Table 6-1 Protocol ACL Numbers
Protocol Range
IP 1??“99
Extended IP 100??“199
Ethernet type code 200??“299
Ethernet address 700??“799
Transparent bridging (protocol type) 200??“299
Transparent bridging (vendor code) 700??“799
Extended transparent bridging 1100??“1199
DECnet and extended DECnet 300??“399
XNS1 400??“499
Extended XNS 500??“599
AppleTalk 600??“699
Source-route bridging (protocol type) 200??“299
Source-route bridging (vendor code) 700??“799
IPX2 800??“899
Extended IPX 900??“999
IPX SAP3 1000??“1099
Standard Banyan VINES4 1??“100
Extended Banyan VINES 101??“200
Simple Banyan VINES 201??“300
Standard IP (expanded) 1300??“1999
Extended IP (expanded) 2000??“2699
Access Control List Operation 213
The named ACL feature enables you to identify IP standard and extended ACLs with an
alphanumeric string (name) instead of the numeric representations. Named IP ACLs give you
more ?¬‚exibility in working with the ACL entries.
IP access list entry sequence numbering has several bene?¬?ts:
?– You can edit the order of ACL statements.
?– You can remove individual statements from an ACL.
Where additions are placed in an ACL depends on whether you use sequence numbers.
Pages:
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324