EasyManua.ls Logo

Murata WIT2420 - Page 26

Murata WIT2420
37 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
Murata Electronics Corporation 23 6/2/2021
length of data to be sent together is longer than the time slot can send, the data will not be
sent together but will be broken up over multiple hops. The length of time the radio will wait
is equal to the specified value times the hop duration.
Set Slot Assignment Mode (base station only)
Sets whether the base station will assign remote transmit slots dynamically, based on the
number of remotes currently registered or whether the base station will assign remote
transmit slots staticly, based on the maximum number of remotes parameter. If static slot
assignment is selected, make sure maximum number of remotes is correctly set. Otherwise
remote transmit performance will suffer as transmit time will be reserved for remotes that
may not exist. The dynamic assignment mode will generally be preferred; however, the static
assignment mode will result in a static maximum data length parameter.
Set Base Slot Size (base station only)
Sets the amount of time allocated for transmission on each hop for the base station time slot
in 69.4µs increments, corresponding to 4 bytes per unit. Maximum value is 35H which
corresponds to 212 bytes. If using a protocol mode, attempting to send a packet with a length
longer than this setting will cause the packet to be discarded.
Set ARQ Mode
Sets ARQ mode when set to 0 which is the default. In this mode the radio will resend an
unsuccessful transmission until either successful or packet attempt limit attempts have been
made. When set to 1 selects redundant transmit mode that will send every transmission
packet attempt limit times regardless of success or failure of any given attempt. When
redundant transmit mode is used, receiving radios will discard all subsequent retransmissions
once the transmission has been successfully received. Thus the receiving host will receive
just one copy of the transmission.