diff --git a/Simple-ESPSomfy-RTS-device.md b/Simple-ESPSomfy-RTS-device.md
index 39629d8..97a4aaa 100644
--- a/Simple-ESPSomfy-RTS-device.md
+++ b/Simple-ESPSomfy-RTS-device.md
@@ -36,9 +36,14 @@ Supported Ethernet Boards:
 ## Picking a CC1101 Transceiver
 Originally, I bought a cc1101 transceiver with a spring type antenna and could not figure out why it would not consistently receive commands from my remotes.  I then went about purchasing several other transceiver modules thinking that all my code is always perfect, so the hardware must be defective.  
 
-This hard-headedness led me to the conclusion that the timing algorithm I created to read the radio signal was not quite ready.  Since I ordered every type of CC1101 transceiver I could get my hands on, I can report that every one of the CC1101 transceivers I bought work very well.  I must have had an extra thumb or two when I built the original timing algorithm.  This made it drop part of the hardware sync and subsequently not communicate reliably.  
+This hard-headedness led me to the conclusion that the timing algorithm I created to read the radio signal was not quite ready.  Since I ordered every type of CC1101 transceiver I could get my hands on, I can report that every one of the CC1101 transceivers I bought work.  I must have had an extra thumb or two when I built the original timing algorithm.  This made it drop part of the hardware sync and subsequently not communicate reliably.
+
+So, when looking for a CC1101 Transceiver get one that doesn't have to be slow-boated from some far off land although I assume they all begin life there anyway.  However, now that I have had time using these boards, the D-SUN boards do not seem to receive as well as the E07-M1101D transceivers.  Of the three I bought one failed, one was spotty on receive, and the last on had an abysmal range of less than 15 feet.
+
+For the final 3 production prototypes that I built I preferred the E07-M1101D-SMA version over all the others.  While you will have a hard time finding it listed that way it is the blue one with the duck antenna or spring antenna.  Below is a picture so you might be able to identify this bird in the wild.
+
+![image](https://user-images.githubusercontent.com/47839015/224562238-bbe93774-0b70-4997-b0d6-8d313b0a00cd.png)
 
-So, when looking for a CC1101 Transceiver get one that doesn't have to be slow-boated from some far off land although I assume they all begin life there anyway.  For the final 3 production prototypes that I built I preferred the E07-M1101D-SMA version over all the others.  While you will have a hard time finding it listed that way it is the blue one with the duck antenna or spring antenna.
 
 ### Assembling the Hardware
 Your first step is to connect your transceiver to your ESP32.  I did this with the use of some female to female dupont connectors and ran it on the bench for a while.  I didn't even use a breadboard to connect it.  I simply connected each end of a 10cm dupont cable to make each of the 8 connections.  If you can assemble furniture from a box you are more than qualified for this task.
@@ -72,7 +77,7 @@ If you must change the pin assignments then feel free to do so.  You can assign
 
 Here is a picture for those of you who need to see it to believe it.
 
-![image](https://user-images.githubusercontent.com/47839015/219157617-f7d8fca2-0191-4b66-b4cb-a2f507c3a42d.png)
+![image](https://user-images.githubusercontent.com/47839015/224561371-a04d4bcd-c161-4743-9945-2c0f0fbd9e91.png)
 
 ## WT32-ETH01 Models
 This is a wired ethernet model that allows you to connect via a wired ethernet cable or wifi.  However, there are many fewer pins available to connect the transceiver.  Below are the suggested pins.