rfc9721v2.txt		rfc9721.txt
	skipping to change at line 703 ¶		skipping to change at line 703 ¶
	sequence number for its parent MAC route and for its MAC-IP route		sequence number for its parent MAC route and for its MAC-IP route
	children.		children.
	5.3. Sequence Number Synchronization		5.3. Sequence Number Synchronization
	To support mobility for multi-homed hosts, local MAC and MAC-IP		To support mobility for multi-homed hosts, local MAC and MAC-IP
	routes learned on a shared ES must be advertised with the same		routes learned on a shared ES must be advertised with the same
	sequence number by all PE devices to which the ES is multi-homed.		sequence number by all PE devices to which the ES is multi-homed.
	This applies to local MAC-only routes as well. MAC and MAC-IP routes		This applies to local MAC-only routes as well. MAC and MAC-IP routes
	for a host that is attached to a local ES may be learned via data		for a host that is attached to a local ES may be learned via data
	plane and ARP/NDP respectively, as well as via BGP EVPN from another		plane and ARP/NDP, respectively, as well as via BGP EVPN from another
	multi-homing PE to achieve local switching. MAC and MAC-IP routes		multi-homing PE to achieve local switching. MAC and MAC-IP routes
	learned via data plane and ARP/NDP are respectively referred to as		learned via data plane and ARP/NDP are respectively referred to as
	local MAC routes and local MAC-IP routes. BGP EVPN learned MAC and		local MAC routes and local MAC-IP routes. BGP EVPN learned MAC and
	MAC-IP routes for a host that is attached to a local ES are		MAC-IP routes for a host that is attached to a local ES are
	respectively referred to as Peer-Sync-Local MAC routes and Peer-Sync-		respectively referred to as Peer-Sync-Local MAC routes and Peer-Sync-
	Local MAC-IP routes as they are effectively local routes synchronized		Local MAC-IP routes as they are effectively local routes synchronized
	from a multi-homing peer. Local and Peer-Sync-Local route learning		from a multi-homing peer. Local and Peer-Sync-Local route learning
	can occur in any order. Local MAC-IP routes advertised by all multi-		can occur in any order. Local MAC-IP routes advertised by all multi-
	homing PE devices sharing the ES must carry the same sequence number,		homing PE devices sharing the ES must carry the same sequence number,
	independent of the order in which they are learned. This implies		independent of the order in which they are learned. This implies
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