diff --git a/ubb-vga/web/Makefile b/ubb-vga/web/Makefile
index 70a57d5..cc9e13e 100644
--- a/ubb-vga/web/Makefile
+++ b/ubb-vga/web/Makefile
@@ -5,8 +5,9 @@ NORMALIZESCHPS=$(SCHHIST)/normalizeschps
 SRC=http://downloads.qi-hardware.com/people/werner/ubb/vga
 
 DL=ubb-vga-pub-1024.jpg ubb-vga-pub-plugged.jpg ubb-vga-pub-v2.jpg
-GEN= ubb-vga-pub-1024-small.jpg ubb-vga-pub-plugged-small.jpg \
-    ubb-vga-pub-v2-small.jpg \
+GEN= ubb-vga-pub-1024-small.jpg ubb-vga-pub-1024-medium.jpg \
+    ubb-vga-pub-plugged-small.jpg ubb-vga-pub-plugged-medium.jpg \
+    ubb-vga-pub-v2-small.jpg ubb-vga-pub-v2-medium.jpg \
     ubb-vga-schem.png ubb-vga-schem-small.png
 
 
@@ -42,6 +43,15 @@ ubb-vga-pub-v2-small.jpg: ubb-vga-pub-v2.jpg
 ubb-vga-pub-plugged-small.jpg: ubb-vga-pub-plugged.jpg
 	convert $< -scale x240 $@
 
+ubb-vga-pub-1024-medium.jpg: ubb-vga-pub-1024.jpg
+	convert $< -resize 1024x768 $@
+
+ubb-vga-pub-v2-medium.jpg: ubb-vga-pub-v2.jpg
+	convert $< -resize 1024x768 $@
+
+ubb-vga-pub-plugged-medium.jpg: ubb-vga-pub-plugged.jpg
+	convert $< -resize 1024x768 $@
+
 ubb-vga-schem-small.png: ubb-vga-schem.png
 	convert $< -scale '40%' $@
 
diff --git a/ubb-vga/web/index.html b/ubb-vga/web/index.html
index f7202b1..499b45b 100644
--- a/ubb-vga/web/index.html
+++ b/ubb-vga/web/index.html
@@ -10,19 +10,19 @@ This is an effort led by Werner Almesberger to use the
 <A href="http://en.qi-hardware.com/wiki/UBB">UBB</A>
 (Universal Breakout Board), a few resistors, and a VGA cable to create a
 workable VGA signal on the
-<A href="http://en.qi-hardware.com/wiki/Ben_NanoNote">Ben Nanonote</A>.
+<A href="http://en.qi-hardware.com/wiki/Ben_NanoNote">Ben NanoNote</A>.
 
 
 <H2>What it can do</H2>
 
-The video signal timing is controlled by software. Available resolutions
-include 640x480 and 800x600.
+The video signal timing is controlled mostly by software. Available
+resolutions include 640x480 and 800x600.
 At present, the maximum resolution is 1024x768 with a refresh rate of 50 Hz:
 <P>
-<A href="ubb-vga-pub-1024.jpg"><IMG src="ubb-vga-pub-1024-small.jpg"></A>
+<A href="ubb-vga-pub-1024-medium.jpg"><IMG src="ubb-vga-pub-1024-small.jpg"></A>
 <P>
 The 16 colors are generated from a binary channel for red, green, and blue
-each, plus a binary luminance channel that affects all colors.
+each, plus a binary luminance channel that affects all three color channels.
 
 
 <H2>The hardware</H2>
@@ -32,14 +32,14 @@ The current design is based on the
 that plugs into the Ben's
 <A href="http://lists.en.qi-hardware.com/pipermail/discussion/2011-January/006908.html">8:10 card</A>
 slot. The MMC controller in the Ben's Jz4720 CPU is tricked into
-considering the UBB-VGA board as a MMC/SD device and streaming the pixel
+considering the UBB-VGA board as a MMC/SD device and streams the pixel
 data at a rate of up to 56 MHz.
 <P>
 The pictures below show a prototype that connects directly to a VGA cable:
 </P>
-<A href="ubb-vga-pub-plugged.jpg"><IMG src="ubb-vga-pub-plugged-small.jpg"></A>
+<A href="ubb-vga-pub-plugged-medium.jpg"><IMG src="ubb-vga-pub-plugged-small.jpg"></A>
 &nbsp;
-<A href="ubb-vga-pub-v2.jpg"><IMG src="ubb-vga-pub-v2-small.jpg"></A>
+<A href="ubb-vga-pub-v2-medium.jpg"><IMG src="ubb-vga-pub-v2-small.jpg"></A>
 <P>
 The circuit is very simple. In its most basic form, it consists of UBB,
 ten resistors, and the VGA cable: