diff --git a/README.md b/README.md
index 0c7f264..2945086 100644
--- a/README.md
+++ b/README.md
@@ -241,7 +241,7 @@ representation:
 Examples
 --------
 The [examples](examples/) subdirectory contains several MU8A source code file
-examples for mu808 which are ports from the same 808UL example programs, namely:
+examples for mu808 which are ports of the same 808UL example programs, namely:
 
 * [Compound interest calculator](examples/compound.mu8a),
 * [Linear regression calculator](examples/linreg.mu8a),
@@ -342,6 +342,13 @@ of the operand locations to store the result. If you want to fully emulate the
 808UL's behavior, then you have to copy one of the operands into the target
 memory location first and then use it as the last parameter to the FMA command.
 
+### Why is the "Hellorld!" example much shorter than in 808UL?
+
+Because mu808 unifies the standard and port I/O, thus allowing to specify a
+range of memory locations to the port output routine as well. Since the example
+arranges all the message bytes in order, a single call to the output command
+will suffice.
+
 Credits
 -------
 Created by Luxferre in 2025, released into public domain with no warranties.
diff --git a/examples/assembled/hellorld.mu8 b/examples/assembled/hellorld.mu8
index c63bd19..c878a17 100644
--- a/examples/assembled/hellorld.mu8
+++ b/examples/assembled/hellorld.mu8
@@ -8,12 +8,4 @@
 8 5 100 0 8
 9 5 33 0 9
 10 5 10 0 10
-11 5 1 0 50
-12 5 1 0 10
-13 5 10 0 11
-14 5 12 0 12
-15 6 2 10 12
-16 3 12 12 1
-17 8 11 50 11
-18 7 50 50 10
-19 1 1 11 14
+11 3 1 10 1
diff --git a/examples/hellorld.mu8a b/examples/hellorld.mu8a
index 3c22ea5..35d6bac 100644
--- a/examples/hellorld.mu8a
+++ b/examples/hellorld.mu8a
@@ -8,12 +8,4 @@ set 108 0 7
 set 100 0 8
 set 33 0 9
 set 10 0 10     ; end the string with an LF character for newline 
-set 1 0 50      ; set the constant 1 to memory loc 50
-set 1 0 10      ; set the first address to 1 at loc 10
-set 10 0 11     ; set the counter variable to 10 at loc 11
-:lp set 12 0 12 ; prepare the loc 12 with its own address
-cpy 2 10 12     ; load the contents of the current address at loc 10 into loc 12
-out 12 12 1     ; output the character at the current address to port 1
-sub 11 50 11    ; decrement the counter at loc 11
-fma 50 50 10    ; increment the current address at loc 10
-jmp 1 11 :lp    ; jump to the loop start if the counter is over zero
+out 1 10 1      ; output the range as ASCII to port 1