BigW Consortium Gitlab

Commit f6254c83 by David Frey

Update IoT card eeprom contents

The IoT card eeprom input YAML files have been updated based on review feedback. * number the GPIOs from 1-4 instead of 0-3 * unused GPIOs are configured as input with pull-up instead of input floating * vendor name changed to "Talon Communications" * serial numbers have been set to an empty string * miscellaneous corrections to properties such as card height
parent 4c174b2e
......@@ -20,7 +20,7 @@ content:
size: 32
fill: 0x00
content:
- Sierra Wireless
- Talon Communications
# product name
-
size: 32
......@@ -35,12 +35,14 @@ content:
-
size: 32
fill: 0x00
# The serial number has been left empty. This field should be filled in differently on each
# unit. How this is achieved will depend on the EEPROM programming method that is chosen.
content:
- "CAN-000000"
- ""
# environmental class
- 0x41 # 'A' TODO: is this correct?
- 0x41 # 'A'
# power category
- 1 # TODO: is this correct?
- 1
# height category
- 1
# eeprom write protect
......@@ -51,22 +53,22 @@ content:
content:
# type - gpio
- 0
# GPIO 0 (INT_n) - input with pull-up
# GPIO 1 (INT_n) - input with pull-up
- 0x01
# GPIO 1 (Output Enable) - output high
# GPIO 2 (Output Enable) - output high
- 0x05
# GPIO 2 (RX0BF_n) - input floating
- 0x03
# GPIO 3 (RX1BF_n) - input floating
- 0x03
# GPIO 3 (RX0BF_n) - input with pull-up
- 0x01
# GPIO 4 (RX1BF_n) - input with pull-up
- 0x01
# spi interface descriptor
-
size: 64
content:
# type - spi
- 2
# interrupt gpio - use GPIO0 as interrupt
- 0x00
# interrupt gpio - use GPIO1 as interrupt
- 0x01
# kernel module alias
-
size: 32
......
......@@ -20,7 +20,7 @@ content:
size: 32
fill: 0x00
content:
- Sierra Wireless
- Talon Communications
# product name
-
size: 32
......@@ -35,14 +35,16 @@ content:
-
size: 32
fill: 0x00
# The serial number has been left empty. This field should be filled in differently on each
# unit. How this is achieved will depend on the EEPROM programming method that is chosen.
content:
- "ENET-000000"
- ""
# environmental class
- 0x41 # 'A' TODO: is this correct?
- 0x41 # 'A'
# power category
- 1 # TODO: is this correct?
# height category
- 1
# height category
- 2
# eeprom write protect
- 1
# usb interface descriptor
......
......@@ -20,7 +20,7 @@ content:
size: 32
fill: 0x00
content:
- Sierra Wireless
- Talon Communications
# product name
-
size: 32
......@@ -35,14 +35,16 @@ content:
-
size: 32
fill: 0x00
# The serial number has been left empty. This field should be filled in differently on each
# unit. How this is achieved will depend on the EEPROM programming method that is chosen.
content:
- "ENET-000000"
- ""
# environmental class
- 0x41 # 'A' TODO: is this correct?
- 0x41 # 'A'
# power category
- 2 # TODO: is this correct?
- 2
# height category
- 1
- 2
# eeprom write protect
- 1
# gpio interface descriptor
......@@ -51,14 +53,14 @@ content:
content:
# type - gpio
- 0
# GPIO 0 (I2C_HUB_PROG_EN) - output low
# GPIO 1 (I2C_HUB_PROG_EN) - output low
- 0x04
# GPIO 1 (UNUSED) - input floating
- 0x03
# GPIO 2 (UNUSED) - input floating
- 0x03
# GPIO 3 (UNUSED) - input floating
- 0x03
# GPIO 2 (UNUSED) - input with pull-up
- 0x01
# GPIO 3 (UNUSED) - input with pull-up
- 0x01
# GPIO 4 (UNUSED) - input with pull-up
- 0x01
# usb interface descriptor
-
size: 64
......
......@@ -20,7 +20,7 @@ content:
size: 32
fill: 0x00
content:
- Sierra Wireless
- Talon Communications
# product name
-
size: 32
......@@ -35,12 +35,14 @@ content:
-
size: 32
fill: 0x00
# The serial number has been left empty. This field should be filled in differently on each
# unit. How this is achieved will depend on the EEPROM programming method that is chosen.
content:
- "WIFIBT-000000"
- ""
# environmental class
- 0x41 # 'A' TODO: is this correct?
- 0x41 # 'A'
# power category
- 2 # TODO: is this correct?
- 2
# height category
- 1
# eeprom write protect
......@@ -51,13 +53,13 @@ content:
content:
# type - gpio
- 0
# GPIO 0 (WL_IRQ_N) - input floating
# GPIO 1 (WL_IRQ_N) - input floating
- 0x03
# GPIO 1 (UNUSED) - input floating
- 0x03
# GPIO 2 (BT_EN) - output high
# GPIO 2 (UNUSED) - input with pull-up
- 0x01
# GPIO 3 (BT_EN) - output high
- 0x05
# GPIO 3 (WLAN_EN) - output high
# GPIO 4 (WLAN_EN) - output high
- 0x05
# sdio interface descriptor
-
......
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