186
C
HAPTER
7: F
AST
IP
FastIP and the
Switch Database
By default, the Switch Database of a Switch is divided by VLAN — each
VLAN has an independent area of the database. With this system, the
Switch Database can store an entry for a device in several VLANs at the
same time, and the entry for a particular VLAN can be stored against
different ports. As an example,
Figure 42
illustrates the Switch Database
storing an entry for endstation A in VLANs 1, 2 and 3, and the entries are
all stored against port 1.
Figure 42
Entry stored in multiple VLANs
Figure 43
illustrates the Switch Database storing an entry for endstation
A in VLANs 1, 2 and 3 — here, the VLAN 1 entry is in port 1, the VLAN 2
entry is in port 2, and the VLAN 3 entry is in port 3.
Figure 43
Entry stored in multiple VLANs, each entry in a different port
Содержание SuperStack II
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Страница 154: ...154 CHAPTER 4 WORKING WITH THE COMMAND LINE INTERFACE ...
Страница 156: ......
Страница 162: ...162 CHAPTER 5 PORT TRUNKS ...
Страница 169: ...VLANs and Your Switch 169 Figure 32 Forwarding unknown 802 1Q tags ...
Страница 173: ...VLAN Configuration for Beginners 173 Figure 34 Simple example Untagged connections using hubs ...
Страница 180: ...180 CHAPTER 6 VIRTUAL LANS VLANS ...
Страница 184: ...184 CHAPTER 7 FASTIP Figure 38 Network without FastIP Figure 39 Endstation A sends an NHRP packet to endstation B ...
Страница 188: ...188 CHAPTER 7 FASTIP ...
Страница 200: ...200 CHAPTER 9 SPANNING TREE PROTOCOL Figure 49 STP configurations ...
Страница 210: ...210 CHAPTER 10 RMON ...
Страница 211: ...IV PROBLEM SOLVING Chapter 11 Problem Solving ...
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Страница 224: ...224 CHAPTER 11 PROBLEM SOLVING ...
Страница 225: ...V APPENDICES AND INDEX Chapter A Serial Web Utility Chapter B Management Software Upgrade Utility ...
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