diff --git a/Zigbee.md b/Zigbee.md
index 1bc1b74e..9044e151 100644
--- a/Zigbee.md
+++ b/Zigbee.md
@@ -62,27 +62,17 @@ Follow the usual ESP82xx [flashing process](Flashing) - you are just using [`CCL
Once the firmware upload completes, retain the serial interface connections (3.3V, GND, Tx, Rx). These will be used later for flashing the CC2530.
### B. Connect the CC2530 and the ESP82xx
-For the flashing process, you need the following connections:
+The DL-20 Zigbee module has a 5-pin 1.27mm pitch unpopulated header with 0.6mm througholes. For flashing any of the Zigbee modules, you need the following connections:
-ESP
Device|
CC2530
-:--:|:--:
-GPIO4|CC_DC
(A.K.A. P2_2 or Debug Clock)
-GPIO5|CC_RST
-GPIO12|CC_DD
(A.K.A. P2_1 or Debug Data)
-Vcc|Vcc
-GND|GND
+ESP
Device|
CC2530|DL-20
Pin Location
+:--:|:--:|:--:
+GPIO12|CC_DD
(A.K.A. P2_1 or Debug Data)|1
+GPIO4|CC_DC
(A.K.A. P2_2 or Debug Clock)|2
+Vcc|Vcc|3
+GPIO5|CC_RST|4
+GND|GND|5
**DL-20 Flashing Jumpers**
-The DL-20 Zigbee module has a 5-pin 1.27mm pitch unpopulated header with 0.6mm througholes.
-
-Location|CC2530 Pin
-:--:|:--:
-1|DD (Debug Data)
-2|DC (Debug Clock)
-3|Vcc (3.3V)
-4|RST
-5|GND
-
Insert alternating male Dupont jumpers; one jumper on one side, the next one on other side. This allows the pins to provide the friction themselves to maintain contact and remain firmly in place. You only need DD, DC, and RST (a fourth jumper is shown which is used to keep the RST jumper in place). Vcc and GND are available on the main serial interface pins.
