Price: 12.00.USD | Size: 16.2 GB | Duration : 17+ Hours | 156 Video Lessons
 
Juniper JNCIS-SP Service Provider Routing and Switching Specialist (JN0-362) 2021 Video Course Download
 
JNCIS-SP Video Training Course Download
 
This intermediate Juniper JNCIS-SP training prepares learners to take the JN0-362 exam, which is the one required exam to earn the Juniper Networks Certified Specialist: Service Provider (JNCIS-SP) certification.
 
Taking fundamental knowledge of routing and switching implementations in Junos one step further, this Juniper Networks Certified Specialist: Service Provider is aimed at networking professionals who need more advanced tactics and approaches to configuring Juniper networks, particularly for service provider networks. The topics of this course include more advanced approaches to networking, like multiprotocol label switching, tunnels, spanning-tree protocols and Layer 2 bridging. The specialist certification JNCIS-SP is the first of Juniper’s three specialized certifications in service provider network administration.
 
Course content
 
1-Introducing Service Provider Bridging (aka 802.1ad, aka Q-in
10-Introducing Q-in-Q Configuration on Junos
11-The Plan of Attack (Q-in-Q Design Considerations)
12-Configure Bridge Domains (aka VLANs)
13-Configure Customer Edge Devices
14-Configure Provider Edge Bridges
15-Configure S-VLAN Bridges
16-Validate the Configuration
17-Tunneling Certain C-VLANs in the Core - CBT Nuggets_2
18-Describe C-VLAN Normalization
19-S-VLAN Translation
2-The Problems with 802.1q - Juniper JNCIS-SP Service Provider-1
20-Summarizing Q-in-Q Deployment
21-Introducing 802.3ad (or 802.1ax) on Junos
22-LACP Foundations
23-Create Aggregated Ethernet Interfaces
24-Deploy LACP on EX-Series Switches
25-Deploy LACP on QFX-Series Switches
26-Deploy LACP on MX-Series Routers
27-Deploy LACP Between Cisco IOS and Junos
28-Summarizing LACP Deployment
29-Introducing MC-LAG
3-How 802.1ad Solves SOME of Those Problems - Juniper JNCIS-SP
30-The Benefits of MC-LAG Explained
31-MC-LAG State Types
32-Configure the CE LAG
33-Configure the Inter-chassis Link (ICL) for MC-LAG 
34-Configure Inter-Control Center Communications Protocol (ICCP) 
35-Configure Active-Standby LACP and MC-AE Interface Settings 
36-Validating the Configuration 
37-Configure Active-Active MC-LAG 
38-Summarizing MC-LAG 
39-Everyone Hates Spanning Tree Protocol 
4-Frame Walk - Juniper JNCIS-SP Service Provider Routing and S
40-STP Foundations 
41-STP Key Terms 
42-How Spanning Tree Builds the Tree 
43-RSTP Port States and Roles 
44-VSTP Deployment 
45-MSTP 
5-Key Terms for Provider Bridging
6-The Challenge with Multiple Service Provider Bridging
7-VLAN Translation Key Terms
8-Virtual Private LAN Services (VPLS)
9-Summarizing Service Provider Bridging Concepts
 
46-Deploy Junos VSTP and Cisco PVST+ 
47-Protecting STP 
48-Summarizing STP 
49-Introducing Advanced Routing Options 
50-Enable Per-Flow Load Balancing 
51-Load Balancing Static Routes 
52-Backup Static Routes and Default Settings 
53-Martian Routes 
54-Aggregate Routes 
55-Generate Routes 
56-Configure Routing Instances 
57-Configure Route Leaking 
58-Summarizing Advanced Routing 
59-Introducing OSPF on Junos 
60-The OSPF State Machine 
61-Designated Routers and Backup Designated Routers 
62-Link State Advertisements and LSA Flooding 
63-OSPF Area Types 
64-Securing OSPF 
65-Summarizing OSPF on Junos 
66-Introducing IS-IS on Junos 
67-The ISO CLNS Levels 
68-IS-IS Areas 
69-IS Adjacency Formation and Behaviors 
70-Configuring the NET Address 
71-Configuring Level 1 IS Adjacencies 
72-Configuring Level 2 IS Adjacencies 
73-Configure Level 1-2 Borders 
74-Configure IS-IS Authentication 
75-Summarizing IS-IS 
76-Introducing MPLS 
77-The Benefits of MPLS 
78-The Concept of Pseudowires 
79-MPLS Packet Flows and Key Terms 
80-A Closer Look at the Penultimate Hop 
81-Enabling MPLS on Junos 
82-Configure a Static LSP 
83-What Signaling Protocols Do 
 
 
100-Tie-Breaking Rules Explored and Configured 
101-Administrative Groups (Link Colors) 
102-Configuring Administrative Group Constraints 
103-Bidirectional LSPs 
104-Measuring Bidirectional LSP Performance 
105-Summarizing CSPF 
106-Introducing BGP 
107-Why BGP Exists 
108-Configuring Basic BGP Adjacencies (Multi-Vendor) 
109-Group Types (aka, eBGP vs iBGP) 
110-Advertising Prefixes 
111-Next-Hop Self 
112-Where MPLS Fits In 
113-A Note About iBGP Scaling Problems 
114-Summarizing BGP Configurations 
115-First Things First... 
116-Local Preference 
117-Accumulated Interior Gateway Protocol (AIGP) 
118-AS-PATH (Like a Hop Count) 
119-Origin Code 
120-Multi-Exit Discriminator (MED) 
84-Summarizing MPLS 
85-Introducing Label Signaling Protocols 
86-LDP Foundations 
87-Deploying LDP 
88-Validating LDP 
89-RSVP Path Construction 
90-Explicit Route Objects (ERO) 
91-Deploying RSVP 
92-Exploring Bandwidth Reservation and EROs 
93-Validating RSVP 
94-Other Powerful RSVP Mechanisms 
95-Summarizing Label Signaling Paths 
96-Introducing CSPF 
97-The Dynamic Traffic Engineering Solution 
98-Exploring TED Closer 
99-How CSPF Works (Deploying CSPF) 
 
121-eBGP vs iBGP 
122-Lowest IGP Metric (Closest Exit) 
123-Oldest Path 
124-Router ID 
125-Cluster List 
126-IP Address 
127-Summarizing BGP Best Path Selection 
128-Introducing VPNs 
129The Point of Tunnels 
130-Enable Tunneling on MX Routers 
131-Configure an IP-IP Tunnel 
132-The GRE Protocol Explored 
133-Configure GRE Tunnels 
134-Enable an IGP Over GRE 
135-Tunnel IPv6 Over IPv4 Using GRE 
136-Tunnel Frames Over GRE 
137-Tunnel MPLS Over GRE 
138-Summarizing Tunnels 
139-Introducing Junos Resiliency 
140-VRRP Fundamentals 
141-Configuring VRRP 
142-Graceful Restart 
143-Graceful Routing Engine Switchover (GRES) 
144-Nonstop Active Routing (NSR) 
145-In-Service Software Upgrade 
146-Virtual Chassis 
147-Summarizing Junos Resiliency 
148-Introducing IPv6 
149-IPv6 Address Formats 
150-Common IPv6 Address Families 
151-Stateless and Stateful Addressing 
152-Configuring IPv6 Addresses on Junos Interfaces 
153-Configuring IS-IS for IPv6 
154-Configuring OSPFv3 
155-Configuring BGP with IPv6 
156-Summarizing IPv6