Europalab Devices produces a LoRaWAN transmitting client node, specialised for higher research of actuator and sensor assisted IoT networks. https://dev.europalab.com/nlnet/20200000/
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  1. ########################################################################
  2. # EEPROM settings text file
  3. #
  4. # Edit this file for your particular board and run through eepmake tool,
  5. # then use eepflash tool to write to attached HAT ID EEPROM
  6. #
  7. # Tools available:
  8. # eepmake Parses EEPROM text file and creates binary .eep file
  9. # eepdump Dumps a binary .eep file as human readable text (for debug)
  10. # eepflash Write or read .eep binary image to/from HAT EEPROM
  11. #
  12. ########################################################################
  13. ########################################################################
  14. # Vendor info
  15. # 128 bit UUID. If left at zero eepmake tool will auto-generate
  16. # RFC 4122 compliant UUID
  17. product_uuid c6dfc066-e0ea-4e2c-b327-5ea7d24420b2
  18. # 16 bit product id
  19. product_id 0x0001
  20. # 16 bit product version
  21. product_ver 0x0002
  22. # ASCII vendor string (max 255 characters)
  23. vendor "Europalab Devices ApS"
  24. # ASCII product string (max 255 characters)
  25. product "Sendcomm EDU"
  26. # Custom binary data
  27. custom_data
  28. baadc0ffee
  29. end
  30. ########################################################################
  31. # GPIO bank settings, set to nonzero to change from the default.
  32. # NOTE these setting can only be set per BANK, uncommenting any of
  33. # these will force the bank to use the custom setting.
  34. # drive strength, 0=default, 1-8=2,4,6,8,10,12,14,16mA, 9-15=reserved
  35. gpio_drive 0
  36. # 0=default, 1=slew rate limiting, 2=no slew limiting, 3=reserved
  37. gpio_slew 0
  38. # 0=default, 1=hysteresis disabled, 2=hysteresis enabled, 3=reserved
  39. gpio_hysteresis 0
  40. # If board back-powers Pi via 5V GPIO header pins:
  41. # 0 = board does not back-power
  42. # 1 = board back-powers and can supply the Pi with a minimum of 1.3A
  43. # 2 = board back-powers and can supply the Pi with a minimum of 2A
  44. # 3 = reserved
  45. # If back_power=2 then USB high current mode will be automatically
  46. # enabled on the Pi
  47. back_power 0
  48. ########################################################################
  49. # GPIO pins, uncomment for GPIOs used on board
  50. # Options for FUNCTION: INPUT, OUTPUT, ALT0-ALT5
  51. # Options for PULL: DEFAULT, UP, DOWN, NONE
  52. # NB GPIO0 and GPIO1 are reserved for ID EEPROM so cannot be set
  53. # GPIO FUNCTION PULL
  54. # ---- -------- ----
  55. #setgpio 2 INPUT DEFAULT
  56. #setgpio 3 INPUT DEFAULT
  57. #setgpio 4 INPUT DEFAULT
  58. #setgpio 5 INPUT DEFAULT
  59. #setgpio 6 INPUT DEFAULT
  60. #setgpio 7 INPUT DEFAULT
  61. #setgpio 8 INPUT DEFAULT
  62. #setgpio 9 INPUT DEFAULT
  63. #setgpio 10 INPUT DEFAULT
  64. #setgpio 11 INPUT DEFAULT
  65. #setgpio 12 INPUT DEFAULT
  66. #setgpio 13 INPUT DEFAULT
  67. #setgpio 14 INPUT DEFAULT
  68. #setgpio 15 INPUT DEFAULT
  69. #setgpio 16 INPUT DEFAULT
  70. #setgpio 17 INPUT DEFAULT
  71. #setgpio 18 INPUT DEFAULT
  72. #setgpio 19 INPUT DEFAULT
  73. #setgpio 20 INPUT DEFAULT
  74. #setgpio 21 INPUT DEFAULT
  75. #setgpio 22 INPUT DEFAULT
  76. #setgpio 23 INPUT DEFAULT
  77. #setgpio 24 INPUT DEFAULT
  78. #setgpio 25 INPUT DEFAULT
  79. #setgpio 26 INPUT DEFAULT
  80. #setgpio 26 OUTPUT NONE # Doesnt work default high
  81. setgpio 26 INPUT UP # Sendcomm SAMR34 reset (B6)
  82. #setgpio 27 INPUT DEFAULT