Redline Communications Inc. AN100UA 用户手册
Red
MAX
™
Base Station
User Manual
Doc. #70-00058-01-01
Proprietary Redline Communications © 2007
July 13, 2007
Page 88 of 119
Chapter
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6.1 Self-Provisioning
Features
6.1.1 Default
Service
Flows
The base station automatically creates one default uplink and downlink service flow for
each registered subscriber. The default service flows pass initial traffic (i.e., DHCP
Discovery or PPPoE Initiation) from hosts connected to subscriber. The default service
flows have the lowest QoS settings and the associated classifiers have the lowest priority.
The sector-wide bandwidth is limited to 64 Kbps downlink and 8 Kbps uplink. Traffic
statistics are reported aggregate with all other service flows. The default service flows
and classifiers must be included when calculating the total service flows and classifiers
for a sector.
each registered subscriber. The default service flows pass initial traffic (i.e., DHCP
Discovery or PPPoE Initiation) from hosts connected to subscriber. The default service
flows have the lowest QoS settings and the associated classifiers have the lowest priority.
The sector-wide bandwidth is limited to 64 Kbps downlink and 8 Kbps uplink. Traffic
statistics are reported aggregate with all other service flows. The default service flows
and classifiers must be included when calculating the total service flows and classifiers
for a sector.
6.1.2 Pass-All
Classifier
The 802.3 classifier can be configured to allow unfiltered Ethernet traffic in the direction
of the associated service flow.. Configure a classifier to 'pass-all' by setting the MAC
address to zero. For example,
of the associated service flow.. Configure a classifier to 'pass-all' by setting the MAC
address to zero. For example,
SrcMacAddr:
00:00:00:00:00:00
.
DestMacAddr:
00:00:00:00:00:00
.
Note: Only one subscriber in a sector may have a downlink service flow classifier
configured as 'pass-all'. All uplink traffic is subject to filtering by Automatic UL filtering
and the host Learning feature (if enabled).
configured as 'pass-all'. All uplink traffic is subject to filtering by Automatic UL filtering
and the host Learning feature (if enabled).
6.1.3 Automatic UL Filtering
The Automatic Uplink filter implemented at the subscriber emulates bridge functionality
to prevent local traffic from being transmitted upstream over the wireless interface.
to prevent local traffic from being transmitted upstream over the wireless interface.
6.1.4 Host
Learning
The MAC learning feature allows the base station to automatically learn the MAC
addresses of up to sixteen hosts (devices) on the Ethernet segment connected to a
subscriber. The learning feature can be enabled individually for any subscriber and the
number of learned hosts can be adjusted dynamically.
The subscriber learns MAC addresses on a first-come basis. The subscriber does not age
the learned MAC addresses -- table is re-learned only when the subscriber is rebooted.
Note: Enabling host learning affects the function of downlink 802.3 classifiers (see
Generic 802.3 DL Classifiers following). No other classifiers are affected.
addresses of up to sixteen hosts (devices) on the Ethernet segment connected to a
subscriber. The learning feature can be enabled individually for any subscriber and the
number of learned hosts can be adjusted dynamically.
The subscriber learns MAC addresses on a first-come basis. The subscriber does not age
the learned MAC addresses -- table is re-learned only when the subscriber is rebooted.
Note: Enabling host learning affects the function of downlink 802.3 classifiers (see
Generic 802.3 DL Classifiers following). No other classifiers are affected.