diff --git a/NFC-Solum-2.9″-and-1.54″.md b/M2-NFC-2.9″-and-1.54″.md
similarity index 75%
rename from NFC-Solum-2.9″-and-1.54″.md
rename to M2-NFC-2.9″-and-1.54″.md
index d2f18c8..399bb67 100644
--- a/NFC-Solum-2.9″-and-1.54″.md
+++ b/M2-NFC-2.9″-and-1.54″.md
@@ -1,4 +1,4 @@
-The NFC chip in some of the 2.9"/1.54" ZBS243-based tags by Solum is an NXP NT3H1101 / NT3H1201 NTAG I²C IC. It is connected to the I²C bus on the ZBS243, and uses some additional GPIO pins for signalling
+The NFC chip in some of the 2.9"/1.54" ZBS243-based M2 Displays is an NXP NT3H1101 / NT3H1201 NTAG I²C IC. It is connected to the I²C bus on the ZBS243, and uses some additional GPIO pins for signalling
 
 * P1.3 - FD (Field Detect) - Used to signal the ZBS243 if there's currently
 * P1.4 - I²C SCL
@@ -15,7 +15,7 @@ It's fairly easy to remove using a small screwdriver or even your fingernail.
 
 OpenEPaperLink will, on bootup, try to see if it can use NFC wake by taking some measurements on the FD line. The capability flags are updated accordingly.
 
-It's not impossible to 'retrofit' an NFC IC on a non-NFC capable tag; the IC's are about €1.50 and can be bought at DigiKey. Additionally, a few small passives will need to be added. For OpenEPaperLink, no new firmware needs to be installed; the NFC IC should be recognized at bootup.
+It's not impossible to 'retrofit' an NFC IC on a non-NFC capable display; the IC's are about €1.50 and can be bought at DigiKey. Additionally, a few small passives will need to be added. For OpenEPaperLink, no new firmware needs to be installed; the NFC IC should be recognized at bootup.
 
 PDF Datasheet
 [NT3H1101_1201-1127167.pdf](https://github.com/jjwbruijn/OpenEPaperLink/files/11525339/NT3H1101_1201-1127167.pdf)