Inverto IDLU-UST110-CUO1O-32P config

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    • Inverto IDLU-UST110-CUO1O-32P config

      Für den Inverto IDLU-UST110-CUO1O-32P habe ich folgende Config erstellt, die 2x16 UB erstellt und unabhängig voneinander sind. Nun gehen bei mir endlich alle 16 Tuner. Die Kanalbreite von 30 MHz auf 60 MHz zu stellen hat wunder gebracht ;)

      Quellcode

      1. [ODU_VER]
      2. version=20,22,2,1 ; 20=EN 5520, 22=IDL 5151 - Ku switch + TER input : 2 outputs, 2=Inverto 32 user bands - dynamic configuration (ENTropic and BroadCoM)
      4. [ODU_NAME]
      5. name="5151-QUAT" ; symbolic name, can be obtained from BF 04 5A 1D, or when accessing memory
      7. [ODU_LO]
      8. stb= 9750,10600 ; values to enter for Set Top Box low and high LO
      9. input_a= 9750,10600 ; values for option input A - can be 0 for switches
      10. input_b= 9750,10600 ; values for option input B - can be 0 for switches
      12. [ODU_BOOT]
      13. fixed_css=no ; yes\no, if not, then device starts in dish alignment mode, if yes, fixed channel stacking
      14. persistent_css=no ; yes\no, when yes, fixed channels stacking or alignment stacking is restored everytime channels are freed.
      15. ignore_494_607=no ; yes\no when yes, the device will ignore all 494\607 command, and will stay in fixed channel stacking (it is a security)
      16. legacy_mode=yes ; if no fixed band, option might be to allow legacy mode starting
      17. diseqc_mask=6 ; indicates which Diseqc should be enabled from 1 to 15 generally
      18. output_mask=6 ; indicates whether all outputs should be stacked on same or different output 0-1-2
      19. agc_freeze_universal=no ; indicates whether the AGC should be frozen when in universal mode or not
      20. agc_freeze_css=no ; indicates whether the AGC should be frozen when in CSS mode
      21. dac_atten=31 ; median value =15 - from 0 to 31
      22. agc_input=0x00000 ; AGC used when using frozen AGC - 16 MSB significant bits only
      23. sat_cd=no ; if no, device answers to A and B command. If yes, device answers to C and D commands.
      24. dlnb_db_up_allowed=no ; when set does allow DB Updates over DLNB, otherwise DB updates prohibited this way
      25. sat_group=0 ; satellite group from 0 to 3 to address up to 16 satellites
      26. sat_single_band=no ; if no=>standard quattro or wide band LNB, if yes, 4 independant satellites
      28. [ODU_MASK]
      29. default=0 ; give a range or explicit values for alignment, fixed channel stacking mode
      30. 50494=1-8 ; give a range of user bands to be accessible for the 494 standard
      31. 50607=1-32 ; provide a range of user bands to be accessible for the 607 standard
      33. [ODU_BAND]
      34. map=1,3,4,5,1,3,4,5 ; map all the inputs to each of the ports
      36. [ODU_UB_CSS] ; provide the list of user bands for fixed stacking, 50494, 50607 stacking mode
      37. UB1 =984,4,60,37,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      38. UB2 =1020,2,60,18,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      39. UB3 =1056,4,60,251,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      40. UB4 =1092,2,60,131,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      41. UB5 =1128,4,60,48,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      42. UB6 =1164,2,60,23,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      43. UB7 =1200,4,60,88,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      44. UB8 =1236,2,60,204,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      45. UB9 =1272,4,60,194,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      46. UB10=1308,2,60,89,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      47. UB11=1344,4,60,157,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      48. UB12=1380,2,60,136,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      49. UB13=1416,4,60,13,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      50. UB14=1452,2,60,91,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      51. UB15=1488,4,60,23,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      52. UB16=1524,2,60,179,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      53. UB17=1560,4,60,235,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      54. UB18=1596,2,60,97,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      55. UB19=1632,4,60,101,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      56. UB20=1668,2,60,198,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      57. UB21=1704,4,60,223,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      58. UB22=1740,2,60,7,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      59. UB23=1776,4,60,39,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      60. UB24=1812,2,60,43,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      61. UB25=1848,4,60,209,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      62. UB26=1884,2,60,38,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      63. UB27=1920,4,60,133,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      64. UB28=1956,2,60,57,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      65. UB29=1992,4,60,182,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      66. UB30=2028,2,60,189,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      67. UB31=2064,4,60,213,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      68. UB32=2100,2,60,67,0 ; freq(MHz), group(2, 4 or 6), bw(1 to 64 MHz), pin(dec), agc boost(-8192=-4dB, 0=0dB, 8192=+4dB)
      70. [ODU_UB_ALIGN] ; provide the list of user bands for alignment
      72. [ODU_FIXED_FREQ]
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