- Apple mac screens emulator serial#
- Apple mac screens emulator windows 10#
- Apple mac screens emulator software#
- Apple mac screens emulator series#
Any Macintosh that supports the card can be switched into 560×384 resolution for better compatibility with the IIe's 280×192 color High-Resolution graphics (essentially doubled in both directions on the Macintosh) and 560x192 monochrome double-high-rez/80 column text mode (doubled vertically), using the card's onboard 17.234mhz oscillator in place of the usual video clock thanks to the local bus nature of the PDS slot.
Apple mac screens emulator software#
Video emulation (text and graphics) is handled through software using native Macintosh QuickDraw routines, which often results in operations being slower than a real Apple IIe except on higher-end machines. The CPU is software-configurable to run at the Apple IIe's native 1.0 MHz speed or at an accelerated 1.9 MHz. Like the Apple IIe itself, the Apple IIe Card uses an onboard 65C02 CPU. The host Macintosh required special emulation software (a boot disk) launched from System 6.0.8 to 7.5.5 in order to activate the IIe Card. Furthermore, with the included Y-cable, Apple II specific peripherals could be used as well: The Apple 5.25, Apple UniDisk 3.5, and an Apple II joystick or paddles.
Apple mac screens emulator serial#
For example, the mouse, keyboard, internal speaker, clock, serial ports (printer, modem, networking), extra RAM (up to 1024 KB), internal 3.5 floppy drive and hardisk all functioned as Apple II devices. When running in Apple II emulation mode, certain Macintosh peripherals and hardware could be "borrowed" and used as Apple II devices.
Apple mac screens emulator series#
The Apple IIe Card worked in the Macintosh LC series (I, II, III, III+, 475, 520, 550, 575, 630), as well as the LC-slot compatible Quadra 630 and Color Classic. Īpple asked the media to call the peripheral the "Apple IIe option board", as earlier "emulator" cards were not successful.
A similar "Apple IIGS Card" was planned for running 16-bit Apple IIGS software, but canceled as deemed too costly, therefore leaving no migration path for that segment of the Apple II line. Software could even be run directly from an Apple II floppy diskette, the same way as with an Apple IIe (made possible via the card's cable-adapter that connected a standard Apple 5.25 drive). By adding the optional PDS card to low cost Macintosh computers, it provided backwards compatibility with the vast Apple II software library of over 10,000 titles. However, by that period Apple was looking to phase out the Apple II line, and so introduced the Apple IIe Card as a means to transition Apple II educators (and to a smaller degree, home and small business users) by migrating them over to the Macintosh. UAE v0.8.29, FS-UAE v2.6.2, E-UAE v0.8.Well into the 1990's, most schools still had a substantial investment in Apple II computers and software in their classrooms and labs. Various computers, consoles, and arcade systems While the ARM processor in the Acorn Archimedes is a 32-bit chip, it only had 26-bit addressing making an ARM/Archimedes emulator, such as Aemulor or others below, necessary for 26-bit compatibility, for later ARM processors have mostly have dropped it. Main article: PC-based IBM-compatible mainframes EmulatorĪcorn Archimedes, A7000, RiscPC, Phoebe
Apple mac screens emulator windows 10#
X86-64 platforms (64-bit PC and compatible hardware) EmulatorĦ0-bit guest systems 60-bit CDC 6000 series and Cyber mainframe EmulatorĤ8-bit guest systems English Electric KDF9 EmulatorĬross-platform/ POSIX API: binary for OS X on PowerPCĬross-platform/ POSIX API: binaries for 32-bit Intel Linux, Raspberry Pi, OS X Lion, and OS X YosemiteĬross-platform/ POSIX API: binary for 32-bit Windows with CygwinĬross-platform/ POSIX API: binaries for Intel macOS Mojave through Big Sur, and 64-bit Intel Linux (also runs under Windows 10 and FreeBSD)ģ6-bit guest systems DEC PDP-10 EmulatorĭEC PDP-10: PDP-6, KA10, KI10, KL10A/B, and various very old computersģ2-bit guest systems 32-bit IBM mainframe
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