Infinet Wireless: Technical Documentation
Page tree
Skip to end of metadata
Go to start of metadata

You are viewing an old version of this page. View the current version.

Compare with Current View Page History

« Previous Version 6 Next »

The switch page allows you to configure the ports of the unit and the switching related features. 

Figure- InfiLINK XG block diagram

NOTE

 Please make the distinction between the internal "RADIO" port of the Ethernet switch used for the data path separation and the external "RADIO" port of the unit.

The following 5 ports are available at InfiLINK XG:

  • "GE0" and "GE1" ports - external copper Gigabit Ethernet ports 1000BASE-T (IEEE 802.1ab)
  • "SFP" port - external optical Gigabit port for plugging of the optical SFP transceiver module
  • "RADIO" port - internal radio interface of the device
  • "MGMT" port - internal interface for the device management.

The switch page has four sections:

  • "Switch Port Settings"
  • "Port Interconnection Schema" 
  • "Connectivity matrix"
  • "VLAN-based Switching"

Figure - Switch section
  • "Switch Port Settings" - allows you to perform general port configuration

Figure - Switch Port Settings

The following port parameters can be customized:

ParameterDescription
Up
  • You can enable or disable the port status
Egress Rate Limit
  • You can set the limit (traffic shaper) on the selected port, for outgoing traffic, in Mbps, from 1 to 100 in increments of 1, from 100 to 1000 in increments of 10, or to set it unlimited
QoS mode
  • You can select the traffic shaper policy for the port, WRR is selected by default
    • “Weighted Round Robin” - weights are used for every queue of an interface, which allows different queues to have different service shares depending on the weight value
    •  “Strict” - packets within lower priority queue are not processed if the higher priority queue is not empty
Port Mode
  • You can select the physical port operational mode from:
    • auto: the speed and operational mode of the port will be negotiated between the 2 end points
    • 10BaseT-halfduplex;10BaseT-halfduplexmanual; 10BaseT-fullduplex;10BaseT-fullduplex-manual
    • 100BaseTX-halfduplex; 100BaseTX-halfduplex-manual; 100BaseTX-fullduplex; 100BaseTX-fullduplex-manual
    • 1000BaseTX-fullduplex;1000BaseTX-fullduplex-manual
Transparent Clock
  • You can enable or disable synchronization clock in accordance with Precision Time Protocol (IEEE 1588)
Table - Port parameters

NOTE

 Manual settings for the "Port Mode" will disable the negotiation and detection for speed and duplex. Use them in case that the interconnected 3rd party switches have fixed speed and duplex settings.

  • "Port Interconnection Schema" allows you to select the switch operation mode:
    • "Isolated" - All traffic switching is allowed ONLY between external (ge0, ge1, sfp) and internal ports (mgmt, radio). Thus, direct switching between external ports is forbidden (for example, between "ge0" and "ge1")
    • "Transparent" - packet switching is allowed between external and internal ports

Figure - Port Interconnection Schema
  • The "Connectivity matrix" allows you to enable or disable switching between internal and external ports of the switch. 

Figure - Connectivity matrix

For example, it is quite easy to disable management of the unit via wireless link just by disabling check box between “mgmt” and “radio” ports. Example shown below

Figure - Connectivity matrix section example
  • "VLAN-based Switching" allows to create list of allowed VLANs and their handling on InfiLINK XG switch plane. Without such option active, wireless link works as transparent Layer 2 bridge. Thus, the link transport any frames with any VLAN tags set.

Figure - VLAN-based Switching

The "Priority" field allows you to set the priority for the selected VLAN according to 802.1p ranging from 0 to 7, where 0 - the lowest priority level, 7 - the highest.

  • No labels