Fuse (Free Unix Spectrum Emulator) est un émulateur tournant à l’origine sous Unix. Plusieurs portages ont été fait dont celui pour Windows. Les systèmes 16K, 48K, 128K, +2, +2A, +3, +3e, SE, TC2048, TC2068, TS2068, TTX2000S, Pentagon 128 et Scorpion ZS 256 sont émulés.
New features:
– Add SDL 2 compatibility (thanks, Gergely Szasz, Vitaly Greck, Marc Serdeliuc, Sergio Baldoví and Alberto Garcia) (Fredrick Meunier)
UI improvements:
– Make 2x the default display scaler so Fuse is more usable on modern screens (Fredrick Meunier).
– GTK UI: Fix loading binary data from deleted files (thanks, Crisis)
– Expand queued redraw areas to avoid redraw seams in GTK3 (fixes bug #516) (Fredrick Meunier).
Emulation core improvements:
– Speed up display dirty-bit scanning with __builtin_ctz (Fredrick Meunier).
Debugger improvements:
– Remove $-prefixed hex digit syntax from the debugger to prevent clashes with variables (fixes bug #407) (thanks, Gergely Szasz and Sergio Baldoví).
– Fix missing bit number in DD/FD CB disassembly (fixes bug #515) (Cesar Hernandez).
Deprecated features removed:
– Remove GTK2 support from the build and codebase (Derek Fountain).
Miscellaneous improvements:
– Win32: don’t abort startup if networking is blocked; instead, disable Spectranet with a warning (Fredrick Meunier).
– Use LIBSPECTRUM_SUPPORTS_WAV to gate WAV support (Fredrick Meunier).
– Correct libspectrum DLL version (thanks, Guesser) (Fredrick Meunier).
– Suppress or fix various compiler warnings, including common-symbol alignment warnings on macOS (Derek Fountain and Fredrick Meunier).
– Fix out-of-tree builds by using full paths in generated #includes (Alberto Garcia).
– Add an AppStream metainfo file (Alberto Garcia).
– Document the profiler menu options (fixes bug #303) (Fredrick Meunier).
– Store the configuration file in the XDG configuration directory, with fallback to ~/.fuserc for reading (patches #443) (Alberto Garcia).
– Document new location of the configuration file (Sergio Baldoví).
– Rename ui/gtk to ui/gtk3 (Derek Fountain).
– Use the macros provided by gtk/glib to disable deprecation warnings (Alberto Garcia).
– Add menu_data.ui to the GTK3 GResource file (Alberto Garcia).
– Remove UTILS_AUXILIARY_GTK as the GTK build no longer needs external auxiliary files (Alberto Garcia).
– Distribute ui/widget/fuse.font in the SDL2 build for Windows (Sergio Baldoví).
Testing improvements:
– Add unit tests for display rendering and dirty-region handling (Philip Kendall and Fredrick Meunier).
– Expand unit test coverage for bitmap operations, mempool_strdup and utils_safe_strdup edge cases (Fredrick Meunier).
– Add GitHub Actions libspectrum workflows and Windows release packaging (Fredrick Meunier).
– Add ED-prefix disassembler coverage (Fredrick Meunier).
– Extend disassembler coverage for FD CB and negative offsets (Fredrick Meunier).
– Add BIT/RES/SET disassembler regression tests (Fredrick Meunier).
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Play! est un émulateur de PlayStation 2 et Namco System 2X6 (ainsi que les variantes System 147/148) sous Windows / MacOS / iOS / Android. Il est actuellement écrit en C / C + + et utilise un système de mise en cache / de recompilation d’instruction pour obtenir de meilleures performances tout en émulant le CPU.
L’émulateur peut faire fonctionner un ensemble de jeux. L’objectif de l’auteur est d’atteindre un niveau de qualité qui permettra à quiconque de jouer à son jeu favori PlayStation 2 sur son PC.
– Add ability to specify idle loop blocks in arcade definitions.
– Misc fixes
Télécharger Play! (x86) GIT v0.75 (2026/05/16) (8.9 Mo)
Nexen est un émulateur multi-système puissant et polyvalent pour Windows, Linux et macOS. Basé à l’origine sur le code de Mesen2, il s’en distingue par l’ajout de fonctionnalités avancées destinées au Tool-Assisted Speedrun (TAS), au débogage profond et à l’ingénierie inverse.
Les machines émulés sont les suivantes:
Consoles de Salon:
– Nintendo Entertainment System (NES) / Famicom / Dendy
– Super Nintendo (SNES) / Super Famicom (support complet des puces spéciales)
– Sega Master System
– Sega Genesis / Mega Drive
Consoles Portables:
– Game Boy (Originale)
– Game Boy Color
– Game Boy Advance
– Sega Game Gear
– WonderSwan & WonderSwan Color
– Atari Lynx
Consoles Micro-Informatiques & Autres:
– PC Engine / TurboGrafx-16 (incluant le format SuperGrafx)
– Atari 2600
– Fairchild Channel F
GearLynx est un émulateur d’Atari Lynx pour Windows.
Les changements sont:
🧠 Improved MCP server
🖼️ New icon for Windows app
🐛 Many bug fixes and improvements
Il s’agit d’un émulateur de Sega 8 bits écrit en C++ par Ignacio Sanchez.
Il émule les machines suivantes:
– Sega Mark III
– Sega Master System
– Sega Game Gear
– Sega Game 1000 (SG-1000)
– Othello Multivision
Voici donc les changements:
🧠 Improved MCP server
🔈 Added master volume slider
🖼️ New option to remove sprite limit
🐛 Many bug fixes and improvements
Le binaire 32 bits est compilé par Lo v2.
Télécharger GearSystem (32 bits) v3.1.0 (13.5 Mo)
Créé par Ben Vanik alias Noxa (PSP Player), il s’agit d’un projet de recherche pour développer un émulateur Xbox 360. Notez qu’il vous faudra une machine très performante pour lancer des jeux commerciaux de façon fluide. Plus d’informations ici sans oublier le site de développement là [master]. Un manager permettant de gérer l’émulateur Xenia est disponible ici.
– [Vulkan] Drop vertex buffer residency cache, hoist global lock like D3D12
– [Vulkan] Route guest oDepth through gl_FragDepth in FBO and into FSI depth test
– [XAM] Fixed XEX swap failing to remove prefix
– [Vulkan] Only declare the clip-distance or cull-distance array that is written
– [Vulkan] Port ac6_ground_fix vertex-fetch nudge to SPIR-V
– [Kernel] Implemented XeCryptHmacShaInit, XeCryptHmacShaUpdate and XeCryptHmacShaFinal
– [Kernel] Replace SHIM version of kernel strings with exports
– [XMA] Enhances the existing XmaContextNew implementation with one derived from the AC6_recomp RexGlue SDK.
– Misc fixes
Il s’agit d’un fork de l’émulateur Switch Citron, repris exactement à l’endroit où son développement s’était arrêté.
Les changements:
– hid: Resolve null dereference in UpdateMotion during startup
– fuck off ugly big line thing
– Egg
– audio_core: Fix ResultInsufficientBuffer on older revisions due to internal struct inflation
LaunchBox a été conçu comme une interface attrayante pour DOSBox, mais a depuis été élargi pour supporter à la fois les jeux PC modernes et les consoles émulées. DOSBox continuera d’être une priorité principale pour LaunchBox.
Il peut rechercher dans la database TheGamesDB.net (une base de données en ligne communautaire qui permet à quiconque de contribuer) pour les metadatas & box-arts. Il peut exporter les fichiers image, dispose d’une meilleure compatibilité avec dropbox.
LaunchBox comprend des processus d’importations automatiques pour Steam, D-Fend Reloaded, et les fichiers ROM pour des gains de vitesse.
Azahar est une fusion entre Lime3DS et le fork Citra de PabloMK7.
Soyez informé que la prise en charge des jeux cryptés n’est pas disponible…
Pour éviter toute confusion concernant les objectifs d’Azahar, la décision a été prise de limiter autant que possible le contournement du TPM (Trusted Platform Module). Le contournement ne sera effectué que lorsque l’interopérabilité du code de Nintendo est nécessaire avec Azahar ou d’autres codes de Nintendo. En conséquence, Azahar n’autorisera pas le lancement ou l’installation de jeux cryptés à moins qu’ils n’aient été obtenus par le biais des applications officielles de Nintendo, telles que l’eShop ou les paramètres système.
Note: Les fichiers .3ds non cryptés sont désormais pris en charge nativement.
Les changements:
All
– Enabled Attestation and Software Bill Of Materials for release assets to increase release security. | @PabloMK7 #2117
– From now on, Azahar releases are immutable. This means that once we publish a release, the assets linked to it cannot be changed in any way. This prevents token stealers from modifying release assets after they are published. You are able to know if a release is immutable if it shows a padlock icon with the word Immutable at the top left of the page.
– Starting from this release, Azahar release binaries are attested. This means that all of the official Azahar assets have now signed claims that specify where they were produced (CI jobs), the exact commit and timestamp, and other metadata.
Users should be able to verify the validity of azahar binaries using the GitHub Cli. For example: gh attestation verify –owner azahar-emu –predicate-type « https://spdx.dev/Document/v2.3 »
While plain sha256 hashes serve to verify integrity, attestations also allow to include the aforementioned metadata.
You can view the attestations for all of our binaries in the Attestations page.
– Also starting from this release, Azahar binaries have a Sofware Bill Of Materials, which consists in a JSON that (in theory) contains all dependencies Azahar relies upon, which should help tracking vulnerabilities. In practice, this technology is rather new, so not all dependencies are fully detected. You can read more about this in #2117.
A verify-release bash script is now provided in our source code that helps verifying the validity of Azahar releases. This allows users to better audit our releases as well as easily obtain the software bill of materials. Example usage is as follows: ./tools/verify-release.sh azahar-emu/azahar 2125.1.2. You can learn more about this tool in #2117.
Technical
– Added EXCLUDE_FROM_ALL to CMake targets where applicable, speeding up build times for certain non-standard build configurations. | @OpenSauce04 #2088
– All libretro core binaries are now stripped, greatly reducing filesize (primarily for the Android core) without affecting functionality in any way. | @OpenSauce04 #2111
– This is only relevant for the core binaries distributed by us; The cores used by the RetroArch core downloader were already doing this.
NB: L’outil Azahar Artic Setup est une application homebrew pour la Nintendo 3DS qui permet d’installer des fichiers système et des données uniques de la console sur l’émulateur Azahar en utilisant votre console. Il diffuse l’application « Paramètres Système » ainsi que le module système NIM pour effectuer une mise à jour système, et copie vos données uniques de la console pour activer les fonctionnalités en ligne.
Il s’agit d’un émulateur de Sinclair ZX Spectrum.
Les améliorations:
– minimal JDK version lifted up to 22
– replaced JInput with input4j for game controllers
– added save of last TAP, SNAPSHOT, FLOPPY folders between restart
– improved JVM flags, switched to ZGC garbage collector
– the embedded JDK has been updated to 26.0.1+10
– added Low Pass Filter for sound output
Mupen64 RR Lua (ou Mupen64 Re-recording Lua) est un fork (le 3eme) de Mupen64 permettant l’enregistrement de vidéo.
Les changements sont:
⚡ Performance
– VFWEncoder – Offload encoding to another thread (#621)
– LuaRenderer – Skip expensive TransparentBlt during capture (#620)
– Tighten message loop (#606)
– Use 32bpp BGRA video buffers (#605)
– Lua – Skip lua calls when no callbacks are registered (#604)
✨ Features
– ConfigDialog – Ask for confirmation before cancel when there are unsaved settings (#668)
– TASVideo – More compatible universal combiner (#664)
– FFmpegEncoder – Use NUT packets (#655)
– VFWEncoder – Better A/V sync (#653)
– Dark mode (#569)
– Lua – Add emu.get_speed_mode and emu.set_speed_mode (#618)
– Lua – Add d2d.draw_image2 (#600)
– TASAudio – Use SDL3 for playback (#594)
– Lua – debugger API (#592)
– Website – Add stroop page (#596)
– Lua – More serious trust message (#595)
– CoreDbg – (breaking) Remove CoreDbg GUI (#589)
– LuaRenderer – Native resizing support (#583)
🐞 Bugfixes
– CaptureManager – Choppy frame pacing after lag sections (#654)
– TASVideo – Scrolling text dialogs being cut off in SM64 (#657)
– TASVideo – Incorrect texture conversion in some cases (#658)
– Mp4 extensions not being handled correctly in capture file dialogs (#656)
– Core – Unreliable frame advance graphics updating (#649)
– Various in-app images have opaque backgrounds (#647)
– Inconsistent OK and Cancel button positions (#646)
– Plugins not receiving extended functions when invoking config, test, or about (#641)
– LuaRenderer – Overlays flickering when main window moves (#642)
– VCR – Pausing one frame too late when pause at frame is specified (#640)
– TASAudio – Messed up stereo audio during capture (#625)
– TASVideo – Broken screenshot functionality (#623)
– Crash when trying to capture screenshot using a video plugin that doesn’t support it (#622)
– LuaRenderer – Visible pink alpha mask on platforms without LWA_COLORKEY support (#587)
– AppActions – File > Exit causes crash (#582)
– LuaRenderer – Run rendering heartbeat on a separate thread (#577)
– LuaRenderer – Overlays stealing focus from primary window (#572)
– Double spaces in plugin names (#568)
– Set CMAKE__COMPILER_TARGET based on VS environment (#563)
Site original. Fork 1. Fork 2. Fork 3.
Télécharger Mupen64 RR Lua v1.4.0-beta (+AVI Fixes builds) (10.6 Mo)
SuperSNES9X est un fork avancé de SNES9X, développé par shanytc, qui ajoute de nombreuses améliorations modernes tout en conservant la rapidité et la simplicité du SNES9X original. Il vise autant les joueurs (retroachievements, online) que les créateurs (sprite ripping, hacking, debugging).
Principales améliorations:
– Support multi-système : GameBoy, GameBoy Color et Super GameBoy intégrés
– RetroAchievements intégrés
– Kaillera (Client/Serveur) pour le jeu en ligne
– Run‑Ahead pour réduire la latence d’entrée
– Correction colorimétrique et filtres CRT‑like
– Viewers S-PPU avancés (Sprites/Tiles) pour rippers et map‑makers
– Cheat Search & Editor améliorés : clic droit, fonctions batch
– Assignation Multi-Bind: mixage clavier + manette sur une même entrée
– Support SDL (Simple DirectMedia Layer)
– Débogueur en cours de développement
A noter que les fichiers de configuration et sauvegardes sont 100% compatibles entre SNES9X et SuperSNES9X.
Les changements sont:
Cheat Editor Enhancements
– Win32: cheat editor changes now apply live instead of waiting for the dialog to close.
SGB
– Gate BIOS artifact-cleanup memsets on sgb_flag == 0x03 — the BIOS artifact-cleanup memsets (added in PR #63 for SGB Tetris/Tetris Plus stripe fixes) are now gated on sgb_flag == 0x03, so they only run for actual SGB carts and don’t regress plain SNES titles.
SGB audio
– GB APU output through a Hermite resampler with adaptive ratio so GB samples match host playback rate.
– BIOS-released audio mix path in CXAudio2: GB owns the voice, SPC is mixed under via MixSpcOverGB.
– GB APU gain + DC blocker tuned to eliminate DC-step impulses at the source.
– Closed-loop SPC chip-clock DRC (S9xSpcAdjustRate + spc::drc_scale applied inside S9xAPUGetClock). Slows the SPC chip toward wall-native rate based on resampler fill, so SPC tempo + pitch stay correct independent of emulator pace.
– S9xSpcResetDrc restores neutral state when leaving SGB mode.
Audio Waveform viewer
– New menu sub-item: Sound > Show Audio Waveform.
– Three-panel viewer (SPC / GB / MIX) with mint-green filled waveform on black, gray grid, right-side Y-axis (-30000…+30000, smpl header), hollow bordered panel labels, shared bottom X-axis (ms) on the MIX panel.
– Live readouts: GB output rate / emu fps, SPC effective Hz + resampler r_step, current UI refresh.
– Right-click refresh-rate menu — 2 / 5 / 10 / 20 / 30 / 60 Hz. Only affects the UI repaint timer; emulator thread is untouched.
– Double-buffered painting (memory DC + BitBlt) and WM_ERASEBKGND suppression — flicker-free at any refresh rate.
SGB VRAM / handoff
– Hide GB boot-ROM Nintendo logo until the game writes VRAM.
– Latch row/bank for $6000 to fix vertical-stripe artifacts (Pokémon Red, Animaniacs, etc.).
– Zero BG1 tilemap + OAM at handoff, then re-zero each frame for the first 30 frames post-handoff (kills Tetris Plus stripes).
– Zero BG1 + BG3 tilemaps during the BIOS fade-out window, plus pattern-detected BG3 char cleanup for the Tetris fade-in.
– Removed the post-handoff $7800 write gate so CHR_TRN / PCT_TRN packets reach the BIOS.
SGB multi-player
– Enabled MLT_REQ joypad rotation for SGB-flagged carts; auto-drop forced 2-player MLT after the detection window for single-player games miscategorised by the cart header.
UI
– Video > Show Frame Number toggle.
