\hline\hline
1 & \multicolumn{3}{X|}{``Central'' - For a normal central FPGA design with Cts and/or GbE}\\
& 3 -- 0 & ExtModule & Type of external trigger module (0: none, 1: CBM MBS, 2: Mainz M2)\\
- & 4 & CtsTdc & TDC channels included. Usually connected to the first trigger inputs of the CTS.
-If a trigger module is present, the first channel will connect to its async output signal \\
- & 5 & CtsTdcX & The connection of TDC channels is non-standard. Refer to documentation. \\
& 11 -- 8 & DoubleEdge & See table 2.\\
- & 15 & CTS & The design contains a CTS module. A complete list of components can be obtained from the
-CTS registers. \\
+ & 15 & TDC & The design contains a TDC module. \\
& 16 & GbeData & Event data is sent via GbE \\
& 17 & GbeCtrl & FPGA accepts slow-control messages via GbE \\
& 19 -- 18 & GbeDataBuf & Size of the buffer for event data. 1: 64 kB \\
& 41 & ReferenceTime & Reference Time Path 0: RJ-45 (default) 1:
Through Clock Manager (cbmtof only)\\
& 42 & Spi & Contains SPI on all relevant I/Os depending on AddOn board design\\
- & 43 & Uart & Uart on RJ45\_CLOCK(4) (TTL)\\
- & 47 -- 44 & InpMonitor & Monitoring of input signals. See register 0xcf8f for number of channels and number of fifos
-\\
+ & 43 & Uart & Uart on RJ45\_CLOCK(4) (TTL) o HDR\_IO\\
+ & 44 & InpMonitor & Monitoring of input signals.\\
& 51 -- 48 & TrgModule & Type of trigger module 0: none, 1: simple or, 2: edge detect \\
- & 55 -- 52 & Clock & Main clock source: 0: onboard 200 MHz, 1: onboard 125 MHz, 2: 200 MHz RX clock on SFP1, 3:
-125 MHz RX clock on SFP1, 4: external clock input 200 MHz, 5: external clock input 125 MHz\\
+ & 55 -- 52 & Clock & TRB3 - Main clock source: 0: onboard 200 MHz, 1: onboard 125 MHz, 2: 200 MHz RX clock on SFP1, 3: 125 MHz RX clock on SFP1, 4: external clock input 200 MHz, 5: external clock input 125 MHz\newline
+ TRB3sc - 52: 120 MHz instead of 100 MHz, 53: use RX clock, 54: external clock, 55: has 200 Mhz oscillator\\
\hline\hline
2 & \multicolumn{3}{X|}{``TDC'' - For TDC designs. Detailed information about the TDC setup can be found in register
0xc8xx}\\