Add better Gotek switch photo and MonsterBoard 1GB CF card photo

retro/gotek/index.njk

@@ -34,10 +34,12 @@ parent: "/retro/"
 <p>For the internal mount I printed a <a href="https://www.thingiverse.com/thing:2664753" target="_blank">Gotek case from Thingiverse</a> that fits in the floppy bay. I used this to relocate the Storm/Cloudy TOS switcher: the 2-way switch is mounted in a slot at the front of the printed case, right where the floppy opening is. So the TOS switcher now sits at the front of the floppy bay, which meant no drilling into the case at all, and there was already space there for it.</p>
 
 <h2>Gallery</h2>
-<img src="gotek-back.jpg" alt="Gotek floppy emulator rear view" width="640" height="480">
-<p class="caption">The Gotek rear view.</p>
+<img src="gotek-switch-2.jpg" alt="The relocated TOS switcher at the front of the Gotek case" width="640" height="640">
+<p class="caption">The relocated TOS switcher at the front of the printed Gotek case, a clear view of how it sits in the floppy bay.</p>
 <img src="gotek-switch.jpg" alt="Gotek with the relocated TOS switcher in the printed case" width="640" height="480">
 <p class="caption">The Gotek in the 3D-printed case, with the relocated TOS switcher visible at the front.</p>
+<img src="gotek-back.jpg" alt="Gotek floppy emulator rear view" width="640" height="480">
+<p class="caption">The Gotek rear view.</p>
 
 <h2>Sources</h2>
 <ul>

retro/monsterboard/index.njk

@@ -39,11 +39,13 @@ parent: "/retro/"
 <p>Alan provides three programs for the MonSTerBoard: M_FLASH.ZIP to write the onboard flash, M_ALTRAM.ZIP to configure the RAM (2, 4, 6 or 8 MB, then placed in the auto-start folder), and M_RTC.ZIP for the Dallas RTC module. In total you can install four TOS versions: two 192 KB and two 256 KB images.</p>
 
 <h2>My Setup</h2>
-<p>In my Mega ST 4 "High" machine the MonSTerBoard provides the 8 MB of TT-RAM that TOS 2.06 and Geneva use for real multitasking. For storage I use the dual IDE interface, with a 4 GB CompactFlash card attached and booting the system directly from it. There's no ACSI hard drive connected in this machine; the IDE boot is noticeably faster than an ACSI drive would be. Combined with the <a href="/retro/et4000-experiment/">ET4000 graphics card</a> and its dedicated monitor, it's the most capable machine in the fleet.</p>
+<p>In my Mega ST 4 "High" machine the MonSTerBoard provides the 8 MB of TT-RAM that TOS 2.06 and Geneva use for real multitasking. For storage I use the dual IDE interface, booting the system directly from a CompactFlash card. I started with a 4 GB card, but that didn't work reliably, so I switched to a 1 GB card, which works fine. There's no ACSI hard drive connected in this machine; the IDE boot is noticeably faster than an ACSI drive would be. Combined with the <a href="/retro/et4000-experiment/">ET4000 graphics card</a> and its dedicated monitor, it's the most capable machine in the fleet.</p>
 
 <h2>Gallery</h2>
-<img src="monster-ide.jpg" alt="MonSTerBoard IDE adapter with 4 GB CompactFlash card" width="640" height="480">
-<p class="caption">The MonSTerBoard IDE adapter with the 4 GB CompactFlash card attached.</p>
+<img src="monster-ide.jpg" alt="MonSTerBoard IDE adapter with CompactFlash card" width="640" height="480">
+<p class="caption">The MonSTerBoard IDE adapter with a CompactFlash card attached.</p>
+<img src="monster-1gb.jpg" alt="MonSTerBoard with the 1 GB CompactFlash card" width="640" height="480">
+<p class="caption">After the 4 GB card didn't work, I switched to a 1 GB CompactFlash card.</p>
 <img src="monster-pins.jpg" alt="MonSTerBoard pins and jumper block" width="640" height="480">
 <p class="caption">The MonSTerBoard pins and jumper block.</p>