Mastering in BGP
1. IBGP with directly connected router lies on same IP subnet Part 1
|
13:10min | ||
2. IBGP with directly connected router lies on same IP subnet Part 2
|
12:35min | ||
3. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 1
|
12:31min | ||
4. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 2
|
15:04min | ||
5. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 3
|
04:22min | ||
6. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 4
|
04:44min | ||
7. IBGP with not directly connected router Part 1
|
07:20min | ||
8. IBGP with not directly connected router Part 2
|
06:42min | ||
9. EBGP with directly connected router lies on same IP subnet Part 1
|
03:42min | ||
10. EBGP with directly connected router lies on same IP subnet Part 2
|
07:07min | ||
11. EBGP with directly connected router but neighbor adjacency with different IP subnet Part 1
|
07:42min | ||
12. EBGP with directly connected router but neighbor adjacency with different IP subnet Part 2
|
07:24min | ||
13. EBGP with not directly connected router Part 1
|
05:12min | ||
14. EBGP with not directly connected router Part 2
|
preview | 05:57min |
57.BGP Aggregation of Local Route Part 1
|
05:49min | ||
58.BGP Aggregation of Local Route Part 2
|
11:23min | ||
59.BGP Aggregation of Redistributed Route Part 1
|
02:40min | ||
60.BGP Aggregation of Redistributed Route Part 2
|
04:54min | ||
61.BGP Aggregation of Learned Route Part 1
|
06:02min | ||
62.BGP Aggregation of Learned Route Part 2
|
04:37min | ||
63.BGP Aggregation using Static Route Part 1
|
03:11min | ||
64.BGP Aggregation using Static Route Part 2
|
07:59min | ||
65.BGP Aggregation with as-set Part 1
|
05:26min | ||
66.BGP Aggregation with as-set Part 2
|
03:32min | ||
67.BGP Aggregation with as-set & advertise-map Part 1
|
06:10min | ||
68.BGP Aggregation with as-set & advertise-map Part 2
|
05:17min | ||
69.BGP Aggregation with attribute-map Part 1
|
03:43min | ||
70.BGP Aggregation with attribute-map Part 2
|
01:45min | ||
71.BGP Aggregation with Summary-only Part 1
|
03:26min | ||
72.BGP Aggregation with Summary-only Part 2
|
preview | 04:27min | |
73.BGP Aggregation with Suppress Map Part 1
|
06:11min | ||
74.BGP Aggregation with Suppress Map Part 2
|
02:14min | ||
75.BGP Aggregation with Unsuppressed Map Part 1
|
06:49min | ||
76-77.BGP Aggregation with Unsuppressed Map Part 2
|
03:06min |
90. ACL Vs Prefix-list part 1
|
14:17min | ||
91. ACL Vs Prefix-list part 2
|
preview | 10:08min | |
92. Advance Prefix-list part 1
|
10:14min | ||
93. Advance Prefix-list part 2
|
11:21min |
130.Verify Highest WEIGHT path Part 1
|
07:00min | ||
131.Verify Highest WEIGHT path Part 2
|
06:18min | ||
132.Verify Highest LOCAL PREF path Part 1
|
08:07min | ||
133-135. Verify Highest LOCAL PREF path Part 2
|
03:30min | ||
136.Verify Shortest ASPATH Part 1
|
08:20min | ||
137.Verify Shortest ASPATH Part 2
|
07:05min | ||
138.Verify Lowest ORIGIN Code Path Part 1
|
09:09min | ||
139.Verify Lowest ORIGIN Code Path Part 2
|
06:06min | ||
140.Verify Lowest MED path Part 1
|
06:35min | ||
141.Verify Lowest MED path Part 2
|
04:43min | ||
142.Verify EBGP path over IBGP Part Part 1
|
09:16min | ||
143.Verify EBGP path over IBGP Part Part 2
|
05:46min | ||
144. Verify nearest IGP Path in IBGP Part 1
|
06:02min | ||
145. Verify nearest IGP Path in IBGP Part 2
|
15:20min | ||
146 & 147. Verify Shortest Cluster-list path
|
09:59min | ||
148.Verify Oldest STABLE path Part 1
|
05:53min | ||
149.Verify Oldest STABLE path Part 2
|
05:45min | ||
150. Verify Lowest RID path in IBP Part 1
|
08:43min | ||
151.Verify Lowest RID path in IBGP Part 2
|
preview | 05:16min | |
152.Verify Lowest IP interface path in IBGP Part 1
|
05:27min | ||
153.Verify Lowest IP Interface Path in IBGP Part 2
|
05:49min | ||
154.Verify Lowest RID path in EBGP Part 1
|
11:30min | ||
155.Verify Lowest RID path in EBGP part 2
|
08:26min | ||
156 & 157 . Verify Lowest IP Interface path in EBGP
|
04:10min |
158. Next hop will not change in IBGP Part 1
|
06:37min | ||
159. Next hop will not change in IBGP Part 2
|
07:25min | ||
160. Next hop will change in EBGP Part 1
|
05:44min | ||
161. Next hop will change in EBGP Part 2
|
03:21min | ||
162.Next-hop will not change in EBGP(BMA) Part 1
|
preview | 08:09min | |
163-165. Next-hop will not change in EBGP(BMA) Part 2
|
03:49min |
166. Outgoing Path Selection Through Weight attributes Part 1
|
preview | 16:12min | |
167. Outgoing Path Selection Through Weight attributes Part 2
|
35:27min | ||
168.Outgoing Path Selection through LOCAL_PREF Part 1
|
09:57min | ||
169.Outgoing Path Selection through LOCAL_PREF Part 2
|
08:48min | ||
170. Incoming Path Selection through AS_Path Prepending Part 1
|
10:11min | ||
171.Incoming Path Selection through AS_Path Prepending Part 2
|
06:24min | ||
172. Incoming Path selection through MED Part 1
|
08:06min | ||
173. Incoming Path selection through MED Part 2
|
06:10min | ||
174.Selection of DESIRED Outgoing Path & INCOMING return Path Part 1
|
15:14min | ||
175-177. Selection of DESIRED Outgoing Path & INCOMING return Path Part 2
|
09:22min |
178. Route Filtering via ACL & Route-map Part 1
|
09:12min | ||
179. Route Filtering via ACL & Route-map Part 2
|
10:09min | ||
180. Route Filtering via Prefix & Route-map Part 1
|
04:58min | ||
181. Route Filtering via Prefix & Route-map Part 2
|
02:47min | ||
182. Route Filtering via ACL & Distribute-list Part 1
|
09:15min | ||
183-185. Route Filtering via ACL & Distribute-list Part 2
|
04:04min | ||
186. Route Filtering via Prefix-list Part 1
|
07:27min | ||
187. Route Filtering via Prefix-list Part 2
|
08:03min | ||
188. Route Filtering only ODD Prefix Part 1
|
07:48min | ||
189. Route Filtering only ODD Prefix Part 2
|
preview | 04:13min | |
190. Route Filtering only EVEN Prefix Part 1
|
04:12min | ||
191. Route Filtering only EVEN Prefix Part 2
|
02:36min | ||
192. AS Path Filtering Part 1
|
18:19min | ||
193 . AS Path Filtering Part 2.1
|
04:24min | ||
193. AS Path Filtering Part 2.2
|
21:08min |
194. BGP Community with no-export part 1
|
preview | 14:07min | |
195. BGP Community with no-export part 2
|
06:12min | ||
196. BGP Community with no-advertise part 1
|
04:58min | ||
197. BGP Community with no-advertise part 2
|
04:18min | ||
198. BGP Community with local_AS in Bgp Confederation Part 1
|
05:03min | ||
199(a). BGP Community with local_AS in Bgp Confederation Part 2
|
22:37min | ||
199(b). BGP Community with No_Export in Bgp Confederation Part 1
|
07:13min | ||
199(c). BGP Community with No_Export in Bgp Confederation Part 2
|
06:23min | ||
199(d). BGP Community with No_Advertize in Bgp Confederation Part 1
|
04:40min | ||
199(e). BGP Community with No_Advertize in Bgp Confederation Part 2
|
05:55min | ||
200. BGP Community with none part 1
|
03:17min | ||
201-203. BGP Community with none part 2
|
04:52min | ||
204. BGP Own Community Part 1
|
19:25min | ||
205. BGP Own Community Part 2.1
|
14:00min | ||
205. BGP Own Community Part 2.2
|
11:06min |
236. Load Balance via IGP Protocols Part 1
|
06:23min | ||
237. Load Balance via IGP Protocols Part 2
|
07:45min | ||
238. Load Balance via Max Path Part 1
|
05:08min | ||
239. Load Balance via Max Path Part 2
|
preview | 08:53min | |
240 . Outgoing Load distribute through WEIGHT Part 1
|
18:59min | ||
241 . Outgoing Load distribute through WEIGHT Part 2
|
16:09min | ||
242 . Outgoing Load distribute through LOCAL PREF Part 1
|
09:59min | ||
243 . Outgoing Load distribute through LOCAL PREF Part 2
|
11:34min | ||
244. Incoming Load distribute through AS-PATH Prepending Part 1
|
24:13min | ||
245. Incoming Load distribute through AS-PATH Prepending Part 2
|
16:26min | ||
246. Incoming Load Distribute through MED Part 1
|
11:22min | ||
247-251. Incoming Load Distribute through MED Part 2
|
12:44min |
252.BGP Max-As Limit Part 1
|
04:59min | ||
253.BGP Max-As Limit Part 2
|
06:00min | ||
253.BGP Max-As Limit Part 2
|
06:00min | ||
254. BGP Backdoor Part 1
|
09:19min | ||
255. BGP Backdoor Part 2
|
17:03min | ||
256. Advertise Primary ISP link while suppress the Secondary ISP link Part 1
|
06:15min | ||
257. Advertise Primary ISP link while suppress the Secondary ISP link Part 2
|
08:47min | ||
258. Remove _private_as Part 1
|
preview | 10:00min | |
259-261. Remove _private_as Part 2
|
11:22min | ||
262. BGP disable-connected-check part 1
|
11:01min | ||
263-265. BGP disable-connected-check part 2
|
04:05min | ||
266. BGP over GRE Part 1
|
09:01min | ||
267-269. BGP over GRE Part 2
|
10:10min | ||
270. BGP Conditional Route Injection Part 1
|
13:53min | ||
271. BGP Conditional Route Injection Part 2.1
|
preview | 11:30min | |
271. BGP Conditional Route Injection Part 2.2
|
10:03min | ||
272. BGP Local-as part 1.1
|
07:48min | ||
272. BGP Local-as part 1.2
|
01:59min | ||
273. BGP Local-as part 2
|
04:32min | ||
274. BGP no-prepend part 1
|
01:39min | ||
275. BGP no-prepend part 2
|
01:37min | ||
276. BGP replace-as part 1
|
02:42min | ||
277. BGP replace-as part 2
|
02:16min | ||
278. BGP dual-as part 1
|
02:78min | ||
279. BGP dual-as part 2
|
03:58min | ||
280. BGP fast-external-failover part 1
|
06:59min | ||
281. BGP fast-external-failover part 2
|
08:28min | ||
282. BGP Router-id Part 1
|
09:39min | ||
283-289. BGP Router-id Part 2
|
08:38min | ||
290. BGP Allow-As part 1 @ www.ncpnetwoktraining.com
|
10:59min | ||
291. BGP Allow-As part 2
|
12:57min | ||
292. BGP log_neighbor_changes Part 1
|
03:10min | ||
293. BGP log_neighbor_changes Part 2
|
preview | 04:13min | |
294. Administratively Shutdown BGP Session Part 1
|
03:20min | ||
295. Administratively Shutdown BGP Session Part 2
|
04:33min | ||
296. Modify BGP Origin Code part 1
|
05:54min | ||
297. Modify BGP Origin Code part 2
|
03:37min | ||
298.TCP Session & BGP Session part 1
|
08:10min | ||
299.TCP Session & BGP Session part 2
|
22:36min | ||
300.BGP FSM(State) Part 1
|
09:27min | ||
301.BGP FSM(State) Part 2
|
11:30min | ||
302. BGP FSM( State) part 3
|
13:48min | ||
303. 4BYTE ASN
|
31:39min | ||
304. DYNAMIC BGP PEER
|
18:57min |
BGP Syllabus
1.BGP Peering (14)
1.BGP with directly connected router lies on same IP subnet Part 1
2. IBGP with directly connected router lies on same IP subnet Part 2
3. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 1
4. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 2
5. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 3
6. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 4
7. IBGP with not directly connected router Part 1
8. IBGP with not directly connected router Part 2
9. EBGP with directly connected router lies on same IP subnet Part 1
10. EBGP with directly connected router lies on same IP subnet Part 2
11. EBGP with directly connected router but neighbor adjacency with different IP subnet Part 1
12. EBGP with directly connected router but neighbor adjacency with different IP subnet Part 2
13. EBGP with not directly connected router Part 1
14. EBGP with not directly connected router Part 2
2.BGP Network Advertisements (8)
15.BGP Network Advertisement with no auto-summary using network statement Part 1
16.BGP Network Advertisement with no auto-summary using network statement Part 2
17.BGP Network Advertisement with auto-summary using network statement Part 1
18.BGP Network Advertisement with auto-summary using network statement Part 2
19.BGP Network Advertisement with no auto-summary using redistribution Part 1
20.BGP Network Advertisement with no auto-summary using redistribution Part 2
21.BGP Network Advertisement with auto-summary using redistribution Part 1
22.BGP Network Advertisement with auto-summary using redistribution Part 2
3. Destination NID is Unreachable (8)
23.BGP Next Hop Inaccessible Solution 1 -- Part
24.BGP Next Hop Inaccessible Solution 1 -- Part
25.BGP Next Hop Inaccessible Solution 2 -- Part 1
26.BGP Next Hop Inaccessible Solution 2 -- Part 2
27.BGP Next Hop Inaccessible Solution 3 -- Part 1
28.BGP Next Hop Inaccessible Solution 3 -- Part 2
29.BGP Next Hop Inaccessible Solution 4 -- Part 1
30.BGP Next Hop Inaccessible Solution 4 -- Part 2
4. RIB Failure, Authentication, Synchronization, router-id (8)
31.BGP RIB Failure Part 1
32.BGP RIB Failure Part
33.BGP Synchronization Part 1
34.BGP Synchronization Part 2
35.BGP Authentication Part 1
36.BGP Authentication Part 2
37.BGP Router ID Part 1
38.BGP Router ID Part 2
5. Redistribution BGP & IGP (12)
39. Redistributing EBGP Prefix into IGP Part 1
40. Redistributing EBGP Prefix into IGP Part 2
41. Redistributing IBGP Prefix into IGP Part 1
42. Redistributing IBGP Prefix into IGP Part 2
43.BGP Redistribution with Connected Prefix Part 1
44.BGP Redistribution with Connected Prefix Part 2
45.BGP Redistribution with Static Part 1
46.BGP Redistribution with Static Part 2
47.BGP Redistribution with RIP Prefix Part 1
48.BGP Redistribution with RIP Prefix Part 2
49.BGP Redistribution with EIGRP Part 1
50.BGP Redistribution with EIGRP Part 2
6. Administrative Distance (6)
51.Modify the distance of all routes received from a particular Neighbor Part 1
52.Modify the distance of all routes received from a particular Neighbor Part 2
53.Modify the distance of a specific routes received from a particular Neighbor Part 1
54.Modify the distance of a specific routes received from a particular Neighbor Part 2
55.Modify the distance of a external , internal & Local Route Part 1
56.Modify the distance of a external , internal & Local Route Part 2
7. BGP Aggregation (20)
57.BGP Aggregation of Local Route Part 1
58.BGP Aggregation of Local Route Part 2
59.BGP Aggregation of Redistributed Route Part
60.BGP Aggregation of Redistributed Route Part
61.BGP Aggregation of Learned Route Part 1
62.BGP Aggregation of Learned Route Part 2
63.BGP Aggregation using Static Route Part
64.BGP Aggregation using Static Route Part 2
65.BGP Aggregation with as-set Part 1
66.BGP Aggregation with as-set Part 2
67.BGP Aggregation with as-set & advertise-map Part 1
68.BGP Aggregation with as-set & advertise-map Part 2
69.BGP Aggregation with attribute-map Part 1
70.BGP Aggregation with attribute-map Part 2
71.BGP Aggregation with Summary-only Part 1
72.BGP Aggregation with Summary-only Part 2
73.BGP Aggregation with Suppress Map Part 1
74.BGP Aggregation with Suppress Map Part 2
75.BGP Aggregation with Unsuppress Map Part 1
76.BGP Aggregation with Unsuppress Map Part 2
8. BGP Default Route (12)
78.BGP Default route for all neighbor via network command Part 1
79.BGP Default route for all neighbor via network command Part 2
80.BGP Default route for all neighbor via redistribution & default info originate Part 1
81.BGP Default route for all neighbor via redistribution & default info originate Part 2
82.BGP Default route for a specific neighbor Part 1
83.BGP Default route for a specific neighbor Part 2
84.BGP Conditional default route with acl & route map Part 1
85.BGP Conditional default route with acl & route map Part 2
86.BGP Conditional default route with Prefix & route map Part 1
87.BGP Conditional default route with Prefix & route map Part 2
88.BGP Default Float Route Part 1
89.BGP Default Float Route Part 2
9. ACL vs Prefix-list (4)
90. ACL Vs Prefix-list part 1
91. ACL Vs Prefix-list part 2
92. Advance Prefix-list part 1
93. Advance Prefix-list part 2
10. Weight (8)
94.Configuring weight with neighbor statement Part 1
95.Configuring weight with neighbor statement Part 2
96.Configure weight with ACL & Route-map for a specific network prefix Part 1
97.Configure weight with ACL & Route-map for a specific network prefix Part 2
98.Configure weight with Prefix-list & Route-map for a specific network prefix Part 1
99.Configure weight with Prefix-list & Route-map for a specific network prefix Part 2
100. Configuring WEIGHT for routes originate from different AS with the help of AS-Path list & Route -map Part 1
101. Configuring WEIGHT for routes originate from different AS with the help of AS-Path list & Route -map Part 2
11. LOCAL Preference (8)
102.BGP default Local Preference part 1
103.BGP default Local Preference part 2
104. Configure local preference with ACL & Route-map for a specific network prefix Part 1
105. Configure local preference with ACL & Route-map for a specific network prefix Part 2
106.Configure local preference with Prefix-list & Route-map for a specific network prefix Part 1
107.Configure local preference with Prefix-list & Route-map for a specific network prefix Part 2
108. Configuring LP for routes originate from different AS with the help of AS-Path list & Route -map Part 1
109. Configuring LP for routes originate from different AS with the help of AS-Path list & Route -map Part 2
12. AS-PATH (7)
110.Configure AS Path Prepend with ACL & Route-map for a specific network prefix Part 1
111.Configure AS Path Prepend with ACL & Route-map for a specific network prefix Part 2
112.Configure AS Path Prepend with PREFIX & Route-map for a specific network prefix Part 1
114. Ignoring the As-Path attribute during path selection process part 1
115. Ignoring the As-Path attribute during path selection process part 2
116. Loop Prevention in EBGP Part 1
117. Loop Prevention in EBGP Part 2
13. MED (10)
118.Configuring Default MED Part 1
119.Configuring Default MED Part 2
120.Configure MED with ACL & Route-map for a specific network prefix Part 1
121.Configure MED with ACL & Route-map for a specific network prefix Part 2
122.Configure MED with PREFIX & Route-map for a specific network prefix Part 1
123.Configure MED with PREFIX & Route-map for a specific network prefix Part 2
124.MED from different autonomous system are generally not compared Part 1
125.MED from different autonomous system are generally not compared Part 2
126. Use of bgp bestpath med missing-as-worst part 1
127. Use of bgp bestpath med missing-as-worst part 2
14. Verification of BGP Path Selection (24)
130.Verify Highest WEIGHT path Part 1
131.Verify Highest WEIGHT path Part 2
132.Verify Highest LOCAL PREF path Part 1
133.Verify Highest LOCAL PREF path Part 2
136.Verify Shortest ASPATH Part 1
137.Verify Shortest ASPATH Part 2
138.Verify Lowest ORIGIN Code Path Part 1
139.Verify Lowest ORIGIN Code Path Part 2
140.Verify Lowest MED path Part 1
141.Verify Lowest MED path Part 2
142.Verify EBGP path over IBGP Part Part 1
143.Verify EBGP path over IBGP Part Part 2
144. Verify nearest IGP Path in IBGP Part 1
145. Verify nearest IGP Path in IBGP Part 2
146 & 147. Verify Shortest Cluster-list path
148.Verify Oldest STABLE path Part 1
149.Verify Oldest STABLE path Part 2
150. Verify Lowest RID path in IBP Part 1
151.Verify Lowest RID path in IBGP Part 2
152.Verify Lowest IP interface path in IBGP Part 1
153.Verify Lowest IP Interface Path in IBGP Part 2
154.Verify Lowest RID path in EBGP Part 1
155.Verify Lowest RID path in EBGP part 2
156 & 157 . Verify Lowest IP Interface path in EBGP
15. Next-hop Varification (6)
158. Next hop will not change in IBGP Part 1
159. Next hop will not change in IBGP Part 2
160. Next hop will change in EBGP Part 1
161. Next hop will change in EBGP Part 2
162.Next-hop will not change in EBGP(BMA) Part 1
163.Next-hop will not change in EBGP(BMA) Part 2
16. Controlling Incoming & outgoing Traffic (10)
166. Outgoing Path Selection Through Weight attributes Part 1
167. Outgoing Path Selection Through Weight attributes Part 2
168.Outgoing Path Selection through LOCAL_PREF Part 1
169.Outgoing Path Selection through LOCAL_PREF Part 2
170. Incoming Path Selection through AS_Path Prepending Part 1
171.Incoming Path Selection through AS_Path Prepending Part 2
172. Incoming Path selection through MED Part 1
173. Incoming Path selection through MED Part 2
174.Selection of DESIRED Outgoing Path & INCOMING return Path Part 1
175.Selection of DESIRED Outgoing Path & INCOMING return Path Part 2
17. Route Filtering (15)
178. Route Filtering via ACL & Route-map Part 1
179. Route Filtering via ACL & Route-map Part 2
180. Route Filtering via Prefix & Route-map Part 1
181. Route Filtering via Prefix & Route-map Part 2
182. Route Filtering via ACL & Distribute-list Part 1
183. Route Filtering via ACL & Distribute-list Part 2
186. Route Filtering via Prefix-list Part 1
187. Route Filtering via Prefix-list Part 2
188. Route Filtering only ODD Prefix Part 1
189. Route Filtering only ODD Prefix Part 2
190. Route Filtering only EVEN Prefix Part 1
191. Route Filtering only EVEN Prefix Part 2
192. AS Path Filtering Part 1
193 . AS Path Filtering Part 2.1
193. AS Path Filtering Part 2.2
18. Controlling on Advertise Prefix ( community ) (15)
194. BGP Community with no-export part 1
195. BGP Community with no-export part 2
196. BGP Community with no-advertise part 1
197. BGP Community with no-advertise part 2
198. BGP Community with local_AS in Bgp Confederation Part 1
199(a). BGP Community with local_AS in Bgp Confederation Part 2
199(b). BGP Community with No_Export in Bgp Confederation Part 1
199(c). BGP Community with No_Export in Bgp Confederation Part 2
199(d). BGP Community with No_Advertize in Bgp Confederation Part 1
199(e). BGP Community with No_Advertize in Bgp Confederation Part 2
200. BGP Community with none part 1
201. BGP Community with none part 2
204. BGP Own Community Part 1
205. BGP Own Community Part 2.1
205. BGP Own Community Part 2.2
19. BGP Performance Tools (14)
206. BGP Black Hole Part 1
207. BGP Black Hole Part 2
208. BGP Confederation part 1
209. BGP Confederation part 2.1
209. BGP Confideration part 2.2
210. BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 1
211 (a).BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 2.1
211(b).BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 2.2
212. Controlling Incoming Prefixex Part 1
213. Controlling Incoming Prefixes Part 2
214. Configuring ORF part 1
215. Configuring ORF part 1
230. Soft-reconfiguration Inbound & Outbound Part 1
231. Soft-reconfiguration Inbound & Outbound Part 2
20.BGP Load Sharing (12)
236. Load Balance via IGP Protocols Part 1
237. Load Balance via IGP Protocols Part 2
238. Load Balance via Max Path Part 1
239. Load Balance via Max Path Part 2
240. Outgoing Load distribute through WEIGHT Part 1
241. Outgoing Load distribute through WEIGHT Part 2
242. Outgoing Load distribute through LOCAL PREF Part 1
243. Outgoing Load distribute through LOCAL PREF Part 2
244. Incoming Load distribute through AS-PATH Prepending Part 1
245. Incoming Load distribute through AS-PATH Prepending Part 2
246. Incoming Load Distribute through MED Part 1
247. Incoming Load Distribute through MED Part 2
21. Miscellaneous BGP Labs (36)
252. BGP Max-As Limit Part 1
253. BGP Max-As Limit Part 2
254. BGP Backdoor Part 1
255. BGP Backdoor Part 2
256. Advertise Primary ISP link while suppress the Secondary ISP link Part 1
257. Advertise Primary ISP link while suppress the Secondary ISP link Part 2
258. Remove _private_as Part 1
259. Remove _private_as Part 2
262. BGP disable-connected-check part 1
263. BGP disable-connected-check part 2
266. BGP over GRE Part 1
267. BGP over GRE Part 2
270. BGP Conditional Route Injection Part 1
271. BGP Conditional Route Injection Part 2.1
271. BGP Conditional Route Injection Part 2.2
272. BGP Local-as part 1.1
272. BGP Local-as part 1.2
273. BGP Local-as part 2
274. BGP no-prepend part 1
275. BGP no-prepend part 2
276. BGP replace-as part 1
277. BGP replace-as part 2
278. BGP dual-as part 1
279. BGP dual-as part 2
280. BGP fast-external-fallover part 1
280. BGP Router-id Part 1
281. BGP fast-external-fallover part 2
281. BGP Router-id Part 2
290. BGP Allow-As part 1
291. BGP Allow-As part 2
293. BGP log_neighbor_changes Part 2
294. Administratively Suhtdown BGP Session Part 1
295. Administratively Suhtdown BGP Session Part 2
296. Modify BGp Origin Code part 1
297. Modify BGp Origin Code part 2
298. TCP Session & BGP Session part 1
299. TCP Session & BGP Session part 2
300. BGP FSM(State) Part 1
301. BGP FSM(State) Part 2
302. BGP FSM( State) part 3
303. 4BYTE ASN
304. DYNAMIC BGP PEER
CCNA 11am to 1pm Regular (11th March 2024)
CCNA Night Batch 9:30pm to 11pm 19th FEB Regular
Anwar did his B.E. in Electronics & communication from Jamia Millia Islamia (a Central University), New Delhi, India. He has more than 27 years of industry experience in india & abroad. He started his career in CISCO domain in mid 2004 when he was in Kuwait Army, State of Kuwait. Since then he has been enlightening minds in the networking field and provides guidance and training to both highly skilled professional as well as freshers.
He has ultimate knowledge in multiple domain like CCIE(R&S), CCNP(R&S), BGP, MPLS, CCNA(R&S), CCNA(SEC), PALOALTO, LTM, GTM, SDWAN, MCP, MCSA,ASA, DMVPN, IPV6, QOS etc...
Currently he is the Director of NETWORKING CORE PROGRAM.He has worked with CISCO Network Academy(Jamia Hamdard), Minstry of Defense - Kuwait Army, CMC, L&T, Vision Communication, VTPL etc.
Excellent Mode of Teaching. Concepts are nicely explained. Happy to learn from NCP.