Murata Electronics North America 2410P Manual Do Utilizador
WIT2410P
© 2000- 2008 Cirronet™ Inc
27
M-2410P-0000 Rev G2
should be set to 0, for FCC-compliant operation in the US (this is the default). For
Canadian operation, set this parameter to 4.
Additional 25 channel bands have been provided to avoid hopping through the various
802.11b channels. If the WIT2410 is to be used in close proximity to 802.11b networks,
these alternative hopsets can be used to avoid interfering with the 802.11b networks.
Set Hop Duration
Canadian operation, set this parameter to 4.
Additional 25 channel bands have been provided to avoid hopping through the various
802.11b channels. If the WIT2410 is to be used in close proximity to 802.11b networks,
these alternative hopsets can be used to avoid interfering with the 802.11b networks.
Set Hop Duration
Sets the length of time the transceiver spends on each frequency channel. A smaller
value will allow the remote to lock on to the base signal faster at system startup, and will
generally decrease packet latency. A larger value increases network capacity, due to
decreased overhead in channel switching. The hop duration is specified in 69.4µs
increments. The default value of
value will allow the remote to lock on to the base signal faster at system startup, and will
generally decrease packet latency. A larger value increases network capacity, due to
decreased overhead in channel switching. The hop duration is specified in 69.4µs
increments. The default value of
90H
corresponds to a duration of 10ms. The maximum
value of
FEH
is 17.627ms. For best results, do not specify a duration of less than 3 ms.
This value only needs to be set in the base which broadcasts the parameter to all remotes.
However, link time can be reduced if this value is also programmed into the remotes,
which use it as a starting value when scanning for the base.
Set Minimum Data Length
However, link time can be reduced if this value is also programmed into the remotes,
which use it as a starting value when scanning for the base.
Set Minimum Data Length
This sets the minimum threshold number of bytes required to form a packet in transparent
mode. The radio will wait until the data transmit delay elapses before sending a data
packet with less than this number of bytes. Can be used to keep short, intermittent
transmissions contiguous. In packet modes, the length parameter in the data packet will
override this value (See Section 3.1). This value is subject to the maximum data length
even in packet mode. See Get Maximum Data Length below.
Get Maximum Data Length (remote only, read only)
mode. The radio will wait until the data transmit delay elapses before sending a data
packet with less than this number of bytes. Can be used to keep short, intermittent
transmissions contiguous. In packet modes, the length parameter in the data packet will
override this value (See Section 3.1). This value is subject to the maximum data length
even in packet mode. See Get Maximum Data Length below.
Get Maximum Data Length (remote only, read only)
This parameter indicates the largest number of bytes that a remote will transmit per hop,
based on the size of the slot it has been allocated by the base. In general more remotes
mean less data can be transmitted per remote. By reading this parameter and dividing by
the hop duration, the remote's data rate capacity can be determined. Attempting to send
protocol mode packets longer than maximum data length will result in the packet being
discarded without being sent. See Section 2.3.3 on the tradeoffs between hop duration
and data length.
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.
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
based on the size of the slot it has been allocated by the base. In general more remotes
mean less data can be transmitted per remote. By reading this parameter and dividing by
the hop duration, the remote's data rate capacity can be determined. Attempting to send
protocol mode packets longer than maximum data length will result in the packet being
discarded without being sent. See Section 2.3.3 on the tradeoffs between hop duration
and data length.
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.
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