diff --git a/emulator/firmware-decomp/render-readout.html b/emulator/firmware-decomp/render-readout.html
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--- a/emulator/firmware-decomp/render-readout.html
+++ b/emulator/firmware-decomp/render-readout.html
@@ -362,20 +362,25 @@
   </section>
 
   <section>
-    <h2><span class="idx">06</span> First frame from a live scene — the Star Trek demo</h2>
+    <h2><span class="idx">06</span> A live scene emits — the Star Trek demo</h2>
     <p class="sub">The archive's <span class="mono">trek</span> capture — unreleased Star Trek
     material — now <b>replays and draws</b>. After the dual-instruction-mode fix, its full
     pipeline runs on the emulated i860: classify, LOD select, rasterise, and <b>emit compiled
-    micro-code</b> per 64×128 tile. Below is that frame, assembled by reading the emit stream
-    back out of DRAM: <b>21 payload blocks, 124 scanline spans</b>, each block a primitive of
-    the scene. This is a <b>first-approximation decode</b> (the span/edge field scaling is
-    still being pinned), drawn from the board's own compiled render program — the deepest
-    read-out of this hardware yet.</p>
+    micro-code</b> per 64×128 tile. Below is a <b>structural map of that emit stream</b>, read
+    back out of DRAM: <b>21 payload blocks</b>, each a compiled primitive program — colors
+    distinguish blocks, position reflects each program's instruction fields. It is <b>not yet
+    the screen image</b>: cross-checking against the board's own source
+    (<span class="mono">EOF.S</span> / <span class="mono">DIVPXMAP.H</span>) shows the fields are
+    pixel-memory bit addresses and coefficients, whose exact per-macro layout is the decode in
+    progress — and this block set turns out to be the <b>standard screen program</b> shared
+    across captures (98.98% identical between the trek and Klingon demos), with the demo-specific
+    geometry still to be located in memory. What it proves stands: <b>the full pipeline runs, the
+    emit stream is readable, and the compiled programs are being captured one by one.</b></p>
     <div class="hero-render" style="margin-top:16px">
-      <span class="tag">decoded from the compiled emit stream · first approximation</span>
-      <canvas id="trekframe" width="832" height="512" aria-label="frame assembled from trek's compiled emit stream"></canvas>
-      <div class="cap"><b>trek, draw 1–300 (static showcase scene)</b> — every mark is a span
-      the firmware's rasteriser emitted; colors distinguish payload blocks (primitives).</div>
+      <span class="tag">emit-stream structure · exact frame decode in progress</span>
+      <canvas id="trekframe" width="832" height="512" aria-label="structural map of trek's compiled emit stream"></canvas>
+      <div class="cap"><b>trek, draws 1–300 (compile-once showcase scene)</b> — each colored
+      run is one compiled primitive program's field pattern in the emit stream.</div>
     </div>
   </section>