Index: /firmware/FAD/doc/memory_manager.tex
===================================================================
--- /firmware/FAD/doc/memory_manager.tex	(revision 10141)
+++ /firmware/FAD/doc/memory_manager.tex	(revision 10142)
@@ -28,15 +28,8 @@
 \newpage
 
-\section{\tt memory manager.vhd}
 
-The Memory Manager is used to calculate:
-\begin{itemize}
-\item
-\end{itemize}
+\section{data order in 64bit address space}
 
-\subsection{data order in 64bit address space}
-
-When data is input into Data-RAM by the DataGenerator, the data is fed in as words of 64bit,
-because the 13bits of each of the four ADCs is processed in a parallel manner.
+When data is input into Data-RAM by the DataGenerator, the data is fed in as words of 64bit.
 
 Each Event constists of an EventHeader, the so called ChannelData, and a small EventFooter.
@@ -84,9 +77,9 @@
 0x23A5	& data adc3	& data adc2	& data adc1	& data adc0	& ADC Data end of ROI \\
 \hline
-0x23A6	& ??	& ??	& ??	& ??	& FOOTER \\
+0x23A6	& 0x0000	& 0x0000	& 0x04FE	& 0x4242	& FOOTER \\
 \hline
 \end {tabular}
 
-\caption{word order of event in Data RAM. 64bit addressing.}
+\caption{word order of event in Data RAM. 64bit addressing. As of 08.02.2011}
 \label{64bitRAM}
 \end{table}
@@ -99,14 +92,4 @@
 Then the EventFooter is added and the Readout is finished.
 
-\subsection{role of memory manager for DataGenerator}
-After FAD-configuration memory manager informs data generator, whether additional Data may be read out or not.
-{\tt ram write ea } is used to inform DataGenerator.\\
-
-DataGenerator needs to know how many samples to read out of each channel. 
-{\tt roi max} is carriing this information. \\
-
-
-\appendix
-
 
 \end{document}