Справочник Пользователя для AeroComm Corporation 4424200
3/23/2006
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5.2 S
OFTWARE
P
ARAMETERS
Below is a description of all software parameters used to control the LT4424.
5.2.1 RF Architecture (Server-Client/Peer-to-Peer)
The Server controls the system timing by sending out regular beacons (transparent to the transceiver
Host), which contain system timing information. This timing information synchronizes the Client radios
to the Server.
Host), which contain system timing information. This timing information synchronizes the Client radios
to the Server.
Each network should consist of only one Server. There should never be two Servers on the same RF
Channel Number in the same coverage area, as the interference between the two Servers will severely
hinder RF communications.
Channel Number in the same coverage area, as the interference between the two Servers will severely
hinder RF communications.
In Server-Client architecture, the Server communicates with the Clients and the Clients only
communicate with the Server. Enabling Peer-to-Peer Mode will allow all radios on the network to
communicate with each other. Note: All transceivers on the same network must have the same
setting for Peer-to-Peer and there must still be one, and only one, Server present in a Peer-to-Peer
network.
communicate with the Server. Enabling Peer-to-Peer Mode will allow all radios on the network to
communicate with each other. Note: All transceivers on the same network must have the same
setting for Peer-to-Peer and there must still be one, and only one, Server present in a Peer-to-Peer
network.
5.2.2 RF Mode
Acknowledge Mode
In Addressed Acknowledge Mode, the RF packet is sent out to the receiver designated by the
Destination Address. Transmit Retries is used to increase the odds of successful delivery to the
intended receiver. Transparent to the OEM Host, the sending transceiver will send the RF packet to
the intended receiver. If the receiver receives the packet free of errors, it will tell the sender. If the
sender does not receive this acknowledge, it will assume the packet was never received and retry the
packet. This will go on until the packet is successfully received or the transmitter exhausts all of its
retries. The received packet will only be sent to the OEM Host if and when it is received free of errors.
Destination Address. Transmit Retries is used to increase the odds of successful delivery to the
intended receiver. Transparent to the OEM Host, the sending transceiver will send the RF packet to
the intended receiver. If the receiver receives the packet free of errors, it will tell the sender. If the
sender does not receive this acknowledge, it will assume the packet was never received and retry the
packet. This will go on until the packet is successfully received or the transmitter exhausts all of its
retries. The received packet will only be sent to the OEM Host if and when it is received free of errors.
In Broadcast Acknowledge Mode, the RF packet is broadcast out to all eligible receivers on the
network. In order to increase the odds of successful delivery, Broadcast Attempts are used to increase
the odds of successful delivery to the intended receiver(s). Transparent to the OEM Host, the sending
transceiver will send the RF packet to the intended receiver. If the receiver detects a packet error, it will
throw out the packet. This will go on until the packet is successfully received or the transmitter
exhausts all of its attempts. Once the receiver successfully receives the packet it will send the packet
to the OEM Host. It will throw out any duplicates caused by further Broadcast Attempts. The received
packet will only be sent to the OEM Host if it is received free of errors.
network. In order to increase the odds of successful delivery, Broadcast Attempts are used to increase
the odds of successful delivery to the intended receiver(s). Transparent to the OEM Host, the sending
transceiver will send the RF packet to the intended receiver. If the receiver detects a packet error, it will
throw out the packet. This will go on until the packet is successfully received or the transmitter
exhausts all of its attempts. Once the receiver successfully receives the packet it will send the packet
to the OEM Host. It will throw out any duplicates caused by further Broadcast Attempts. The received
packet will only be sent to the OEM Host if it is received free of errors.