A networker's blogIn the Virtual Chassis Fabric – Part I – Overview we saw the high level details of VCF technology proposed by Juniper for small to mid-size datacenter. In this post we are going to discuss about the control and forwarding planes of VCF. The strong ties between forwarding plane and its discovery mechanism and the… Keep reading »
In this post I will cover the basics of Virtual Chassis Fabric technology that Juniper recommends to deploy small and medium-sized datacenters. Virtual Chassis Fabric(VCF) allows to build a plug-and-play Ethernet fabric that scales up to 32 members and provides deterministic latency and over-subscription with an internal 3-stage Clos topology. A VCF is constructed using… Keep reading »
I had recently to configure link aggregation between a Linux host and a Juniper device. On Linux this is called bonding and the logical interface is usually called bondX. On Juniper this is called link aggregation and the logical interface is called aggregated ethernet, aeX. For this example I used Ubuntu and based on the… Keep reading »
Starting with kernel 4.6, support for MACsec has been added in Linux so it won’t be needed to use a release candidate to test this feature. There are two ways to implement MACsec: manually configure secure channel(SC), security association(SA) and the keys(this is what we are going to see) use dot1x with MACsec extensions that… Keep reading »
In two older posts, Media Access Control Security(MACsec IEEE 802.1AE) – static secure association keys and Media Access Control Security(MACsec IEEE 802.1AE) – static connectivity association key we saw how you can configure MACsec on EX4550 switches. In both examples, the two devices where MACsec was configured were directly connected. But what happens when you… Keep reading »
Remember that in the QinQ and L2PT on Junos ELS post we discussed how to configure QinQ and L2PT on EX4600 and how we saw that actually L2PT is not supported on EX4600. Well, in this post we will discuss about a workaround and that is to configure a L2 Circuit(EoMPLS in Cisco world). L2… Keep reading »