使用静态路由转发流量,是指定义一条通过Tunnel接口到达目的网络地址的静态路由,并且允许该静态路由迭代到SR-MPLS BE或SR-MPLS TE方式建立的LSP隧道中,使流量通过SR-MPLS BE或SR-MPLS TE隧道转发。关于静态路由迭代LSP隧道的详细介绍,请参见“三层技术-IP路由配置指导”中的“静态路由”。
#在Router A上配置到Router D的MPLS TE隧道Tunnel1:目的地址为Router D的LoopBack口地址4.4.4.4;同时,配置Tunnel1引用显式路径1,使流量沿MPLS TE 隧道转发。[RouterA] interface tunnel 1 mode mpls-te[RouterA-Tunnel1] ip address unnumbered interface LoopBack 1...
在两端设备上执行命令display bgp evpn all routing-table mac-route,检查Relay Tunnel Out-Interface字段取值是否正确,判断EVPN是否能迭代到SR-MPLS TE Policy隧道。 <HUAWEI>display bgp evpn all routing-table mac-route 0:48:00e0-fc12-3456:0:0.0.0.0 BGP local router ID : 10.11.1.1 Local AS number...
Essentially – the path that the SR-TE tunnel takes contains no real control-plane state, this is a real advantage for large networks as the whole thing is much more efficient. The only pitfall here, is that whilst we’ve generated a Segment-routed LSP, like all MPLS-TE tunnels we need...
il calcule le chemin de sauvegarde avec le chemin le plus court en premier. Cela garantit que le chemin de sauvegarde a le coût métrique le plus faible possible tout en évitant le chemin protégé. Un tunnel conçu pour le trafic qui...
cost multi-path ecmp 8 router-id 8 exit all b定义access互联接口 configure service ies 10002 customer 10002 create 第 14 页共 77 页 interface to-gaozhongyuanqu6503 create address 3/30 sap 1/1/14:18.0 create exit exit no shutdown exit exit all C在OSPF协议加入接口 configure router ospf ...
it calculates the backup path with the shortest path first. This ensures that the backup path has the lowest possible metric cost while it avoids the protected path. A traffic-engineered tunnel that follows the backup path is used for traffic if a ...
devices such as magnetic read heads and spin valves/tunnel junctions. These magnetic nanostructure devices have motivated researchers to investigate the EB effect with reduced lateral dimensions comparable to the AF domain size. Recently, it has reported that some materials exhibit zero-field-cooled (...
(BNTHx, x = 0, 0.025, 0.05, 0.1 and 0.15) ferroelectric layers. And thus thec-axis oriented BNTHx/La0.67Sr0.33MnO3ferromagnetic-ferroelectric composite films integrated onto the Si substrate were obtained. All layers were prepared by the low-cost and facile chemical solution deposition (...
The alloys were smelted in an electric resistance furnace under the protection of an SF6 and CO2 gas (SF6: CO2 = 1 : 99) mixture in a graphite crucible to obtain the ingot casting. After homogenization treatment at 500 °C for 6 h, the ingot casting was extruded at 280 °C with an...