• 2019-06-24 improved: The Blues Brothers (Titus) added jump with second/blue button, added CD32 pad controls, trainer improved (Info)
• 2019-06-24 fixed: Jim Power (Loriciel) corrected joystick/joypad automatic detection (Info)

Changes in FS-UAE 3.0 (compared to 2.8):

• Fixed JIT direct access on modern Linux distributions.
• FS-UAE default is now to show a 692×540 image, not stretched to fill screen.
• Built-in configurations for many more game controllers.
• New option whdload_quit_key to gracefully quit slaves.
• Added more shaders (compiled/ported/written by guest.r and rsn8887).
• Updated emulation core from WinUAE 3300b2.
• Several new configuration options (see Changelog for details).
• Many more smaller fixes and updates (see Changelog for details).

• Plugins can provide files for offline use (WHDLoad, JST, SKick, etc).
• Added support for .gz/.adz/.roz/.xz-compressed files.
• Support WHDLoad versions 18.4 and 18.5 (game database).
• Revert fullscreen_mode to default when upgrading from older versions.
• Use https for all more fs-uae.net and openretro.org communication.
• Support hd_requirements = xpkmaster.library.
• Fixed problem on Windows where devices were sometimes not detected.
• Make configurations list wider when window width is quite large.
• Try to use config from game database when launching with a WHDLoad archive.
• Extract WHDLoad arguments from .info file when loading a WHDLoad archive.
• Sync “unpublished” games from the online game database, option to show.
• Many bugfixes and smaller improvements (see Changelog for details).

New features

• support for RDB hardfiles was implemented; while creating a new hardfile from the WinFellow GUI still creates "plain" hardfiles, a Rigid Disk Block can be created using tools like HD Toolbox
• the default naming scheme for filesystem devices has been changed from DHx: to FSx: to avoid naming conflicts with existing RDB hardfiles
• a 64 bit build is now provided; the NSIS installer will install either the 32 or 64 bit version depending on the operating system that is used

• improved handling of hardware interrupts and blitter delays; fixes freezes that could occur during installation of Workbench in earlier 0.5.x versions
• fix wrong selection of render function after return from menu when application did not write to bplcon0 every frame; fixes garbled graphics in a Legend cracktro when returning from menu
• replaced alternating patterns for unmapped memory with proper random numbers
• CLR reads before write; fixes loading of Outrun and a fast-mem test in Last Ninja 2
• improve delay caused by logging in screen-mode enumeration (could amount to many seconds with multiple screens)
• running in an environment with very slow graphics framerate, like a VM, could cause a deadlock; set wait time after event reset to avoid race condition
• fix an issue where screenshots would occasionally not be taken in Direct3D graphics mode; this may also have impacted the ability to use Amiga Forever's clipping editor
• fix an issue where applying a new model preset would leave multiple blitter radio buttons selected

• 2019-06-19 fixed: Assassin (Team 17) wrong interrupt patch fixed, game doesn't crash anymore when collecting bonus symbols (Info)
• 2019-06-19 fixed: Assassin Special Edition (Team 17) wrong interrupt patch fixed, game doesn't crash anymore when collecting bonus symbols (Info)
• 2019-06-17 updated: Assassin Special Edition (Team 17) patch redone, RawDIC imager, Bplcon0 color bit fixes, ButtonWait support for mission info screens, automatic high-score load/save, interrupts fixed, intro skip added, trainer options added (Info)
• 2019-06-16 fixed: Full Contact (Team 17) wrong interrupt patch fixed, intro music is now replayed properly (Info)
• 2019-06-16 updated: Assassin (Team 17) patch redone, memory requirements changed to 512k chip and 512k other memory, Bplcon0 color bit fixes, ButtonWait support for mission info screens, automatic high-score load/save, interrupts fixed, intro skip added, trainer options added (Info)

• Debian 9 (systemd)
• shell access (no Plesk or anything like that)
• Apache2, Lets Encrypt, mariadb, php-fpm, logrotate (privacy protection), cron

• 2019-06-13 new: Greatest Bits 2 (Pussy) done by StingRay (Info, Image)
• 2019-06-13 new: Sound Mania (Pussy) done by StingRay (Info, Image)
• 2019-06-11 improved: Rubicon (21st Century) rewritten (Info)
• 2019-06-11 fixed: Cadaver (Imageworks/Bitmap Brothers) removed debug code which could lead to later crashes (Info)

• Completely reworked shoutcast streaming code
• Fixed handling of empty ID3v2 comment fields
• Fixed drawing of skinned equalizer "AUTO" gadget. But it doesn't do anything. :-)
• Localized some more strings
• Fixed older OS4 version compatibility
• Fixed buffer overflow in MPEG reading routine
• Fixed redrawing current time display when changing skins
• Fixed background fill in playlist time display for spaces
• Refined ID3v2 tag reading and added ID3v2.2 support
• Fixed updating changed config file
• Changed layout of info window, added more fields
• ESC key now also closes the info and the prefs window

• Altera-Cyclone-V-SE-FPGA with 110.000 LE (41.500 ALM) and 5.570 KBit Block-RAM
• ARM-Cortex-A9-Dual-Core processor with 800 MHz
• HDMI video and audio port for connecting to modern monitors or television
• 1 GB DDR3 RAM, available for the ARM processor and the FPGA
• High-speed connection between process core and FPGA because both are in the same chip
• ARM-Linux supports many I/O devices and file systems
• Board is produced by a major producer in series and is available for a fair price of 130 US-Dollar (110 for students/professors)

• SDRAM board: Already with this additional board almost all cores can be used. The small board is plugged into the GPIO-0 port of the DE10-Nano board. Although the DE10-Nano has a fast DDR3-RAM, it cannot be used for the emulation of a retro EDO-RAM due to its high latency and the shared usage together with the ARM side.
• I/O board: This board is plugged into the GPIO-1 port of the DE10-Nano. It provides a VGA port, analog audio output (3,5-mm jack plug), digital optical audio output, keys and LEDs. This board is recommended if VGA is more used (instead of HDMI) or the MiSTer is supposed to be installed in a case. It is also useful for developing the cores since compiling is faster for VGA (HDMI scaler code takes about twice the time for compiling).
• RTC board: This board is plugged into the LTC port and provides a realtime clock. The clock can be also synchronized via Internet, without this expansion.
• USB-Hub board: This board adds a 7-port USB-hub which is placed under the mainboard.