Difference between revisions of "Readout Controller Configuration"

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MVME 6100 <br>
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rocdaq1:134.50.3.17
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ROC1 ethernet address: 0001AF1998B5<br>
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rocdaq2:134.50.3.46
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ROC1 ethernet address: 0001AF1998B6<br>
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rocdaq3:134.50.3.33
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MPC7457 RISC G4 processor (PPC family)<br>
 
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==  Download files from JLAB ==
 
  
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I downloaded the boot file and VXworks kernel from JLAB
 
  
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/site/coda/kern/5.5/boot/boot6100_122.bin 
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[[MVME_6100_ROC]]
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/site/coda/kern/5.5/vx6100_v4.1
 
  
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and put in /tftpboot subdirectory on Host computer
 
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==Debug Connector ==
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[[GE_XVB601_ROC]]
  
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I then used the serial port on the host computer to interface with the MVME6100 via the "DEBUG" port.  The debug port took an RJ45 standard cable so I got and RJ45-DB9 converter.  This seemed to work out of the box.  Just in case I ever need to make my own connector record the pinouts below.
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[[CODA_REMEX]]
  
 +
=JLAbs GitHub repository for readout modules=
  
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[http://www.slac.stanford.edu/grp/lcls/controls/global/standards/hardware/v6100a_ih.pdf Information below is Table 5-11 pg 92 of this reference]
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I uploaded the subdirectory on daq2 using the following commands
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{| border="1"
 
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|  ROC Pin# || DB9 Pin # || DB9 shell || Signal 
 
−
|-
 
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|  1      || 1        || Blue      || DCD (Carrier Detect)
 
−
|-
 
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|  2      || 7        || Orange    || RTS (Request to Send)
 
−
|-
 
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|  3      || 5        || Black    || GNDC
 
−
|-
 
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|  4      || 3        || Red      || TX (Transmit)
 
−
|-
 
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|  5      || 2        || Green    || RX (Recieve)
 
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|-
 
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|  6      || 5        || Yellow    || GNDC
 
−
|-
 
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|  7      || 8        || Brown    || CTS (Clear to Send)
 
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|-
 
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|  8      || 4        || White    || DTR (Data Terminal Ready)
 
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|}
 
  
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== MVME6100 BOOT screen==
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<pre>
 +
cd CODA
 +
git clone https://github.com/JeffersonLab/mkLinuxvmeDist.git
 +
cd mkLinuxvmeDist
 +
./getGIT
 +
./getGIT -o
 +
</pre>
  
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Copyright Motorola Inc. 1999-2007, All Rights Reserved
 
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MOTLoad RTOS Version 2.0,  PAL Version 2.1 RM02
 
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Wed Feb  7 11:32:02 MST 2007
 
  
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MPU-Type            =MPC74x7
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the result is a subdirectory called "linxvme" which contains all the libraries
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MPU-Int Clock Speed  =1266MHz
 
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MPU-Ext Clock Speed  =133MHz
 
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MPU-Int Cache(L2) Enabled, 512KB, L2CR =C0000000
 
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MPU-Ext Cache(L3) Enabled, 2MB, 211MHz, L3CR =DC026000
 
  
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PCI bus instance 0  =64 bit, 133 Mhz, PCI-X
 
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PCI bus instance 1  =64 bit, PCI
 
  
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Reset/Boot Vector    =Flash1
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[[Data_Acquisition]]
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Local Memory Found  =20000000 (&536870912)
 
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User Download Buffer =006B7000:008B6FFF
 
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−
 
 
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== Basic commands==
 
−
 
 
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=== setting the time===
 
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The command below will print the help screen for the time set command
 
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he set
 
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for example
 
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MVME6100> set -t082604163100
 
−
 
 
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08 = Month<br>
 
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26 = day<br>
 
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04 = year<br>
 
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16 = hour (24 hour clock)<br>
 
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31 = min<br>
 
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00 = seconds<br>
 
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MVME6100> time
 
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THU AUG 26 16:31:02.00 2004
 
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=== Ping another computer to check network===
 
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I was inable to ping unless I used the "LAN1" RJ45 etherenet port
 
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MVME6100> ping -c134.50.3.216 -s134.50.3.210
 
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Client (Source) IP Address      = 134.50.3.216
 
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Server (Destination) IP Address = 134.50.3.210
 
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Server/Host Found, E-Address    = 0030487A9468
 
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170 (128+42) bytes from 134.50.3.210: icmp_seq=0 time=179 us
 
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Packets Transmitted =1, Packets Received =1, Packets Lost =0 (0%)
 
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Round-Trip Min/Avg/Max = 179/179/179 uS
 
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=== show the flash memory===
 
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MVME6100> flashShow
 
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Device-Name  Base-Address,Size  Device-Size,Count  Boot  Type
 
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/dev/flash0  F4000000,04000000  02000000,00000002  No    Intel 28F256
 
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/dev/flash1  F8000000,04000000  02000000,00000002  Yes  Intel 28F256
 
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=== Load in the VxWorks boot kernel ===
 
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MVME6100> tftpGet -cCLIENT_IP_ADDRESS -sSERVER_IP_ADDRESS -fFILENAME
 
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CLIENT_IP_ADDESS is the IP address of the computer receiving the file <br>
 
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SERVER_IP_ADDRESS is the IP address of the computer hosting the file (by default tftp uses the subdirectory /tftpboot) <br>
 
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MVME6100> tftpGet -c134.50.3.216 -s134.50.3.210 -fboot6100_122.bin
 
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Network Loading from: /dev/enet0
 
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Loading File: boot6100_122.bin
 
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Load Address: 006B7000
 
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Download Buffer Size = 00200000
 
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Client IP Address      = 134.50.3.216
 
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Server IP Address      = 134.50.3.210
 
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Gateway IP Address    = 134.50.3.253
 
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Subnet IP Address Mask = 255.255.255.0
 
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Network File Load in Progress...
 
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Bytes Received =&594768, Bytes Loaded =&594768
 
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Bytes/Second  =&594768, Elapsed Time =1 Second(s)
 
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=== Flash the RAM with the program===
 
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>MVME6100>flashProgram -d/dev/flash0 -o03f00100 -nfff00
 
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After flashing you flip dipswitch #2 on S4 fo off and powercycle
 
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MVME6100> flashProgram -d/dev/flash0 -o03f00100 -nfff00
 
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Source Starting/Ending Addresses      =006B7000/007B6EFF
 
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Destination Starting/Ending Addresses =F7F00100/F7FFFFFF
 
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Number of Effective Bytes            =000FFF00 (&1048320)
 
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Program Flash Memory (Y/N)? Y
 
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=== set BOOTA dip switch===<br>
 
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I moved the dip switch on S4 labeled "BOOT A" to OFF
 
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=== Error===
 
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MVME6100> sysMotVpdInit: Unable to read Vital Product Data (VPD).
 
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sysMotVpdInit: Unable to read Vital Product Data (VPD).
 
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The above error results when the "Normal" dip switch on S4 is set to
 
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"OFF".  The S4 dipswitch are now set to
 
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{| border="1" cellpadding="4"
 
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|-
 
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|Pin|| Name ||Setting
 
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|-
 
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|1|| norm env ||on
 
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|-
 
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|2 ||boot a ||off
 
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|-
 
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|3|| wpa ||on
 
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|-
 
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|4 ||wpb ||off
 
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|}
 
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=== The VxWorks Boot screen===
 
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                            VxWorks System Boot
 
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Copyright 1984-2002  Wind River Systems, Inc.
 
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CPU: Motorola MVME6100-0163 - MPC 7457
 
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Version: VxWorks5.5.1
 
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BSP version: 1.2/2
 
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Creation date: Feb  2 2007, 16:49:27
 
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−
 
 
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Press any key to stop auto-boot...
 
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7
 
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[VxWorks Boot]:
 
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== Setting VxWorks Parameters==
 
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== view the boot parameters==
 
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[VxWorks Boot]: p
 
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boot device          : geisc
 
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unit number          : 0
 
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processor number    : 0
 
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host name            : host
 
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file name            : /tornado/mv6100/vxWorks
 
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inet on ethernet (e) : 90.0.0.2
 
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host inet (h)        : 90.0.0.1
 
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user (u)            : vxworks
 
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flags (f)            : 0x0
 
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[VxWorks Boot]:
 
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== set the boot parameters ==
 
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[VxWorks Boot]: p
 
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boot device          : geisc
 
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unit number          : 0
 
−
processor number    : 0
 
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host name            : daq1
 
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file name            : /home/daq/CODA/VXWorks/vx6100_v4.1
 
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inet on ethernet (e) : 134.50.3.216
 
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inet on backplane (b): fffffc00
 
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host inet (h)        : 134.50.3.210
 
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user (u)            : daq
 
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flags (f)            : 0x0
 
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target name (tn)    : roc1
 
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startup script (s)  : /home/daq/CODA/bootscripts/roc1.boot
 
−
 
 
−
[VxWorks Boot]:
 

Latest revision as of 21:12, 15 November 2016

rocdaq1:134.50.3.17 rocdaq2:134.50.3.46 rocdaq3:134.50.3.33


MVME_6100_ROC


GE_XVB601_ROC

CODA_REMEX

JLAbs GitHub repository for readout modules

I uploaded the subdirectory on daq2 using the following commands 

cd CODA
git clone https://github.com/JeffersonLab/mkLinuxvmeDist.git
cd mkLinuxvmeDist
./getGIT
./getGIT -o


the result is a subdirectory called "linxvme" which contains all the libraries


Data_Acquisition

Retrieved from "https://wiki.iac.isu.edu/index.php?title=Readout_Controller_Configuration&oldid=110173"