0x00000008 - WPA2PSK authentication, allows connection to a WLAN with WPA2 PSK
authentication
AdHoc_EncryptionMode
- this parameter selects the Ad Hoc encryption mode as
follows:
0x00000001 - allows connection to a WLAN only with WEP encryption
0x00000004 - allows connection to a WLAN only with TKIP encryption, either unicast or group;
it connects if either unicast cipher or group cipher is TKIP
0x00000020 - allows connection to a WLAN only with CCMP encryption, either unicast or group;
it connects if either unicast cipher or group cipher is CCMP
0x00000080 - allows connection to a WLAN only with no encryption
0x000000A5 - allows connection to a WLAN with any of the above modes
Note that encryption mode 0x000000A5 is derived from logically ORing the values of the four encryption
modes above it. Any combination of ORed encryption modes are allowed.
AdHoc_PskPassphrase
- this parameter holds the PSK passphrase for Ad Hoc operation.
AdHoc_PskKey
- this parameter holds the PSK key for Ad Hoc operation.
AdHoc_WepKeyId
- this parameter is holds WEP key ID for Ad Hoc operation. The range of this parame-
ter is 0 to 3.
AdHoc_WepKeyLength
- this parameter sets the WEP key length for Ad Hoc operation. The range of this
parameter is 0x00000005 to 0x0000000D (5 to 13).
AdHoc_WepKeyValue
- this parameter holds the WEP key ASCII string for Ad Hoc operation, 5 to 13
bytes. The number of bytes must match the
AdHoc_WepKeyLength
value.
Bank 5 - Module Node Options
Bank
Location
Name
R/W
Size, bytes
Range
Default
5
1
PsPollTimer
R/W
8
ASCII String
“0000007800000000” (60 s)
5
4
RestoreFactoryCfg
W
4
0..1
N/A
5
6
RebootNode
W
4
0..1
N/A
5
10
BatteryReadFreq
R/W
4
0..1023
0x01000000 (reads on each TX)
5
12
BatteryWarning-
LevelInMVolt
R/W
4
0..1023
0xFC080000 (2300 mV)
5
13
BatteryStandby-
LevelInMVolt
R/W
4
0..1023
0xF6090000 (2550 mV)
5
14
BatteryRFirstBoot-
StandbyLevel-
InMVolt
R/W
4
0..1023
0xFC080000 (2550 mV)
5
16
DisableStdBy
W
4
0..2
N/A
5
17
SystemTime
R/W
8
ASCII String
N/A
Table 4.14.5
PsPollTimer
- this parameter sets the interval that the module polls the access point to send any data the
access point is holding for it. Parameter scaling is in microcontroller clock cycles of 0.029802322 µs. This
parameter is a 64-bit number formatted as an ASCII string of the equivalent hexadecimal value.
©2009-2015 by Murata Electronics N.A., Inc.
HN-210D/X, HN-214 D/X Rev. 2.0 01-16-15
Page 33 of 101
www.murata.com
