- 积分
- 318
- 鸿鹄币
- 个
- 好评度
- 点
- 精华
- 最后登录
- 1970-1-1
- 阅读权限
- 30
- 听众
- 收听
初级工程师
|
发表于 2013-4-30 14:00:05
|
显示全部楼层
自己先解的,有不对的一起讨论
本帖最后由 jww330015 于 2013-4-30 15:26 编辑 3 M/ `% P2 c9 z$ V# }7 L$ {
, A. e9 s' w2 g' u. M, b" y- |1.2 Implement Access Switch Ports of Switched Network5 m+ {3 |- i# \6 t9 U
-----------------------------------------------------
( f( v% M$ {2 e3 G" O& gConfigure all of the appropriate non-trunking switch ports on SW1 – SW4 according to the following! ?: {) G* z9 Q* N n, e1 {9 Y
5 X( G: Z: N3 s8 j1 z8 U# \- SW1 is the server for the VLAN Trunking Protocol version 2 domain "CCIE" (VTP password "cisco" )" ^% Z% z' A7 r3 ^# T6 I+ b
- SW2, SW3, SW4 are expecting SW1 update their VLAN database when needed( P `( f/ ]9 a$ h! m1 r2 D+ o& P
- Configure the VLAN ID and Name according to the table below (case sensitive)
A& F3 @" l' N2 I/ S- Configure the access ports for each VLAN as per the diagram
' z# z1 N. C; m2 U+ }2 v- Configure all the Switch mode are Transparent after synchronization the VLAN database. T6 O4 g4 o) I9 d; v3 ` L. r
1 H- V1 B) A8 x" V- R) |# SVLAN_ID NAME
9 B. ?. y5 ^7 |. U) W5 _( q3 j4 [* n5 t16 VLAN_16_R1toSW1+ L: z8 e* D0 @2 K+ P
18 VLAN_18_R1toSW3" D1 v* ]; n2 ?4 H% J" \
28 VLAN_28_R2toSW3. z K4 G/ D8 ^3 ?3 g0 U1 O3 w
36 VLAN_36_R3toSW1
% |9 x3 S$ I- c68 VLAN_68_SW1toSW3
3 t0 R) q6 D; o& Y" {/ O* j69 VLAN_69_SW1toSW46 N. T$ I5 E. `0 N3 A
89 VLAN_89_SW3toSW4# B/ A8 Q6 W2 O4 ?& F
500 VLAN_500_Client
+ y; I, [5 V2 t5 y: R& z============================================================================================: R, |: P! h; c2 J3 h1 L
SW1% S9 `0 W$ c+ g) B! o8 v* P
- g; ~( A1 o: R- M
vtp version 2
2 u& x/ j K: Ivtp domain CCIE
9 L7 |8 ^6 L2 r. u* pvtp password cisco- b* o/ R$ z+ j4 X
vtp mode server
5 P& M/ {& C7 z9 J
4 J& D, R' \% y Y) j/ t/ Ivlan 16
! b2 P: [& B; V9 i# W7 V4 _7 ?% wname VLAN_16_R1toSW1
/ R" A* P: @2 C# ~- ]+ O( Kvlan 18
0 P/ D2 E5 e) M* ?! Lname VLAN_38_R1toSW3' }" M! d/ G) R% `- M& N& @8 ]' L
vlan 28
1 x8 z; |" P% z2 T2 o! o" qname VLAN_28_R2toSW3* L8 v5 {+ v; C- B! `! C
vlan 363 P* E- C5 X1 L7 o$ x7 d0 g
name vlan_36_R3toSW11 o0 P+ s2 O, _! W0 q2 j6 A! D
VLAN 68# d& v8 _/ |% z- j/ r+ S
name VLAN_68_SW1toSW3, s; P" g( Z/ j' l; O$ O
vlan 69
& k3 j3 X' @% p4 g3 J1 x. S2 _name VLAN_69_SW1toSW4
) Y! ?# F% ]) f9 Tvlan 89- g A+ |# K! M7 _! ?
name VLAN_89_SW3toSW4
* n/ G4 q6 `2 L6 ]# a0 t5 P) Bvlan 500
7 G5 }* n! O+ A F7 G1 I, C, P# Rname VLAN_500_Client
' s) k4 _, ~9 P Z
) u; N$ Y* z8 f' I
. T" r1 ^- d9 h' t+ S" t, f# S) ?% |1 p8 F, o0 R: c c
SW2-SW4
& M4 E; G4 f3 ovtp version 2 \ l, ?! n5 w/ t$ }- p
vtp domain CCIE: X$ H. `0 `" R+ v1 e; S0 f
vtp password cisco/ j8 B, M0 U2 K
vtp mode client
( }4 a4 |# p7 x
- r. e! P3 V+ n; BSW2-SW4//vlan 同步后
2 n5 r- t- u, W5 N2 r
( \) F$ g; H3 Y& E5 k9 Z/ qvtp mode transparent
( D5 H& u8 M9 F4 {$ B( d: W( G) |/ O% `& I9 n+ Y' Z& `4 z, A
4 z$ o; |: t1 D" B--------------------------------------------------------------------------------------------------------------
% Y# j/ [$ T7 f1.3 Spanning-Tree Domains for Switched Network Configure the switches according to the following requirements:0 X* X9 Z0 d, v5 U$ D2 i9 J! A8 E
--------------------------------------------------------------------------------------------------------------+ _- k% l" H) d( j) H
. [6 T6 `9 K2 K% p" \1 G4 D; f0 z- Both switches must have one instance per vlan. K \& K0 ^* w" z/ v }
- Ensure that SW1 is the Root Switch, and SW2 the Backup Switch for all vlans(obtain the future vlan)
+ l9 T2 G: \0 K. E( J1 L# P- Configure instance per vlan and rapid transition for forwarding
' C1 N3 J- N% g. I5 r- Ensure that SW1 will be the Root and SW2 the backup if others switch are connected- - Make sure if furure other switches are added vlans they have lease chance to became root(感谢 爱SLH&mu19861124提示)
$ h1 Q2 K$ I7 P9 {
+ k z' ?- |/ }" X- m' @( ~9 ?SW1-SW4
) R! P j3 z5 M8 l6 k: ~8 ^/ jspanning-tree mode rpvst5 d: ~4 b" F G+ C/ o
udld enable//单向链路检测2 {0 ?+ X! B2 P% v) F2 h& ~
; z, m+ }( Y$ [3 H8 z+ \* f
SW1
' H2 U6 M, W4 i# uspanning-tree vlan 1-4094 priority 0 // //值越小越优9 l9 \7 F- |' e+ X0 b: _1 {, E: @
* @8 k7 c: q! B
SW2
2 K; w# j; o. n Wspanning-tree vlan 1-4094 priority 4096 //值越小越优/ w4 r: W) c A
8 f3 K. b- O+ |. J
SW3-SW4+ ^" L- n6 J- y A0 C! n
interface range f0/1-24
' e. [0 h& o/ A8 s) S/ H, t. ?spanning-tree guard root; R; v) ]4 @1 O; X) }
# F; |( D" t* u D/ ?
. E: G! x, {0 A" D2 r: d
-------------------------------------# C5 R7 G/ y! e0 L4 {
1.4 Switch Trunking and Ether Channel' u# h L5 y5 J: h. f0 M" O V
-------------------------------------
* x" V# O$ t* z3 G% T$ _Use the following requirements to configure the Etherchannel of SW1, SW2, SW3 and SW4:+ N/ g6 N- g9 F7 W
# M7 e& x- t" n
- Use encapsulation 802.1q for all cross interface( _( v! p1 r( i8 G; B. _$ Z8 l
- Configure Etherchannel use the 802.3ad standard
0 L* P6 Q4 {' U5 _9 F2 a
* T4 y6 A& [3 U5 E7 b. N7 x5 NSW1-SW4% K. D# P( B* }8 e7 P8 X
interface range g0/19 - 24switchport trunk encapsulation dot1q; r, O: J- h' |3 v9 H, [
switchport mode trunk
& J! u. |3 f% }1 d, n) p: V4 G! }0 A
interface range g0/19 - 20
9 a. f @- ~0 T2 M1 W( g! A tchannel-group 14 mode active3 f( s( F$ ~9 r( l, ~0 L$ r
interface range g0/21 - 22
, g0 R" {- c% |+ X. Jchanngl-group 13 mode acitve
. U$ U9 B$ v0 minterface range g0/23 - 24. V& p0 R+ m0 Q' q' ~* ]
channel-group 12 mode acitve) a" ?+ N- c* w# g2 b* U( \5 ?
" E/ _% s& `: S9 E! _. Z/ `* T' [1.5 Frame-relay configuration
$ E* N; u: d; L; O6 A; w-------------------------------------% y$ b0 C4 y' D! m3 S9 L
?? - Back to back frame-relay between router R5 and R1 and R1 and R4
% b2 T2 q! t& K( D% ]3 h# c r?? - R1 use the sub-interface connect to R4
N7 g4 X* G8 g+ x8 X7 n
+ O2 c4 @; Q. C' i. L0 _9 [R1+ m3 M* U; X6 A3 R
frame-relay switching //???不知需不需要
# J' n# P( X; E- P/ Y0 Yinter s0/0/0
' B' x& h: j- A5 r" ^enc fram
, e7 _# x% Y8 t% ]% ^no keepalive
, o/ o1 a8 _- A9 L) F. X1 rint s0/0/0.yy point-to-point* P4 ?: S g0 j: X! Y- o
ip add YY.YY.14.1
* y0 B- i9 H7 k' W# ~) ^7 efram-relay interface-dlci 104
) c. J( Y+ a0 Z/ G+ ?+ |& |no frame-relay inverse-arp
- z& k% L( E3 S5 n t3 B+ a. q- i5 q% ]3 H
) W# i4 z$ E7 ?, K6 Rinterface s0/0/1/ n8 p: |. V% \8 F1 l- `
ip address YY.YY.15.1
, k/ A& v u/ r6 e" tenc fram
" a( g: _0 T7 L; B+ V* Tclock rate 64000( U0 l. M7 r0 e3 M1 j0 v8 s8 |8 I
frame-relay map ip YY.YY.15.5 105" r$ y" z% j5 G& P
no keepalive
/ ^; b, `3 h5 U* z1 Kframe-relay interace-dlci 105' U3 `& |6 R/ c, h7 N* @5 G
no frame-relay inverse-arp3 H% \( G. k2 N- w3 t9 s
0 [/ e/ ?% |1 W9 g S; \" aR4
- G! y6 K- n, b! Q6 e9 Y/ {4 Q
9 ]+ E2 A" H5 M( w0 F$ sframe-relay switching //???不知需不需要 m/ ^( D( m( q% S W
inter s0/0/0 % q% y/ w" i0 j4 H* Q
enc fram
4 O" x. S/ B- K# Q1 }4 Q7 w- Ano keepalive2 V, {$ v. H' W0 J4 S: x$ w
int s0/0/0.yy point-to-point: `5 [% }. a; E8 i
ip add YY.YY.14.4
) E- T+ C+ Q; y( y, [fram-relay interface-dlci 104
4 W% [& A& f+ s0 }0 y4 p r7 m" `$ [8 ]# m1 |" A
R5
/ ?8 J# @# {3 e3 R" w! z- R/ j' ]4 N# u: g
interface s0/0/1 1 C6 I; n9 F! u2 C/ g
ip address YY.YY.15.55 @+ n3 n4 I4 ]) O7 v6 T" D5 l0 o
enc fram
. I. h) h5 z# W* U0 W2 `1 Y5 C% Wframe-relay map ip YY.YY.15.1 5019 U# _/ X, h/ U) `
frame-relay interace-dlci 501
* Y1 w; q Z) \. u4 ino keepalive% Y8 ^4 @$ e1 P6 E8 m) U2 r
no frame-relay inverse-arp
% z2 {& `0 l& R" P+ _' a% L$ s7 f- q3 R! n/ k
. Y/ M2 m) }3 G4 a
9 a# C0 ^7 P$ p: Q) d5 f& a, [# q, a7 t3 T0 Z- {* L
|
59#
2013-4-30 14:00:05
回复(0)
收起回复
|
简体中文
英语
日语
韩语
法语
西班牙语
越南语
泰语
阿拉伯语
俄语
葡萄牙语
德语
意大利语
希腊语
荷兰语
波兰语
保加利亚语
爱沙尼亚语
丹麦语
芬兰语
捷克语
罗马尼亚语
斯洛文尼亚语
瑞典语
匈牙利语
繁体中文
文言文
[复制链接]
楼主
