100% Juniper JN0-650 Guaranteed Success With Testking Training Materials

This outcome is associated with BGP selection evidence (Inspect detailed BGP routes, attributes, next hops, and the active-path indication.), not the specified action.

This outcome is associated with BGP next-hop validity (Restore IP routing reachability to the route's recursive BGP next hop.), not the specified action.

This outcome is associated with Origin type tie break (Use the BGP origin-attribute comparison in the supported path selection sequence.), not the specified action.

That alternative applies to Origin type tie break instead. A route with IGP origin can be preferred over an incomplete-origin path in this tie.

That alternative applies to BGP next-hop validity instead. The path can participate in valid best-path selection after next-hop resolution.

That alternative applies to BGP selection evidence instead. The ranking evidence can identify the selection criterion behind the chosen path.

This other case would be better matched to Inspect detailed BGP routes, attributes, next hops, and the active-path indication. The ranking evidence can identify the selection criterion behind the chosen path.

This other case would be better matched to Use the BGP origin-attribute comparison in the supported path selection sequence. A route with IGP origin can be preferred over an incomplete-origin path in this tie.

This other case would be better matched to Restore IP routing reachability to the route's recursive BGP next hop. The path can participate in valid best-path selection after next-hop resolution.

That action targets Higher local preference: Local-preference ranking can steer outbound traffic toward the preferred egress. It does not directly resolve the stated MED comparison requirement.

That action targets BGP route preference: The operator can identify why a non-BGP route wins active-route selection. It does not directly resolve the stated MED comparison requirement.

That action targets EBGP over IBGP selection: The externally learned path can become preferred after higher priority criteria tie. It does not directly resolve the stated MED comparison requirement.

This outcome is associated with BGP route preference (Compare Junos route preference values across protocols before changing BGP policy.), not the specified action.

This outcome is associated with EBGP over IBGP selection (Apply the normal BGP preference for an EBGP path over an otherwise comparable IBGP path.), not the specified action.

This outcome is associated with Higher local preference (Use policy to assign a higher BGP local-preference value to the route via exit A.), not the specified action.

That alternative applies to Higher local preference instead. Local-preference ranking can steer outbound traffic toward the preferred egress.

That alternative applies to BGP route preference instead. The operator can identify why a non-BGP route wins active-route selection.

That alternative applies to EBGP over IBGP selection instead. The externally learned path can become preferred after higher priority criteria tie.

This other case would be better matched to Use policy to assign a higher BGP local-preference value to the route via exit A. Local-preference ranking can steer outbound traffic toward the preferred egress.

This other case would be better matched to Apply the normal BGP preference for an EBGP path over an otherwise comparable IBGP path. The externally learned path can become preferred after higher priority criteria tie.

This other case would be better matched to Compare Junos route preference values across protocols before changing BGP policy. The operator can identify why a non-BGP route wins active-route selection.

That action targets BGP next-hop validity: The path can participate in valid best-path selection after next-hop resolution. It does not directly resolve the stated Origin type tie break requirement.

That action targets BGP selection evidence: The ranking evidence can identify the selection criterion behind the chosen path. It does not directly resolve the stated Origin type tie break requirement.

That action targets Shorter AS path: The fewer-AS route can win when earlier selection criteria are equal. It does not directly resolve the stated Origin type tie break requirement.

This outcome is associated with BGP selection evidence (Inspect detailed BGP routes, attributes, next hops, and the active-path indication.), not the specified action.

This outcome is associated with BGP next-hop validity (Restore IP routing reachability to the route's recursive BGP next hop.), not the specified action.

This outcome is associated with Shorter AS path (Prefer the route with the shorter AS-path length under the normal selection sequence.), not the specified action.

That alternative applies to BGP selection evidence instead. The ranking evidence can identify the selection criterion behind the chosen path.

That alternative applies to Shorter AS path instead. The fewer-AS route can win when earlier selection criteria are equal.

That alternative applies to BGP next-hop validity instead. The path can participate in valid best-path selection after next-hop resolution.

This other case would be better matched to Restore IP routing reachability to the route's recursive BGP next hop. The path can participate in valid best-path selection after next-hop resolution.

This other case would be better matched to Inspect detailed BGP routes, attributes, next hops, and the active-path indication. The ranking evidence can identify the selection criterion behind the chosen path.

This other case would be better matched to Prefer the route with the shorter AS-path length under the normal selection sequence. The fewer-AS route can win when earlier selection criteria are equal.