 
   RtcDatetime time;
   Ds3231::getTime(time);
-  Serial.print("\nCurrent DateTime = ");
+  Serial.print(F("\nClock  DateTime = "));
   time.formatStr(buf);
   Serial.print(buf);
-  Serial.print("\n");
 
   if( includeLaunchTime )
   {
-    Serial.print("dataStartTime = ");
+    Serial.print(F("\nPTT    DateTime = "));
+    pttStartTime.formatStr(buf);
+    Serial.print(buf);
+
+    Serial.print(F("\nSymbol DateTime = "));
     symbolsStartTime.formatStr(buf);
     Serial.print(buf);
-  
-    Serial.print("\npttStartTime = ");
-    pttStartTime.formatStr(buf);
-    Serial.print(buf);
-    Serial.print("\n");
-  }
-  
+  }
+
+  Serial.print(F("\n"));
 }
 
 //--------------------------------------------------


//---------- Begin Band Configuration  ----------------------

size_t currentBandIndex = 0; // <--- Startup band index in the array below (zero-based)

//
// Copy vector-descriptor from web configurator and paste into bandDescrArray.
// Local configurator:  ./doc/band_configurator.html 
// Configurator in the Net:  http://ra9yer.blogspot.com/p/si5351-configurator.html
//
JTBandDescr bandDescrArray[] = {
    {Mode_JT65_B, 32, 28943, 836045, 6, 1, 441, 163840, 60} // f=144.1777 MHz; JT65B; step=5.383Hz; 2.692baud; T/R=1m
  , {Mode_WSPR2, 31, 154287, 614418, 30, 1, 12, 8192, 120} // f=28.126 MHz; WSPR2; step=1.465Hz; 1.465baud; T/R=2m

};

//----------  End Configuration ------------------------

const size_t numBandsTotal = sizeof(bandDescrArray) / sizeof(bandDescrArray[0]); // Auto calc number of bands. Used for band hopping.


// ------ Message initialize functions ----- 


// ---- Arduino pin configuration ---

const int pinLED = LED_BUILTIN; // duplicate 1pps
const int pin1PPS = 4; // <-- 1pps signal from ds3231


// Active LOW relay pins as on QRP-LABS relay-switched LPF kit
const int pinBAND0 = 7;
const int pinBAND1 = A0;
const int pinBAND2 = 10;
