diff --git a/retro/amiga-hardware-landscape/index.njk b/retro/amiga-hardware-landscape/index.njk
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MiSTer with the Minimig-AGA core, the most hardware-authentic option. Native resolution tops out around 800×600, with RTG (Picasso96) support pushing that up to 1080p. Timing accuracy and near-zero input latency make it the pick for demos and cycle-sensitive software.
Amiberry on a Raspberry Pi, the flexible option. Running headless (no X11 desktop, straight from the console/KMS framebuffer) is the single biggest performance lever, the difference between a laggy desktop and a snappy 60fps Workbench.
The HDF minefield, hard disk image files either carry an RDB partition table or they don't, and getting the geometry parameters (surfaces/sectors/reserved blocks) wrong produces the classic "Not a DOS disk in device DH0" error. Reformatting through HDToolBox from a fresh install is often faster than debugging geometry math.
-Picking a monitor, a 4:3 panel at native 1280×1024 (like an older NEC MultiSync) gives the most period-accurate Workbench experience; anything widescreen needs scaling compromises.
+Picking a monitor, a 4:3 panel at native 1280×1024 (like an older NEC MultiSync 1970NXp) gives the most period-accurate Workbench experience; anything widescreen needs scaling compromises.
When to choose MiSTer
diff --git a/retro/atari-monitor-compatibility/index.njk b/retro/atari-monitor-compatibility/index.njk
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Panel Technology Matters More Than You'd Think
-- MVA/PVA panels, the surprise winners. Their flexible crystal alignment tolerates unusual 15kHz signals far better than standard panels. A NEC MultiSync LCD1970NXp with an MVA panel handles Medium-Res colour reliably, once you fine-tune the H.Size setting.
+- MVA/PVA panels, the surprise winners. Their flexible crystal alignment tolerates unusual 15kHz signals far better than standard panels. A NEC MultiSync LCD1970NXp with an MVA panel handles Medium-Res colour reliably, once you fine-tune the H.Size setting.
- IPS panels, a mixed bag. Some work (a widescreen Lenovo ThinkVision LT1952p reportedly fills the screen beautifully via an ST2VGA adapter), others don't, and there's no way to tell without testing.
-- VA panels, a dead end. Modern VA displays like the Dell SE2722HX and SE2422HX have a minimum horizontal frequency of 30kHz, ruling out native 15kHz signals entirely.
+- VA panels, hit and miss. The spec sheets often quote a 30kHz minimum, but panels aren't always strict about it. A Dell SE2722HX 27 drives my Atari Mega ST 4 "Low" colour modes fine at 15kHz, so don't trust the "supports VGA" line, test the actual model.
- The universal fix, an Open Source Scan Converter (OSSC) upsamples the 15kHz signal for any HDMI monitor, at the cost of extra hardware and money.
diff --git a/retro/retro-corner-snapshot/index.njk b/retro/retro-corner-snapshot/index.njk
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What started with childhood memories of an Atari ST and an Amiga 500 turned into a full-blown home retro-computing corner after 2020. Here's a snapshot of the whole setup, which machines are actually set up and running right now, and which are boxed and ready to use on demand.
The study
-The study holds the bulk of the serious gear. The MiSTer FPGA and the MiST FPGA are set up here, both connected to a NEC 1970NXp. The Mega ST 4 "Low" machine is set up and running on a Dell monitor that can handle 15kHz, serving as the demo- and game-machine.
+The study holds the bulk of the serious gear. The MiSTer FPGA and the MiST FPGA are set up here, both connected to a NEC 1970NXp. The Mega ST 4 "Low" machine is set up and running on a Dell SE2722HX 27 that handles 15kHz, serving as the demo- and game-machine.
The rest of the Atari hardware is stored here but not set up, mainly for lack of space:
- The Mega ST 4 "High", the upgraded workstation, is boxed and can be set up on demand. It has its own EIZO monitor (1024×768) for the ET4000, and when I use it I set it up in the living room on the dining table.