454
PowerConnect B-Series FCX Configuration Guide
53-1002266-01
Configuring IP subnet, IPX network, and protocol-based VLANs within port-based VLANs
13
PowerConnect(config-ipx-proto)# atalk-proto name Red
PowerConnect(config-atalk-proto)# no dynamic
PowerConnect(config-atalk-proto)# static ethernet 13 to 25
PowerConnect(config-atalk-proto)# end
PowerConnect# write memory
PowerConnect#
Syntax: ip-subnet
<ip-addr>
<ip-mask>
[name
<string>
]
Syntax: ipx-network
<ipx-network-number>
<frame-encapsulation-type>
netbios-allow |
netbios-disallow
[name
<string>
]
Syntax: ip-proto | ipx-proto | atalk-proto | decnet-proto | netbios-proto | other-proto static |
exclude | dynamic ethernet [
<slotnum>
/]
<portnum>
[to [
<slotnum>
/]
<portnum>
] [name
<string>
]
Configuring IP subnet, IPX network, and protocol-based
VLANs within port-based VLANs
If you plan to use port-based VLANs in conjunction with protocol-based VLANs, you must create the
port-based VLANs first. Once you create a port-based VLAN, then you can assign Layer 3 protocol
VLANs within the boundaries of the port-based VLAN. Generally, you create port-based VLANs to
allow multiple separate STP domains.
Example
Suppose you need to provide three separate STP domains across an enterprise campus backbone.
The first STP domain (VLAN 2) requires a set of ports at each Layer 2 Switch location to be statically
mapped to IP only. No other protocols can enter the switches on this set of ports.
A second set of ports within STP domain VLAN 2 will be restricted to only IPX traffic. The IP and IPX
protocol VLANs will overlap on Port 1 of device-A to support both protocols on the same router
interface. The IP subnets and IPX network that span the two protocol VLANs will be determined by
the PowerConnect router configuration. The IP and IPX Protocol VLANs ensure that only the ports
included in the each Layer 3 protocol VLAN will see traffic from the PowerConnect router.
The second STP domain (VLAN 3) requires that half the ports in the domain are dedicated to IP
subnet 1.1.1.0/24 and the other ports are dedicated to IPX network 1. Similar to VLAN 2, Port 9
from VLAN 3 will be used to carry this IP subnet and IPX network to the PowerConnect router. No
other protocols will be allowed to enter the network on VLAN 3. Also, no IP packets with a source
address on subnet 1.1.1.0/24 or IPX packets with a source address on network 1 will be allowed to
enter the switches on VLAN 3.
There is no need to segment Layer 3 broadcast domains within the STP broadcast domain (VLAN
4). The PowerConnect router will dictate the IP subnets and IPX network that are on VLAN 4. There
are no Layer 3 protocol restrictions on VLAN 4; however, the PowerConnect router is configured to
only forward IP and IPX between STP domains.
Содержание PowerConnect B-FCXs
Страница 1: ...53 1002266 01 18 March 2011 PowerConnect B Series FCX Configuration Guide ...
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Страница 228: ...186 PowerConnect B Series FCX Configuration Guide 53 1002266 01 PowerConnect B Series FCX hitless stacking 5 ...
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Страница 230: ...188 PowerConnect B Series FCX Configuration Guide 53 1002266 01 PowerConnect B Series FCX hitless stacking 5 ...
Страница 248: ...206 PowerConnect B Series FCX Configuration Guide 53 1002266 01 IPv6 management commands 7 ...
Страница 346: ...304 PowerConnect B Series FCX Configuration Guide 53 1002266 01 802 1s Multiple Spanning Tree Protocol 8 ...
Страница 374: ...332 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Jumbo frame support 9 ...
Страница 424: ...382 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Virtual Switch Redundancy Protocol VSRP 10 ...
Страница 568: ...526 PowerConnect B Series FCX Configuration Guide 53 1002266 01 CLI examples 14 ...
Страница 588: ...546 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Sample application 15 ...
Страница 674: ...632 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Enabling or disabling layer 2 switching 19 ...
Страница 684: ...642 PowerConnect B Series FCX Configuration Guide 53 1002266 01 VLAN based mirroring 20 ...
Страница 724: ...682 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Reading CDP packets 23 ...
Страница 768: ...726 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Clearing cached LLDP neighbor information 24 ...
Страница 930: ...888 PowerConnect B Series FCX Configuration Guide 53 1002266 01 26 ...
Страница 948: ...906 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Configuring MLD snooping 27 ...
Страница 962: ...920 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Displaying CPU utilization statistics 28 ...
Страница 1022: ...980 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Displaying OSPF information 29 ...
Страница 1142: ...1100 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Clearing diagnostic buffers 30 ...
Страница 1258: ...1216 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Using Secure copy with SSH2 33 ...
Страница 1314: ...1272 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Displaying port security information 35 ...
Страница 1348: ...1306 PowerConnect B Series FCX Configuration Guide 53 1002266 01 Example configurations 36 ...
Страница 1406: ...1364 PowerConnect B Series FCX Configuration Guide 53 1002266 01 IP source guard 39 ...
Страница 1422: ...1380 PowerConnect B Series FCX Configuration Guide 53 1002266 01 SNMP v3 Configuration examples 40 ...