Streamed Install
Success

Once installed, point each Android app at the same BIOS, firmware, and key files you already dumped for the desktop build in Steps 1 through 6; there is no need to dump a second set from your console. Copy the files over via USB transfer or a cloud sync folder, then use each app’s in-app settings to browse to the correct path. A closer breakdown of which Android emulator options perform best for heavier, Switch-adjacent workloads is covered in the Android emulator comparison for PC, which is useful context if you are deciding whether a phone, tablet, or PC is the better home for a specific generation.

Advanced Tips: Randomizers, ROM Hacks, and Netplay

Once the core five-emulator setup is stable, a few advanced options open up. Universal Pokemon Randomizer-style tools can patch a ROM dump you already own to shuffle wild encounters, trainer teams, and move pools for a fresh playthrough of a game you have finished many times, and all five emulators here will run a randomized ROM exactly like the original since the patch only changes game data, not the file format. ROM hacks work the same way: apply the patch to your own legally dumped file using a patching tool before loading it, never download a pre-patched ROM from a third party.

For multiplayer beyond local link cable emulation, RetroArch’s netplay feature can host GBA and DS-era link sessions over the internet between two people who each own and dumped their own copy of the game, using RetroArch’s own GBA and DS cores rather than standalone mGBA or melonDS. This is a meaningfully different setup from the local link steps covered earlier in this tutorial and worth exploring separately once your core project is working.

If you are curious how this kind of multi-generation emulation project compares to single-console setups, the same dumping-and-verification discipline applies whether you are running a handheld Pokemon library or a full PS2 emulator setup: own the hardware, dump your own discs or cartridges, verify the files, and keep firmware separate from game data.

FAQ

What is the single best Pokemon emulator for a beginner?

mGBA is the easiest starting point. It has the lowest hardware requirements, the simplest setup, and covers the largest number of mainline Pokemon titles (Red/Blue through FireRed/LeafGreen and Emerald) of any single emulator in this tutorial.

Can I use one emulator for every Pokemon generation?

No. Each hardware generation (Game Boy/GBA, DS, 3DS, Switch, GameCube/Wii) requires its own purpose-built emulator because the underlying architecture, encryption, and graphics pipeline are different for each one. RetroArch can consolidate the older cores into a single frontend, but 3DS and Switch titles still need standalone programs.

Do I need the original BIOS and firmware files?

For melonDS and Azahar, yes, in practice. melonDS can technically boot without real firmware but loses accuracy on several Pokemon-specific features like the in-game clock. Azahar cannot decrypt 3DS games at all without your console’s own boot9.bin/boot11.bin keys.

Is it legal to use a Pokemon emulator?

Emulator software itself is generally legal to use. The legal risk comes from the ROM files: dumping a cartridge, disc, or console you personally own for backup purposes is treated very differently than downloading a ROM of a game you never purchased. This tutorial only covers dumping your own hardware.

Which Switch emulator should I use for Pokemon Scarlet and Violet?

This is the fastest-moving part of the whole scene. After the original Ryujinx project was taken down, several community forks emerged with different levels of maintenance and legal standing. Check which fork is currently active and stable before installing, rather than following an outdated recommendation.

Can I trade Pokemon between emulators the way I would with real hardware?

Local trading between two instances of the same emulator (two mGBA windows, two melonDS windows) works reliably by replicating a link cable or local wireless connection. Online trading through services like the GTS or Wonder Trade relies on unofficial, community-run servers rather than Nintendo’s original infrastructure, so reliability varies.

Why does Dolphin run the GameCube Pokemon spin-offs better than other emulators?

Dolphin is purpose-built for GameCube and Wii architecture and has years of accuracy refinement specifically for that hardware generation. No other emulator in this tutorial targets that console family, which is why Pokemon Colosseum, XD, and Battle Revolution only appear as Dolphin-compatible titles.

How much storage do I need for a full five-emulator Pokemon setup?

The emulators themselves are small, typically well under 200MB combined. Storage use scales with your game library: GBA and DS dumps are a few megabytes to tens of megabytes each, 3DS dumps run from a few hundred megabytes to a few gigabytes, and GameCube/Wii ISOs can reach several gigabytes per disc. Plan storage around your actual game collection rather than the emulators.

Best Pokemon Emulator Setup: 14 Steps, 90 Min [2026]