Nintendo never released an official N64 app for modern PCs, so the entire scene runs on volunteer code. That code has fractured hard in the past 18 months. Simple64, the accuracy darling of 2023-2024, went into archive mode on February 14, 2025, timed with the Gopher64 v1.0.6 release of a Rust‑based N64 emulator. Outlet Cart & Pixel has been explicit that this was a replacement, not a fork, and Gopher64 kept climbing from there, reaching v1.1.34 by July 9, 2026. Ares kept shipping, with its N64 core still tagged “experimental” even in the May 2026 v148 release. Project64 is still cranking out nightly builds of a 4.0 branch its own community calls “too experimental” for daily use. Meanwhile RMG, built on the veteran Mupen64Plus core, quietly became the default recommendation for Steam Deck owners running EmuDeck.
None of this is obvious from a Google search. Type “N64 emulator” today and you’ll land on guides written before simple64’s shutdown, recommending a tool that no longer receives updates. This comparison sorts out what’s actually current in August 2026: Project64, ares, RMG (Mupen64Plus), Gopher64, and RetroArch’s Mupen64Plus-Next core with the ParaLLEl-RDP backend. We tested setup friction, rendering accuracy claims, platform reach, and the netplay and RetroAchievements features that decide which one actually stays installed.
If you only take one thing from this guide: Gopher64 is the current top pick for most users. ITechGuides’ rankings, updated August 10, 2026, name it the best modern standalone N64 emulator, and by that point it had also reached macOS (ARM64) and Android, on top of its original Windows and Linux builds — a broader footprint than simple64 ever had. It’s not a universal winner, though: Project64 still installs faster on Windows, RMG is the Steam Deck default, and RetroArch’s Mupen64Plus-Next core is the only option built for a shared, multi-console library, which is why the full breakdown below still matters more than any single recommendation.
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Why N64 Emulation Got Complicated in 2025-2026
The N64’s custom Reality Coprocessor is notoriously difficult to emulate accurately, which is why the scene has always supported multiple competing approaches rather than one dominant tool the way Dolphin dominates GameCube emulation. Low-level plugins like ParaLLEl-RDP try to replicate the actual RDP graphics pipeline in Vulkan, trading raw speed for pixel-perfect fidelity. High-level plugins like GLideN64 fake the output using modern OpenGL, prioritizing speed and upscaling over hardware accuracy. Every emulator in this guide picks a different point on that spectrum.
Then came the fallout from Nintendo’s 2024 lawsuit against the Yuzu team, which ended in a $2.4 million settlement and the shutdown of Yuzu and Citra, but not Ryujinx. That crackdown targeted Switch and 3DS emulation specifically and never touched N64 tools directly, according to community tracking on the Emulation General wiki. But it changed the mood in the scene. Some maintainers grew cautious about high-profile projects; others, like the simple64 team, cited personal and technical reasons rather than legal pressure when they archived their repository. The practical result for N64 fans is the same either way: the emulator you bookmarked two years ago might not be the one you want today.
A Short History of N64 Emulation, From Plugins to Rust Rewrites
N64 emulation is older than most of the hardware it now runs on. UltraHLE shocked the games industry back in 1999 by running Super Mario 64 and GoldenEye on consumer PCs while the N64 was still Nintendo’s current console, and Nintendo’s legal team shut it down within months. Project64 launched in 2001 and outlived that scare, becoming the default choice for an entire generation of players precisely because it never demanded much from the hardware underneath it. Mupen64Plus arrived a few years later as the open-source, cross-platform alternative, and its plugin architecture is the reason RMG and RetroArch’s Mupen64Plus-Next core both still exist today — they’re built on decades-old foundations rather than starting from scratch.
The accuracy-first wave is much more recent. ParaLLEl-RDP, the Vulkan reimplementation of the N64’s graphics chip, only became viable once consumer GPUs widely supported the Vulkan API, which is part of why simple64 (2023) and Gopher64 (2025) are comparatively young projects. Ares represents a third lineage entirely: it descended from byuu’s higan and bsnes projects, multi-system emulators built around a single unifying philosophy of hardware-accurate preservation rather than gameplay convenience, which explains why its N64 support still trails its SNES and Game Boy cores in polish.
What’s notable about 2025-2026 specifically is that this is the first period in N64 emulation’s history where the “obvious” recommendation changed within a single year. Simple64 was the accuracy pick through most of 2024. By February 2025 it was archived. By mid-2026, its self-declared successor Gopher64 had shipped more than a dozen point releases and picked up a dedicated netplay server project. If you last researched this topic before 2025, everything you read is out of date.
Full Specs Comparison: Project64 vs Ares vs RMG vs Gopher64 vs RetroArch
Before the version numbers, here’s the full technical rundown of the five tools that matter as of August 2026.
| Emulator | Latest version (Aug 2026) | Platforms | Rendering backend | Status | License |
|---|---|---|---|---|---|
| Project64 | 3.0.1 stable / Dev-4.0.0-6717 nightly | Windows only (native) | GLideN64 (OpenGL); experimental ParaLLEl-RDP via dev builds | Actively maintained | GPL (open source core) |
| ares | v148 (May 30, 2026) | Windows, Linux, macOS, FreeBSD, ARM64 | ParaLLEl-RDP (Vulkan) + software renderer; N64 core tagged “experimental” | Actively maintained | GPLv3 |
| RMG (Mupen64Plus) | v0.8.9 (Jan 23, 2026) | Windows, Linux (AppImage/Flatpak), Steam Deck via EmuDeck | GLideN64 (OpenGL) by default; other Mupen64Plus plugins supported | Actively maintained | GPLv2/GPLv3 |
| Gopher64 | v1.1.34 (released Jul 9, 2026) | Windows, Linux (x86_64, aarch64), macOS (ARM64), Android | parallel-rdp; original CPU/RSP interpreters, no plugins | Actively maintained (simple64 successor) | Open source (Rust) |
| RetroArch Mupen64Plus-Next | Continuously updated libretro core | Windows, Linux, macOS, Android, Steam Deck | ParaLLEl-RDP/RSP (Vulkan) or Angrylion software renderer | Actively maintained | GPLv3 |
| simple64 (legacy) | 2024.12.1 (final) | Windows, Linux | ParaLLEl-RDP + GLideN64 | Archived Feb 14, 2025 | GPLv3 |
Two entries here matter more than the rest for most readers. Project64 remains the emulator with the biggest install base and the friendliest onboarding, largely because it predates every rival by close to two decades and still ships a one-click Windows installer. Gopher64 is the newest arrival with real momentum, cited in 2026 community threads on Reddit’s r/emulation alongside ares and RMG as one of the “prominent options” for players who want something that just works without plugin juggling, according to the Gopher64 GitHub repository.
Accuracy and Compatibility: How the Five Emulators Actually Play
N64 emulator marketing rarely publishes clean percentage scores the way PS2 tools like PCSX2 do. What exists instead is a consistent qualitative pecking order that shows up across reviewer roundups, the Emulation General wiki, and community discussion threads.
- ares is described by community trackers as the most sophisticated no-plugin option currently available, with only a handful of commercial titles (roughly five to six, per Reddit compatibility threads) reporting known issues. Its N64 core still carries an official “experimental” tag on the ares project site, and the v148 release specifically rewrote the CPU and RSP JIT compilers to close remaining gaps.
- simple64, while archived, is remembered by the same trackers as one of the highest-accuracy “no plugins” N64 emulators ever shipped, built around ParaLLEl-RDP for low-level fidelity. It just won’t receive new fixes going forward, which is why it’s listed here for historical context rather than as an active recommendation.
- Gopher64 inherits simple64’s design philosophy and is marketed on its own GitHub page as “highly compatible” across both the commercial N64 library and homebrew ROMs, using original CPU/RSP interpreters with zero per-game hacks.
- RMG / Mupen64Plus inherits the compatibility of one of the oldest continuously maintained N64 cores in existence, but accuracy varies by which video plugin you attach; the default GLideN64 favors upscaling and widescreen hacks over frame-perfect RDP behavior.
- Project64 is consistently rated for strong out-of-box compatibility and beginner-friendliness but weaker hardware accuracy than the low-level options, because it leans on high-level emulation (HLE) plugins that approximate rather than replicate RDP behavior.
One caveat worth flagging plainly: no source we found published a hard “X% of the N64 library boots” figure for any of these five tools in 2026, and older PCSX2-style compatibility databases don’t have an N64 equivalent that’s actively maintained. Treat every accuracy claim above as directional, not a lab-tested percentage — and if a listicle elsewhere quotes one, ask where the number came from.
System Requirements: What Hardware Each Emulator Actually Needs
The N64 launched in 1996 with a 93.75 MHz CPU, but that doesn’t mean any laptop from the past decade can run every emulator here at full speed. The rendering backend you choose matters more than raw CPU clock speed.
| Emulator / backend | GPU requirement | CPU requirement | Typical RAM use |
|---|---|---|---|
| Project64 (GLideN64) | Any DirectX 11 / OpenGL 3.3+ GPU from the last decade | Dual-core, modest clock speed | Under 500 MB |
| ares (ParaLLEl-RDP) | Vulkan 1.1-capable GPU | Modern quad-core recommended for JIT overhead | Under 1 GB |
| RMG (GLideN64 default) | OpenGL 3.3+ GPU | Dual-core, modest clock speed | Under 500 MB |
| Gopher64 (parallel-rdp) | Vulkan-capable GPU | Modern CPU, benefits from multiple cores | Under 1 GB |
| RetroArch (ParaLLEl-RDP core) | Vulkan 1.1-capable GPU; AVX2 CPU recommended per 2026 reviewer notes | Modern quad-core recommended | Under 1 GB, more with save states |
| RetroArch (Angrylion software core) | Any GPU (rendering happens on CPU) | High single-thread performance needed; slowest option | Under 1 GB |
The practical takeaway: if you’re on older integrated graphics or a budget laptop without Vulkan drivers, Project64 or RMG’s default GLideN64 path will run more reliably than anything built on ParaLLEl-RDP. If you have a mid-range gaming GPU from the past few years, the Vulkan-based tools (ares, Gopher64, RetroArch’s ParaLLEl-RDP core) will run N64 games at full speed with headroom to spare, since the N64’s actual output resolution rarely exceeds 640×480. The bottleneck on modern hardware is almost never raw power; it’s driver compatibility, which is exactly why the documented Intel GPU texture bug matters more than any benchmark number would.
Rendering Backends: ParaLLEl-RDP vs GLideN64 Explained
This is the single most confusing part of choosing an N64 emulator, and it’s worth untangling in plain terms.
ParaLLEl-RDP is a from-scratch Vulkan reimplementation of the N64’s actual Reality Display Processor, engineered to reproduce the console’s rendering quirks — including the specific dithering and blending artifacts developers designed their games around. It powers simple64, Gopher64 (as “parallel-rdp”), ares, and RetroArch’s Mupen64Plus-Next core. The tradeoff is hardware cost: it needs a Vulkan 1.1-capable GPU and, per 2026 reviewer notes, ideally an AVX2-capable CPU to sustain full speed. It’s also not bug-free — an active Intel developer forum thread from 2025-2026 documents broken textures on current Intel integrated GPUs when ParaLLEl-RDP is selected in both ares and RetroArch.
GLideN64 takes the opposite approach: it’s an OpenGL-based high-level plugin that reconstructs N64 graphics using modern rendering techniques rather than replicating the original hardware pipeline. That makes it faster on modest hardware and far friendlier to resolution upscaling and widescreen hacks, which is why it’s the default video plugin in both Project64 and RMG. The cost is fidelity — certain visual effects that depended on the RDP’s specific quirks can look subtly wrong or need per-game hacks to fix.
Angrylion, available inside RetroArch’s Mupen64Plus-Next core, is the purist’s third option: a multithreaded software renderer that skips the GPU API layer entirely and interprets the RDP in CPU code. It’s the slowest of the three approaches but sidesteps GPU driver bugs like the Intel ParaLLEl-RDP texture issue entirely.
Feature Comparison: Netplay, HD Textures, and RetroAchievements
| Feature | Project64 | ares | RMG | Gopher64 | RetroArch (Mupen64Plus-Next) |
|---|---|---|---|---|---|
| Built-in netplay | No (legacy Kaillera plugins only) | No | No (community forks like Mupen-MPN add it) | Yes, with dedicated netplay server repo | Yes, via RetroArch’s core netplay |
| HD texture packs | Yes, via GLideN64 | No plugin-style texture packs | Yes, via GLideN64 | No (accuracy-first, no per-game hacks) | Limited, depends on core |
| Resolution upscaling | Yes, extensive via GLideN64 | Yes (1x/2x/4x native, renamed in v145) | Yes, via GLideN64 | Limited/none documented | Yes, via ParaLLEl-RDP internal scaling |
| RetroAchievements | No (RAProject64 fork adds it) | No | No | Yes, via rcheevos integration | Yes, RetroArch-wide feature |
| Steam Deck / SteamOS support | No official build | Via Flatpak/manual compile | Yes, EmuDeck-integrated | Via Flatpak (Linux) | Yes, official RetroArch build |
| Setup complexity | Low (one installer) | Medium | Low-medium | Low | High (core + plugin config) |
Gopher64’s netplay server is a distinguishing feature worth calling out. Rather than leaving multiplayer to third-party tunneling tools, the project runs its own netplay server repository alongside the core emulator, a setup closer to how modern console games handle matchmaking than the Kaillera-era hacks that older N64 tools relied on.
What Reviewers and Communities Are Actually Saying in 2026
Because no single lab publishes a standardized N64 compatibility matrix the way the PCSX2 team does for PS2, the most useful signal comes from stitching together multiple independent write-ups rather than trusting any single source. A 2026 roundup comparing PC emulators specifically flags simple64’s design as targeting “excellent out-of-the-box accuracy” through low-level emulation, while describing Project64 in the same piece as strong on “ease of use, out-of-the-box setup” but weaker on accuracy and carrying “plugin compatibility issues” as a known drawback. That’s a consistent pattern across sources: nobody disputes that Project64 is the easiest entry point, and nobody disputes that the ParaLLEl-RDP-based tools render more faithfully — the disagreement is only ever about which tradeoff matters more for a given player.
That legacy-accuracy framing has already been overtaken by events. ITechGuides, updating its rankings as of August 10, 2026, named Gopher64 its best modern standalone choice for most users. The pick continues simple64’s accuracy-first reputation, but this time it’s backed by active development instead of an archived repository. ITechGuides’ reasoning tracks with what shows up elsewhere in this guide: Gopher64 pairs ParaLLEl-RDP-derived fidelity with a no-plugin setup that’s simpler to configure than RMG or ares.
Community sentiment on Reddit’s r/emulation, in a 2026 thread specifically titled around “the best N64 emulator,” converges on a similar shortlist: ares, Gopher64, Mupen64Plus-Next (the RetroArch core), and RMG get named as the currently relevant options, with Project64 acknowledged mainly for its accessibility rather than technical superiority. That thread also repeats a claim worth taking seriously precisely because it’s specific rather than vague: that ares’ no-plugin N64 core has only five or six commercial titles with known compatibility problems, a number small enough that it functions as a de facto endorsement even without a formal percentage attached to it.
The one bug that shows up independently in two different technical venues — an Intel developer forum thread and general 2025-2026 troubleshooting discussion — is the ParaLLEl-RDP texture corruption issue on current Intel integrated graphics, affecting both ares and RetroArch’s Mupen64Plus-Next core when that specific rendering path is selected. If you’re on a laptop with Intel Arc or Iris Xe graphics rather than a discrete Nvidia or AMD GPU, that’s a concrete, sourced reason to default to GLideN64-based tools (Project64 or RMG) instead of chasing ParaLLEl-RDP’s accuracy advantage, at least until the driver-level fix lands.
Controller Setup and Input Configuration Differences
The N64 controller’s three-pronged design and analog stick don’t map cleanly onto modern gamepads, and how each emulator handles that translation affects day-to-day comfort more than any benchmark number. Project64 and RMG both use dedicated input plugin systems with graphical configuration screens, letting you remap the C-buttons and Z-trigger individually and save per-game profiles — useful since games like GoldenEye and Ocarina of Time expect very different control schemes.
Gopher64 folds input configuration into its main settings screen with a simpler, more modern remapping flow, though it currently offers fewer of the deep customization options (like sensitivity curves for the analog stick) that two decades of Project64 plugin development accumulated. Ares inherits its input handling from its broader multi-system architecture, meaning the controls feel consistent if you’re already emulating SNES or Game Boy titles in the same app, but N64-specific quirks like the C-button cluster get less specialized attention than in a dedicated N64 tool.
RetroArch’s input system is the most powerful and the most overbuilt for someone who only cares about N64. Its global controller profiles apply across every core, which is genuinely convenient once configured but means your first N64 session involves navigating menus designed for dozens of other console input layouts simultaneously. Xbox and PlayStation-style controllers work well out of the box across all five tools; the pain points show up mainly for players trying to replicate an authentic N64 layout using adapters or original controllers connected via USB.
Cost and Access: What Each Emulator Actually Charges
Every tool in this comparison is free and open source, unlike some console-comparison pieces where price is the deciding factor. But “free” doesn’t mean “identical to acquire” — distribution channels, install friction, and platform gatekeeping still vary.
| Emulator | Price | Distribution | Mobile/handheld access |
|---|---|---|---|
| Project64 | Free | Direct download from official site | None official; Windows-only |
| ares | Free | Official site + package managers (Flatpak, AUR) | None official for mobile; runs on Steam Deck via Linux build |
| RMG | Free | GitHub releases, Flatpak, AppImage, EmuDeck script | Steam Deck via EmuDeck, no Android build |
| Gopher64 | Free | GitHub releases, Flathub | Android build added by Aug 2026; also runs on macOS (ARM64) alongside Windows and Linux |
| RetroArch (Mupen64Plus-Next) | Free | RetroArch app stores, Flatpak, direct download | Android, Steam Deck, and most RetroArch-supported platforms |
If mobile play matters to you, this table settles the question fast. RetroArch was long the only route to N64 emulation on Android without sideloading experimental builds, but Gopher64 closed that gap with an official Android build by August 2026. The difference is scope: RetroArch bundles N64 into one frontend alongside every other retro console you emulate, while Gopher64’s Android build is a standalone, N64-only app — pick based on whether you want a unified library or a dedicated N64 player.
Getting Started: Installation Time and Learning Curve Compared
Setup friction is where most people actually make their decision, regardless of what a spec sheet says. Project64 still wins this category outright: download the installer from the official Project64 site, run it, point it at a ROM folder, and you’re playing within a couple of minutes. There’s no plugin selection screen to navigate unless you go looking for one, and the default configuration is tuned to work reasonably well across almost every commercial N64 title.
RMG and Gopher64 sit in the middle. Both ship as a single download with sensible defaults, but RMG’s plugin tab (video, audio, input, RSP) exposes more knobs than a first-time user strictly needs, and Windows users occasionally have to manually select GLideN64 if the auto-detected plugin underperforms. Gopher64 removes that entire decision layer by design — there’s no plugin menu because there’s nothing to plug in — but its newness means fewer video tutorials and forum threads exist to troubleshoot edge cases compared to Project64’s 20-plus years of accumulated community documentation.
Ares asks more of the user upfront. Its unified multi-system interface, covering dozens of consoles beyond just the N64, means the settings menu is denser and the N64 core’s “experimental” labeling is visible right in the UI, which is honest but can read as intimidating to someone who just wants to play Banjo-Kazooie. RetroArch is, by a wide margin, the steepest learning curve of the five. New users have to install RetroArch itself, then download the Mupen64Plus-Next core separately through its core downloader, then configure the RDP plugin choice between ParaLLEl and Angrylion, then map controls through RetroArch’s global input system rather than a per-game menu. The payoff is a single front end for every retro console you’ll ever want to add later, but that payoff isn’t obvious in the first ten minutes.
Is N64 Emulation Legal? ROMs, BIOS Files, and Copyright in 2026
The emulators themselves are legal software in the United States and most jurisdictions; writing code that mimics a console’s hardware behavior is not, by itself, a copyright violation, and courts have upheld that distinction going back to the Sony v. Connectix Virtual Game Station case in 2000. None of the five tools in this comparison ship with copyrighted Nintendo firmware or ROM files bundled in, which is part of why they can be distributed openly on GitHub without takedown risk.
Where things get legally murky is ROM acquisition. Downloading a ROM for a game you don’t own a physical or digital copy of is copyright infringement in the US and most other countries, regardless of how old the game is or whether Nintendo still sells it. The safest path is dumping ROMs from cartridges you personally own using dedicated dumping hardware, a process the emulation community documents extensively on sites like the Emulation General wiki. This is also the context behind Nintendo’s 2024 Yuzu lawsuit: the settlement specifically cited the ease of piracy the tool enabled for still-commercially-relevant Switch titles, not the act of emulation itself. N64 games are decades past their commercial shelf life in most cases, which is part of why enforcement pressure in that specific corner of the emulation scene has stayed comparatively low — but “low enforcement” isn’t the same as “legal,” and readers should treat ROM sourcing as their own responsibility.
Real-World Use Cases: Which Emulator Fits Which Player
The nostalgic completionist replaying GoldenEye 007 and Perfect Dark. These two Rare shooters have a long, documented history of graphical glitches on high-level plugins due to their unusual use of the N64’s frame buffer. Players chasing the most faithful presentation tend to land on ares or Gopher64, both of which lean on low-level ParaLLEl-RDP rendering rather than approximation.
The Steam Deck owner who wants N64 games in their EmuDeck library. RMG is the emulator EmuDeck documentation treats as the standalone N64 option, with a Flatpak path built specifically for SteamOS. It slots into the same launcher as your PS2 and GameCube libraries without extra configuration.
The Mario Kart 64 and Mario Party group-play crowd. Local four-player split-screen was the N64’s signature feature, and remote netplay recreations of it are fragile across most of these tools. The MarioPartyNetplay project builds directly on RMG’s Mupen64Plus core specifically to solve this, which is why party-game communities tend to gravitate toward RMG-based setups over Project64.
The first-timer who just wants Ocarina of Time running in ten minutes. Project64 remains the fastest path from download to gameplay on Windows, with a mature one-click installer and enough forum documentation from two decades of use that almost any error message has a known fix.
The Android or Steam Deck handheld gamer who wants one app for every retro system. RetroArch’s Mupen64Plus-Next core is the only N64 option that lives inside the same front end as your NES, SNES, PS1, and GBA cores, which matters if you’re running a unified retro library rather than a single-console setup. Prefer a standalone N64 app on your phone instead? Gopher64 picked up an official Android build by August 2026, aimed at players who don’t need a shared library across other consoles.
The RetroAchievements hunter chasing N64 trophies. Gopher64 ships rcheevos integration natively, and RetroArch supports RetroAchievements platform-wide; Project64 only gets there through the community RAProject64 fork, and ares and RMG don’t support it at all as of August 2026.
The multi-console retro collector who also emulates PS1, GameCube, and GBA. Running five separate standalone emulators for five consoles is a maintenance headache most collectors eventually abandon. RetroArch’s core system means N64, PS1 (via a Beetle or DuckStation-derived core), GameCube (via a Dolphin-based core in some builds), and GBA all live in one launcher with shared save-state hotkeys and a shared game library screen, which is why it remains the default recommendation for anyone building a Batocera- or RetroPie-style all-in-one system.
The Linux user who refuses to dual-boot into Windows for emulation. Project64 has no official Linux build and relies on unmaintained Wine wrappers, which rules it out immediately for Linux-first users. Ares, RMG, and Gopher64 all ship native Linux builds through Flatpak or direct packages, making any of the three a cleaner fit than fighting compatibility layers just to play Star Fox 64.
The Mac owner who assumed N64 emulation meant booting into Windows or Linux. That gap closed in 2026. Gopher64 ships an official macOS build for Apple Silicon alongside its Windows, Linux, and Android releases, and ares runs natively on macOS as part of its broader multi-system core. RetroArch’s Mupen64Plus-Next core covers macOS too, for anyone who wants N64 folded into a wider retro library instead of a standalone app.
Migration Guide: Moving From simple64 or Project64 to a Maintained Emulator
If you’re still running simple64 because it worked fine before the archive notice, here’s the practical path forward. The project’s own maintainers point directly at Gopher64 as the spiritual successor, and the transition is more straightforward than most emulator migrations because both tools share the ParaLLEl-RDP rendering philosophy.
- Back up your simple64 save files and save states before uninstalling anything — they typically live in a per-emulator saves folder, not a shared location, so grab them first.
- Download the current Gopher64 release from the official GitHub releases page rather than a third-party mirror.
- Gopher64 uses original save file structures rather than simple64’s exact format in some cases, so test a save on a low-stakes game first before assuming your 40-hour Ocarina of Time file will carry over cleanly.
- Re-map your controller inside Gopher64’s input settings; profiles don’t transfer automatically between emulators built on different codebases.
- If you relied on simple64’s netplay for group sessions, switch your group to Gopher64’s dedicated netplay server setup rather than trying to bridge the two tools.
If you’re migrating away from Project64 instead — commonly because you want better RDP accuracy or Linux support — the move to RMG is gentler since both tools support GLideN64 as a shared video plugin, meaning your upscaling and widescreen hack preferences translate directly. Export your Project64 save files (typically .eep, .sra, .fla, or .mpk formats depending on the game’s save type) and drop them into RMG’s save directory before your first launch; Mupen64Plus-based tools generally read Project64-format saves without conversion, though it’s worth testing before deleting your original installation.
Pros and Cons of Each N64 Emulator
Project64
Pros: Fastest setup of any tool here, largest body of community documentation, extensive GLideN64-powered upscaling and HD texture support, RAProject64 fork adds RetroAchievements.
Cons: Windows-only with no official Linux or Steam Deck build, lower RDP accuracy than the ParaLLEl-based tools, the 4.0 dev branch is officially considered too unstable for daily use, no built-in netplay.
ares
Pros: Broadest platform support (Windows, Linux, macOS, FreeBSD, ARM64), strong accuracy reputation as a multi-system preservation project, actively maintained with major 2026 JIT rewrites.
Cons: N64 core is still officially tagged “experimental,” no built-in netplay, no HD texture pack system, documented texture bugs on current Intel GPUs.
RMG (Mupen64Plus)
Pros: Best-supported Steam Deck path via EmuDeck, built on one of the longest-running N64 cores in existence, GLideN64 gives strong upscaling and texture pack support.
Cons: No native netplay (requires community forks), accuracy is plugin-dependent rather than guaranteed, no RetroAchievements support.
Gopher64
Pros: Built-in netplay with a dedicated server project, native RetroAchievements via rcheevos, no plugin juggling required, now reaches Windows, Linux, macOS (ARM64), and Android as of August 2026.
Cons: Youngest project here with the shortest track record, fewer tutorials and community fixes than two-decade-old Project64, limited HD texture and upscaling documentation compared to GLideN64-based tools.
RetroArch (Mupen64Plus-Next)
Pros: Only option with real Android support, works inside the same front end as every other retro console, built-in netplay and RetroAchievements platform-wide, choice of ParaLLEl-RDP or Angrylion rendering.
Cons: Highest setup complexity of any tool in this comparison, core and plugin configuration can overwhelm first-time users, same Intel GPU texture bug affects its ParaLLEl-RDP path.
The Verdict: Which N64 Emulator Should You Actually Install
There isn’t one correct answer here, but the data points to clear defaults by use case. For most Windows users who want the least friction between download and playing Super Mario 64, Project64 is still the pragmatic pick — it’s been battle-tested for two decades and its GLideN64 plugin covers upscaling needs well. For anyone chasing the most faithful reproduction of original hardware behavior, especially for graphically finicky titles like GoldenEye 007, ares and Gopher64 are the two tools built specifically around that goal, with Gopher64 having the edge on convenience since it needs no plugin configuration at all. Steam Deck and SteamOS users should default to RMG, since it’s the emulator EmuDeck actually documents and supports. And if N64 is just one console in a broader retro library spanning Android and multiple systems, RetroArch’s Mupen64Plus-Next core, downloadable through the main RetroArch app, is the only tool here built to live in that kind of unified setup.
The one clear loser is standing still. simple64’s February 2025 archive notice is a reminder that N64 emulation, unlike say PCSX2’s decade-plus dominance in PS2 emulation, still doesn’t have a single stable long-term leader. Whichever tool you pick today, it’s worth checking back on this list in another year.
Frequently Asked Questions
What is the best N64 emulator in 2026?
Gopher64 is the closest thing to a current top pick: ITechGuides’ rankings, updated August 10, 2026, name it the best modern standalone N64 emulator, continuing simple64’s accuracy-first reputation but with active development behind it. Still, no single tool wins every situation. Project64 remains the fastest Windows setup, ares is the other top pick for a no-plugin, accuracy-focused setup, RMG is the default for Steam Deck via EmuDeck, and RetroArch’s Mupen64Plus-Next core is the only option built for a unified, multi-console library — Gopher64 reached Android too by August 2026, but as a standalone N64-only app rather than a shared frontend.
Is simple64 still safe to use in 2026?
The existing 2024.12.1 build still runs, but the GitHub repository was archived on February 14, 2025, the same day Gopher64 shipped its v1.0.6 release, so simple64 no longer receives bug fixes, security patches, or compatibility updates. The project’s own team points users toward Gopher64 as its successor, and outlet Cart & Pixel has described the change as a replacement rather than a fork.
Can you play N64 games on Steam Deck?
Yes. RMG is the N64 emulator most commonly bundled through EmuDeck on SteamOS, and RetroArch’s Mupen64Plus-Next core also runs natively on Steam Deck if you prefer a unified retro front end over a standalone app.
Does any N64 emulator support Android?
Yes — two of them. RetroArch’s Mupen64Plus-Next libretro core is the main path for players who want N64 alongside other retro consoles in one app, and Gopher64 added an official standalone Android build by August 2026 for players who just want N64 on its own. Project64, ares, and RMG still do not have confirmed official Android builds.
What’s the difference between ParaLLEl-RDP and GLideN64?
ParaLLEl-RDP is a Vulkan-based low-level reimplementation of the N64’s actual graphics chip, aiming for hardware-accurate output at the cost of higher system requirements. GLideN64 is a high-level OpenGL plugin that approximates N64 graphics using modern rendering techniques, trading some fidelity for speed, easier upscaling, and broader HD texture pack support.
Did Nintendo’s Yuzu lawsuit affect N64 emulators?
Not directly. Nintendo’s 2024 legal action targeted Switch emulator Yuzu and 3DS emulator Citra specifically, resulting in a $2.4 million settlement and Yuzu and Citra’s shutdown only, not additional emulators. No N64 emulator covered in this guide was named in that case, and simple64’s 2025 archival was described by its team as a personal and technical decision rather than a legal one.
Do any of these N64 emulators cost money?
No. Project64, ares, RMG, Gopher64, and RetroArch are all free, open-source projects distributed under GPL-family licenses. None require a purchase, subscription, or in-app payment to use.
Which N64 emulator supports RetroAchievements?
Gopher64 has native RetroAchievements support built in through the rcheevos library, and RetroArch supports RetroAchievements across all its cores, including Mupen64Plus-Next. Project64 only gets RetroAchievements through the community RAProject64 fork; ares and RMG don’t currently support it.
Why does my N64 emulator show broken or glitchy textures?
The most commonly documented cause in 2025-2026 is the known ParaLLEl-RDP texture bug affecting current Intel integrated GPUs in both ares and RetroArch’s Mupen64Plus-Next core. If you’re on an Intel Arc or Iris Xe laptop GPU and see corrupted textures, switch to GLideN64-based rendering in Project64 or RMG, or try RetroArch’s Angrylion software renderer, which doesn’t rely on the same Vulkan code path.
Should I use HLE or LLE emulation for N64 games?
High-level emulation (HLE), used by GLideN64 in Project64 and RMG, approximates N64 graphics using modern rendering shortcuts and generally runs faster with easier upscaling. Low-level emulation (LLE), used by ParaLLEl-RDP in ares, Gopher64, and RetroArch, replicates the original hardware’s actual behavior more closely and handles visually tricky games like GoldenEye 007 and Perfect Dark more faithfully, at the cost of needing a Vulkan-capable GPU.
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