INE

INE – Traffic Analysis with Netflow

INE – Traffic Analysis with Netflow
English | Size: 1GB
Category: Tutorial


Monitor, trace, and analyze network traffic data all at once
Identifying the root cause of a slow network depends on monitoring both network device performance and network traffic. SolarWinds Bandwidth Analyzer Pack (BAP) is a network traffic monitor combining the best-in-class features of Network Performance Monitor (NPM) and NetFlow Traffic Analyzer (NTA).

INE – MPLS Traffic Engineering

INE – MPLS Traffic Engineering
English | Size: 1GB
Category: Tutorial


R2 and XR1 are preconfigured as PE routers for the MPLS L3VPN customer routers R1 and XR2, respectively, but the core of the Service Provider network is not running LDP.

INE – MPLS L3VPN over DMVPN

INE – MPLS L3VPN over DMVPN
English | Size: 500MB
Category: Tutorial


BGP/MPLS VPN was initially defined in RFC2547, which was later obsoleted by RFC4367 and updated by some other RFCs.
2547oDMVPN is also known as MPLS VPN over DMVPN. This solution extends MPLS VPN to the branches. The branches in this deployment are connected to the hub through a Layer 3 SP service, a tunneled model using GRE is needed to extend MPLS to the branches. DMVPN provides two key advantages for extending MPLS VPNs to the branches, bulk encryption and a scalable overlay model. DMVPN allows the hub to have a single multipoint GRE tunnel interface to support large numbers of spokes. Cisco recommends that to seamlessly extend the enterprise MPLS Layer3 VPN network to the remote branches(Spokes), the DMVPN hub should be a P device to label switching packets between the hub and the branches.

INE – IPv6, MPLS, Internet Access & Multi-VRF CE

INE – IPv6, MPLS, Internet Access & Multi-VRF CE
English | Size: 668.31 MB
Category: Tutorial


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INE – Enhancing Network Operations With QoS

INE – Enhancing Network Operations With QoS
English | Size: 1.83 GB
Category: Cisco


Enhancing Network Operations With QoS by Keith Bogart
Computer networks are constantly in a state of flux. Their links can be perfectly fine one moment, and the next moment congested and dropping packets. For this reason QoS (Quality of Service) as a set of features is mandatory so that you can manage these times of congestion. This course is an introductory course into the world of QoS. In this course, you’ll learn about what makes buffers different than queues and how QoS gives you control over queues. You’ll be exposed to the concept of QoS classification and how this can be done at either Layer-2 or Layer-3 of the OSI model. And you’ll learn about many other QoS concepts such as Policing, Shaping, Scheduling and Queuing.