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@@ -51,7 +51,7 @@ design (Exploder, VETAR or SCUv2), read how to
 [Flash-an-Altera-device](Flash-an-Altera-device) and for the SPEC
 [Flash-a-Xilinx-device](Flash-a-Xilinx-device).
 
-*PCI express-based FECs**
+## **PCI express-based FECs**
 
 To use these FECs, you will either need to setup a host system to
 communicate over PCI express or control them over the network using the
@@ -63,18 +63,15 @@ using PCI express. If using a SCUv2, you will need to
 [Setup-an-SCU-Bootstick](Setup-an-SCU-Bootstick) to get the ComExpress
 board running.
 
-*VME-based FECs**
+## **VME-based FECs**
 
-To use these FECs, you will either need to setup a VME system to
-communicate over vme bus. Follow the directions to
-[Configure-a-Data-Master](Configure-a-Data-Master) to setup a system
-which can control FECs over the network. If using a SPECv4 card, you
-will need to [Configure-a-SPEC-host](Configure-a-SPEC-host) for access
-using PCI express. If using a SCUv2, you will need to
-[Setup-an-SCU-Bootstick](Setup-an-SCU-Bootstick) to get the ComExpress
-board running.
+To use these FEC, [VETAR](VETAR) you will either need to setup a VME
+system or control them over the network using the data master. Follow
+the directions to [Configure-a-Data-Master](Configure-a-Data-Master) to
+setup a system which can control FECs over the network.
+
+## **Stand-Alone FECs**
 
-*Stand-Alone FECs**  
 This FEC, [EXPLODER](EXPLODER), is an autonomous card with multiple I/O
 possibilities. It doesn't need any system setup.