diff --git a/devtimer.py b/devtimer.py
index b5e28b7..7ad3051 100755
--- a/devtimer.py
+++ b/devtimer.py
@@ -26,11 +26,17 @@
 # Constants
 #####
 
-# Display
+# Display Hardware Configuration
 
-BRIGHTNESS0 = 0x0a
-CLK0 = 21
-DIO0 = 20
+TIME_BRIGHT = 0x0a
+TIME_CLK = 21
+TIME_DIO = 20
+
+TEMP_BRIGHT = 0x0a
+TEMP_CLK = 12
+TEMP_DIO = 16
+
+DIMMING = 1   # How much to dim display in film mode
 
 # General Constants
 
@@ -82,15 +88,23 @@
 
 # Update the display with elapsed time
 
-def show_elapsed(display0, elapsed):
+def show_elapsed(display_time, elapsed):
 
     min = elapsed // 60
     sec = elapsed % 60
-    d0 = display0.digit_to_segment[min // 10]
-    d1 = display0.digit_to_segment[min % 10]
-    d2 = display0.digit_to_segment[sec // 10]
-    d3 = display0.digit_to_segment[sec % 10]
-    display0.set_segments([d0, 0x80 + d1, d2, d3])
+    d0 = display_time.digit_to_segment[min // 10]
+    d1 = display_time.digit_to_segment[min % 10]
+    d2 = display_time.digit_to_segment[sec // 10]
+    d3 = display_time.digit_to_segment[sec % 10]
+    display_time.set_segments([d0, 0x80 + d1, d2, d3])
+
+def show_temp(display_temp, temp):
+
+    hun = display_time.digit_to_segment[temp // 100]
+    ten = display_time.digit_to_segment[(temp % 100) // 10]
+    one = display_time.digit_to_segment[(temp % 100) % 10]
+    F = display_time.digit_to_segment[15]
+    display_temp.set_segments([hun, ten, one, F])
 
 
 #####
@@ -113,7 +127,15 @@
     # Setup the hardware
 
     wiringPiSetupGpio()
-    display0 = TM1637(CLK0, DIO0, BRIGHTNESS0)
+
+    # Dim displays in film mode
+
+    DIM_BY=0
+    if globals.CURRENT_PROFILE == globals.FILM:
+        DIM_BY = 2
+
+    display_time = TM1637(TIME_CLK, TIME_DIO, TIME_BRIGHT-DIM_BY)
+    display_temp = TM1637(TEMP_CLK, TEMP_DIO, TEMP_BRIGHT-DIM_BY)
 
     # Start measuring temperature
 
@@ -136,14 +158,20 @@
         if DEBUG:
             last = time()
 
-        # Update the display on a separate thread
+        # Get last known temp
 
-        display_thread = Thread(name="Timer", target=show_elapsed, args=(display0, elapsed_time))
-        display_thread.start()
+        current_temp = globals.CURRENT_TEMP
+
+        # Update the displays on separate threads
+
+        update_time = Thread(name="Timer", target=show_elapsed, args=(display_time, elapsed_time))
+        update_time.start()
+
+        update_temp = Thread(name="Temp", target=show_temp, args=(display_temp, current_temp))
+        update_temp.start()
 
         # For temperatures in-range, look up the compensating factor
 
-        current_temp = globals.CURRENT_TEMP
         if (globals.CURRENT_PROFILE == globals.REALTIME):
             compensation_factor = 1   # Realtime requires no compensation