Click to EnlargeĤK video output will work, but by default the system will be set to 1080p60. Some Apollo Lake mini PCs support HDMI 2.0 video output, but this requires a DisplayPort to HDMI 2.0 bridge chip, which not included in Voyo VMac Mini’s board, so the system supports 1080p resolution up to 60Hz, and 3840×2160 up to 30Hz. Setup is pretty straightforward, as you just need to connect mouse and keyboard, Ethernet, the mini HDMI to HDMI cable, optionally the included USB WiFi dongle, the power supply, and finally press the power button to get to Windows 10 desktop logged in as “admin” user in about 30 seconds. Voyo VMac Mini Setup and System Information So in the second part I’ll review the mini PC checking out system info, running some benchmarks on both, and see how it performs as an entry-level desktop PC. I’ve received samples for both, and already taken pictures of the device and motherboard. See the license for more details.Voyo VMac Mini, also sometimes referred to just Voyo V1, is an actively cooled mini PC powered by Intel Celeron N3450 or Pentium N4200 Apollo Lake processor. ΜvMac is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. You can redistribute µvMac and/or modify it under the terms of version 2 of the GNU General Public License as published by the Free Software Foundation. These are listed in order of support.ĭevelopment occurs exclusively on Linux and Windows, so those two operating systems are the only officially supported ones. Here's an incomplete list of platforms that can, in theory, be targeted. (If there is enough demand, I may re-implement SDL1 support as well.) Dropping support for esoteric platforms and exclusively using SDL2 vastly simplifies the complexity of the code. For 99% of users, this should not be a concern. There are no plans to support platforms that SDL2 does not target. Soon, the following systems are expected to be emulated:Īfter that, µvMac will attempt to support these systems: Here's the screen you get when you start up for the first time, without a ROM.Ĭurrently, µvMac is very early in development, so only the Macintosh Plus is officially supported. The configuration manager will require resources from a ROM. This would replace Control Mode in Mini vMac, and would also appear when you start the emulator. The below image, as well as the very first image on this page, are mockups of a possible upcoming feature, the configuration manager. Here's some screenshots showing the configuration file modifying the system palette. Here's µvMac running on Linux with the default palette, emulating a CRT's natural colors. ΜvMac is currently very early in development and is not ready for release, but its source code is publicly developed on Github. (See this article I wrote for more information.) I consider this much more trouble than it's worth, and intend to focus more on maintainability and accuracy. The intent of Mini vMac was to create a "emulator collection" of many very optimized "variations" of the same codebase. This fork was created to clean up and modernize the code base, make the project easier to compile and hack on, and allow for much easier user configuration. Pratt, which was forked from vMac by Philip "PC" Cummins. It was forked from Mini vMac v36.4 by Paul C. ΜvMac (micro vMac) is a simple, configurable emulator for early Motorola 68000 based Macintoshes. Home About Articles Doodles Projects Links µvMac µvMac
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