Initialize new OEPs

1. Connect JTAG cable, then power cable
2. Check that 1 LED is on
3. Program board via JTAG from IspVM.
   • Program FPGA directly, do not program the flash, this will take too much time
   • If programming fails, just try again. The software has some bugs
   • use golden image bitfile
4. Check that 4 + 1 LED are one
5. Connect optical cable
6. 2 LED should stay on. Green led on FOT on optical AddOn should blink for a while, then stay on. Red LED must be off.
7. Run first communication test: read unique id
   • trbcmd i 0xfffd
   • if it fails, reset network: trbcmd W 0x10 0x8000 & wait 10s.
   • repeat several times to test communication
   • Write Serial Number and unique id to table
8. Program first flash
   • trbflash -y -g program 0xfffd golden_image.bit
   • running trbflash is also a good way to test communication, since a complete verify of all transmitted data is done
9. Program second flash
   • trbflash -y program 0xfffd mdc_oepb_20091006.bit (!)
10. Check voltages, ADC
    1. initialize adc :
       • trbcmd w 0xfffd 0x8000 0xd
       • trbcmd w 0xfffd 0x8000 0x9
    2. read & check voltages with oep_voltages
11. Try booting from both flashs:
    • trbcmd w 0xfffd 0xd200 0x0
    • trbcmd w 0xfffd 0x20 0x8000
    • try communication
    • trbcmd w 0xfffd 0xd200 0x1
    • trbcmd w 0xfffd 0x20 0x8000
    • try communication
12. Test connection to MBO (individually for each OEP)
    1. Connect OEP to the long motherboard
    2. Boot fpga from second flash
    3. Write thresholds:
       • trbcmd w 0xfffd A0CD 0x30
       • trbcmd w 0xfffd A0CF 0x30
       • trbcmd w 0xfffd A0D1 0x30
       • trbcmd w 0xfffd A0D3 0x30
       • trbcmd w 0xfffd A0D5 0x30
       • trbcmd w 0xfffd A0D7 0x30
    4. Test calibration trigger
       • trbcmd w 0xfffd 0x20 0x1
       • trbcmd w 0xfffd 0xc0 0xc20
       • trbcmd w 0xfffd 0x20 0x01000000
       • for n in 0 to 100 loop
         • trbcmd w 0xfffd 0x20 0x10000
         • trbcmd T 1 0 0 n
         • trbcmd I 0 0 0 n
         • Check for 0x240 datawords from OEP
    5. Test normal readout
       • trbcmd w 0xfffd 0x20 0x1
       • trbcmd w 0xfffd 0xc0 0x020
       • trbcmd w 0xfffd 0x20 0x01000000
       • for n in 101 to 200 loop
         • trbcmd w 0xfffd 0x20 0x10000
         • trbcmd T 1 0 0 n
         • trbcmd I 0 0 0 n
         • Check for no errors