Murata Electronics North America HN1010 Manual Do Utilizador
Configuring the Network
M-2410-0010, Rev. -
HopNet Family of Products
33
Set Maximum Number of Remotes (base only)
This parameter limits the number of remotes that can register with a given base. The
default is 62 remotes which is the maximum number of remotes that can be registered
with a base at one time. This command is useful when used in conjunction with
global roaming for load balancing when base stations are collocated. It is also useful
to assure a minimum remote throughput.
default is 62 remotes which is the maximum number of remotes that can be registered
with a base at one time. This command is useful when used in conjunction with
global roaming for load balancing when base stations are collocated. It is also useful
to assure a minimum remote throughput.
Set Packet Attempts Limit
If ARQ Mode is set to 0, sets the number of times the radio will attempt to send an
unsuccessful transmission before discarding it. If ARQ Mode is set to 1, it is the
number of times every transmission will be sent, regardless of success or failure of a
given attempt. When this parameter is set to FFH, RF flow control mode is entered
for transmissions from the radio (See Section 2.3.4). This mode can be entered for
one or both radios in a point-to-point system. Using this mode in a point-to-multipoint
system will stop transmissions to all radios when any one radio has a full buffer.
unsuccessful transmission before discarding it. If ARQ Mode is set to 1, it is the
number of times every transmission will be sent, regardless of success or failure of a
given attempt. When this parameter is set to FFH, RF flow control mode is entered
for transmissions from the radio (See Section 2.3.4). This mode can be entered for
one or both radios in a point-to-point system. Using this mode in a point-to-multipoint
system will stop transmissions to all radios when any one radio has a full buffer.
Set Data Transmit Delay
When used in conjunction with the minimum data length parameter, this sets the
amount of time from the receipt of a first byte of data from the host until the radio
will transmit in transparent mode. Default is 00H which causes transmission to occur
without any delay. When a host is sending a group of data that needs to be sent
together, setting this parameter will provide time for the group of data to be sent by
the host before the radio transmits. If the 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.
amount of time from the receipt of a first byte of data from the host until the radio
will transmit in transparent mode. Default is 00H which causes transmission to occur
without any delay. When a host is sending a group of data that needs to be sent
together, setting this parameter will provide time for the group of data to be sent by
the host before the radio transmits. If the 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.
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.