- 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
0 H+ M' J4 c, c0 C
' Q- i' C: K. m9 E" o1.2 Implement Access Switch Ports of Switched Network& s# W8 N, j3 _, d7 X# D1 T- S
-----------------------------------------------------
/ J# F# M0 }* k3 y+ qConfigure all of the appropriate non-trunking switch ports on SW1 – SW4 according to the following
/ R# l5 Y( |: I# |8 A, k( g `! c, F* w& T' l; w/ D6 \' g9 [* U
- SW1 is the server for the VLAN Trunking Protocol version 2 domain "CCIE" (VTP password "cisco" )2 Q2 }9 c, S& R8 Y, H9 Y+ C5 Y" A3 }
- SW2, SW3, SW4 are expecting SW1 update their VLAN database when needed" p- ^1 V$ n9 Y' w- f
- Configure the VLAN ID and Name according to the table below (case sensitive)
8 H0 C* O& m/ @- P- Configure the access ports for each VLAN as per the diagram
" ~) B" A3 y* O- w4 V0 o9 Y, G- Configure all the Switch mode are Transparent after synchronization the VLAN database.
$ R- _- a7 L6 y! l1 b( u8 l% j7 k4 W) P, U c g
VLAN_ID NAME
+ |1 i( P. a M; b# U: s16 VLAN_16_R1toSW1
! L/ Y9 k" S- m4 t# T* ^% m18 VLAN_18_R1toSW3& r. w6 w) W1 Y; h" S
28 VLAN_28_R2toSW3
+ W1 B4 o5 ^- M3 X6 e8 {36 VLAN_36_R3toSW1. @7 L5 L$ X2 K& W1 T, O* l# N
68 VLAN_68_SW1toSW36 p; C1 y1 Z8 D, B
69 VLAN_69_SW1toSW4! Q' A5 T, ]" R
89 VLAN_89_SW3toSW4
3 s1 B. D9 B/ A* y500 VLAN_500_Client, P. ~- `1 {+ Y$ s4 D2 R( b
============================================================================================
5 `. `" d: R* e- s9 x1 e4 xSW1
8 l, i) I" |( V* Q6 n% q" ?4 f8 w" G) ~; X/ ?& q6 z6 u$ V" g
vtp version 2& V- K. d4 J/ q2 d; @# s$ u
vtp domain CCIE
) u( S# I* B- C* \1 fvtp password cisco
$ d2 j$ j0 k6 D8 ?2 Vvtp mode server
5 Y5 ]5 z0 }$ Y# l( L6 y: ^* y" s
' z) o' m& m; [4 y! X# M$ N' Wvlan 16% B) @. _: d2 N( @( f. [! I
name VLAN_16_R1toSW1
" W. W& S/ p: z% m% H5 e; Zvlan 18
6 F! q& {) V M' Tname VLAN_38_R1toSW3
( O# r+ w" _; p8 c) e1 nvlan 28
) |4 J h, x+ l; h: C$ H7 H3 tname VLAN_28_R2toSW35 A) w1 U$ l. C$ P; V. l3 G* s2 Z+ x) `
vlan 364 q/ Q2 n) {$ m- {4 ]
name vlan_36_R3toSW1
) @6 N4 ]3 c9 n" ^5 |8 W; M1 ~, e+ iVLAN 68
5 _* l: f4 w( M% v2 s; Lname VLAN_68_SW1toSW3
6 {1 Y3 y! v9 N$ U% D7 qvlan 69. g( } u" B; O: r( Y0 t
name VLAN_69_SW1toSW4
+ U5 X3 B. p/ d9 pvlan 89/ K% U. z- y _* M
name VLAN_89_SW3toSW4
2 ^9 \6 q1 `4 y1 u# ~& Mvlan 500
# l" }$ }9 T! k$ qname VLAN_500_Client
( Z& A; l$ H* X* {' u2 c& J7 O
0 g; L2 M8 p6 s3 i* Z4 e
3 Z5 H' O3 Z( {4 S' P" _) z1 c" [
' ~9 g: N! B6 @$ c1 Y# P# NSW2-SW4( r2 R5 D n) Q0 ?) t- Y
vtp version 2
J2 N6 M; O% O. A# Bvtp domain CCIE
; v5 |+ w4 O& Y& H8 g- y. }vtp password cisco
2 y; h: y% F! evtp mode client
' Q9 ]% Q" H& `8 Q+ _: z% W$ R8 @: C! p$ s" |
SW2-SW4//vlan 同步后1 \: D3 P1 f6 { m& s: n; C
5 \* p% |4 E& t/ Uvtp mode transparent
5 D6 V3 O& J8 V, k/ [+ ?9 l) m6 I5 l7 {9 Z- A
& i$ E. ^& n9 }- g% D p" a
--------------------------------------------------------------------------------------------------------------& E. O3 F/ K: ~+ h' a& ~3 {
1.3 Spanning-Tree Domains for Switched Network Configure the switches according to the following requirements:
) I, U( N0 J1 h: Z! M--------------------------------------------------------------------------------------------------------------2 _1 ]4 {" G# `0 u
9 @+ n: e! o2 n% N, m- Both switches must have one instance per vlan.
8 g; x" q. r) B4 H- Ensure that SW1 is the Root Switch, and SW2 the Backup Switch for all vlans(obtain the future vlan)1 J+ ^! `2 G @
- Configure instance per vlan and rapid transition for forwarding5 l: t7 K8 u) H% N
- 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)
& X/ l: [1 _$ P3 w4 d% }
2 p9 ^# n ?/ P- N! n) `$ c ~SW1-SW4; Q1 X9 B9 U) z
spanning-tree mode rpvst
( Q& D- _$ O0 @5 } |udld enable//单向链路检测
( P5 a9 b* O/ b
. Q0 J4 t5 c9 h% J5 cSW1+ _: ?* @0 m) B4 i
spanning-tree vlan 1-4094 priority 0 // //值越小越优
- x' a6 I" W5 h. z0 V
+ H& B7 w2 h" i8 H! }' V8 sSW2
% |" G+ O; e0 g* `spanning-tree vlan 1-4094 priority 4096 //值越小越优7 ~( G' I& N4 [' C# _; T
4 j8 f$ V0 Q4 n) J
SW3-SW4
1 N/ O/ t2 D7 {! ^. Y+ Y! V8 hinterface range f0/1-24
; I" X( y5 Z+ W8 v" c9 espanning-tree guard root3 b, W8 e) X; A# K: S, t
, {; u% W5 P$ G H! s) v
5 T& Y7 Z: m2 `9 i-------------------------------------2 q1 {! @4 {% B% x$ y) ?8 v
1.4 Switch Trunking and Ether Channel/ D4 Q/ h+ L; \2 ], i8 E7 ]4 `
-------------------------------------
/ b/ _6 w! _, }+ b. ~. v/ Q' S6 WUse the following requirements to configure the Etherchannel of SW1, SW2, SW3 and SW4:9 U. Q$ o, S% q5 V, R" l
6 r9 p' y" S! R. U$ @0 \- Use encapsulation 802.1q for all cross interface2 D# @* p8 E+ ?: O$ {" I# e. H
- Configure Etherchannel use the 802.3ad standard( _, O" R" b2 ?6 S
. A4 M1 A5 D2 X, ~% V+ ESW1-SW4# [1 J [* M/ P2 C3 E
interface range g0/19 - 24switchport trunk encapsulation dot1q5 J7 Y2 W. W2 Y9 ?5 j1 U1 M
switchport mode trunk1 _3 q, j) N5 L/ C/ f; m
?4 i' M3 c2 L9 F2 xinterface range g0/19 - 20
4 S/ {4 Y7 J( N4 J7 |- {+ N; Mchannel-group 14 mode active/ K; j, J k- U$ R4 \4 L: ~
interface range g0/21 - 22, {( u) s/ q2 [6 F1 ~5 E3 n& `
channgl-group 13 mode acitve* i+ e+ s2 J; \) G4 ~
interface range g0/23 - 24
5 e( e* @0 ^% y! xchannel-group 12 mode acitve
! e) F. J2 D- c
: ^$ ]1 A% h" f1.5 Frame-relay configuration
6 z% r3 S2 k# e3 S* ?6 G: u-------------------------------------1 u) R3 }3 V' E% P# R5 C
?? - Back to back frame-relay between router R5 and R1 and R1 and R4# d0 }9 k3 V4 m% f5 v1 `& @
?? - R1 use the sub-interface connect to R4& [- Y. e* V1 r8 t: h( ]8 \
+ W2 R- y+ N7 @3 W2 W. X. KR1. |% i1 w0 U. q4 x( P/ C' ]
frame-relay switching //???不知需不需要5 c. @( \& N! Z- g9 D0 X7 E
inter s0/0/0# _& \5 @1 x% }. p! z
enc fram
1 D. _2 j4 N, c# B# W: V/ [6 fno keepalive
1 G* O7 n& Z# l5 S3 I5 jint s0/0/0.yy point-to-point; D3 r4 k$ h5 q0 r4 z- s
ip add YY.YY.14.1
2 W; Q2 @- d9 P2 T, kfram-relay interface-dlci 1040 [) s. C% Y( X- K6 Z$ y
no frame-relay inverse-arp
- O9 B# T5 t* `. |$ J# u, w+ \1 q$ d# u$ [9 Y, r
4 g% w6 k3 a! Z) X( r; O
interface s0/0/1: V4 z: B' ^; k
ip address YY.YY.15.1
$ X+ F0 G; q: k, A8 f& ? S3 lenc fram
3 `( O9 n: C9 r& n6 [# w$ Mclock rate 64000: ~4 A0 x) K. w8 M
frame-relay map ip YY.YY.15.5 105
4 \1 m& P5 j" Q7 W8 N U# rno keepalive- Z7 F0 O0 w: {. I, r8 x3 _9 H# [: i
frame-relay interace-dlci 105+ q h' Z+ P: v l, n( K7 B8 S/ S+ w8 G: |
no frame-relay inverse-arp
2 ~. b+ i; z. ]
. r- w5 |! b l; E$ ?R4
& ]6 B6 _. I9 R9 v5 _* M1 V" X2 g j
frame-relay switching //???不知需不需要4 {6 K' P/ e; \
inter s0/0/0 $ l7 k, ~% O3 _% j" ^
enc fram
' L2 \/ H! c* L1 L; [no keepalive
! f6 s0 V. |3 S! y8 Xint s0/0/0.yy point-to-point
( f+ m! H$ Y3 W& Vip add YY.YY.14.4
- K. G2 B9 j" O5 afram-relay interface-dlci 104
! M { s0 A G) a
. H! w2 V& k! h# b# c& A3 k! {# xR5) |) s( C* D6 \; r- F
3 y. l$ }' N T# k! Finterface s0/0/1
) n5 a" B( b! V6 hip address YY.YY.15.58 d6 A: V0 T8 _2 M/ _" v
enc fram
1 D! {- ~5 ]' ~6 ], ?frame-relay map ip YY.YY.15.1 5015 u0 g( b% w7 P+ y3 q& y$ s$ o
frame-relay interace-dlci 501
* U# w# |! l% ono keepalive% W5 [/ @4 U* s/ x0 ^9 t
no frame-relay inverse-arp7 e8 j$ ~& }, h4 J l& F
. c7 ~2 A- g5 ]' E8 ?9 ^
6 S5 N/ h' p+ @0 l/ U6 v9 }1 K$ J7 H/ P) @# c* Q4 N. w, D
* K4 P. U, ?. A9 i+ ~3 T1 W9 _ |
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
