Routing and Switching
Routing and Switching is at the core of the network. No matter what part of the network you play in, there’s something here for you.
In the switching world, we need to consider technologies like VLANs, Etherchannels, and Q-in-Q.
Of course, this wouldn’t be complete without discussions on OSPF, BGP, and other routing tehnologies.
Data Centre technologies also make an appearance. These include VXLAN, ITD, and FabricPath
Articles
- Etherchannels and LAGs
- Juniper Routers and Switches
- Juniper Traceoptions
- Monitoring Interface Status on JunOS Devices
- Console: Logout on Disconnect
- JunOS: Copy From USB
- Snapshots in JunOS
- Juniper Routing Instances
- JunOS Aggregate and Generate Routes
- Updating JunOS from the Command Line
- JunOS: Cleanup Storage Space
- JunOS Rescue Configuration
- Port Mirroring in Junos
- Convert Virtual Chassis to Stand Alone
- Mist Wired Assurance mist-dpc is not Defined
- Route Leaking with Instance Import
- On Demand Routing (ODR)
- Private VLANs
- Unidirectional Link Detection UDLD
- Q-in-Q Configuration
- Spanning Tree and VLANs in the Campus
- Nexus – Configuration Rollback
- Nexus Features and Feature-Sets
- ASIC’s in Nexus Switches
- Intelligent Traffic Director
- FabricPath
- VXLAN Overview
- Routing Design
- BGP – Bogons and Martians
- BGP – ORF
- BGP Prevent Transit AS
- BGP – Peer Templates
- BGP Communities
- MP-BGP
- BGP in the Enterprise
- Route Reflector Design
- Internet Registry ROA and RPKI
- VRF Lite
- Introduction to IS-IS
- Network Virtualization
- IOS-XE Packet Capture
- OSPF Design
- IS-IS Design
- EIGRP Design
- GRE Tunnels
- DMVPN
- OSPF over a Demand Circuit
Videos
GRE Tunnels
GRE Tunnels provide a convienient and inexpensive way to connect networks
VRF's
Break up your layer-3 network with VRF's. See how to use them, and what they can be used for
VXLAN
Safely scale out the layer-2 domain in the data centre. This is the start of the VXLAN journey