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What is a headend device? - Network Engineering Stack Exchange The Head-end would be the node point feeding the arc edge, with the dead-end being the receiving node point of the arc edge Colloquially, in the communications industry, head-end equipment is frequently associated with a transmitting station, while dead-end equipment might be the end user receiving equipment
switching - VXLAN ingress replication limitations? - Network . . . So in summary, if your intention is to evaluate and compare the ASIC capabilities from Vendor A and Vendor B, the question to ask them is whether their ASIC employs replication in the ASIC for Head-End Replication of VXLAN packets, or whether their ASIC uses recirculation
internet - How does broadcast work in cable networks? - Network . . . In particular, every packet sent by the head end travels down- stream on every link to every home and every packet sent by a home travels on the upstream channel to the head end For this reason, if several users are simultaneously downloading a video file on the downstream channel, the actual rate at which each user receives its video file
cisco - MPLS-TE backup LSP protection behavior - Network Engineering . . . Backup LSP: B -> J -> E (both the primary and backup paths begin at B and end at E) Please note that by default, MPLS TE tunnels are not advertised in the IGP, unless you configure a Forwarding Adjacency , which allows OSPF or ISIS to treat the tunnels as a routed link (although IGP adjacencies still don't form over the tunnel)
IPTV Cisco configuration for C2960 - Network Engineering Stack Exchange DCM switch is converting analog signal from head end to IP Recently added 50 IPTVs as expansion , due to which flickering latentcy - mainly BW related issue were seen As a recommendation from vendor , Multicast needs to be enabled I have tried understanding L-2 Multicast on cisco portal , however unable to understand what needs to configured
dual homing WAN circuits BGP - Network Engineering Stack Exchange What we do is run eBGP to our MPLS WAN, iBGP between the WAN routers at a site, and OSPF at the site Normally, we just get a default route at the remote sites, and a full table at the head-end sites That way we just let the MPLS cloud determine the routing
Multiple IPSEC tunnels between 2 Cisco Routers 2 types of VPN's are LAN-to-LAN and Remote Access Sounds like to want you configure some LAN-to-LAN VPN's The VPN head end is sometimes called a VPN concentrator or VPN head end You can establish as many VPN tunnels as you want (as are supported by the device) and even have various parameters across them This is not unusual
Should I increase the timeout value for UDP on our VPN router-device . . . This header starts with UDP source and destination port 4500 (by default, this is configurable) The destination port typically does not change (on route TO your VPN head end device) The source port typically does get changed by the transient NAT device (in this case, the remote office router) Now
Legacy Network, Adding new VLANs I've decided to replace 3 switches and add some new vlans in order to help organize things a bit better All Devices are Static, no outside access needed Switches are all HP Area on the right has all HP2920s along with an HP fiber switch at the head end Area on the right has a mix of HP2520s and HP2530 and all are layer 3