Distributed Virtual Routing (DvR)

Note

Note

Local hosts use ARP entries and remote hosts use host entries. For information on IP ARP scaling, see IP Unicast.

Table 1. DvR Maximums

Attribute

Product

Maximum number supported
Note:

  • On the DvR leaf, you must enable the VRF scaling boot configuration flag if more than 24 VRFs are required in the DvR domain.

  • Scaling of the VSP 4450 Series controls the scaling of the DvR domain it is in. For VSP 4450 Series scaling information, see VOSS Release Notes for VOSS Release 8.10.

DvR Virtual IP interfaces

VSP 4900 Series

499 with vIST

500 without vIST

VSP 7400 Series

999 with vIST as interior node

1,000 without vIST as interior node

500 on boundary node

DvR domains per SPB fabric

VSP 4900 Series

16

VSP 7400 Series

16

Controller nodes per DvR domain with default route inject flag enabled

Total number of Controllers per domain cannot exceed 8.

Note:

A DvR domain containing only Controller nodes and no Leaf nodes can have more than 8 Controllers per domain.

VSP 4900 Series

8

VSP 7400 Series

8

Leaf nodes per DvR domain

VSP 4900 Series

250

VSP 7400 Series

250

DvR enabled Layer 2 VSNs

VSP 4900 Series

501 with vIST

502 without vIST

VSP 7400 Series

999 with vIST

1,000 without vIST

DvR host route scaling per DvR domain (scaling number includes local as well as foreign hosts of the Layer 2 VSN that are members of the domain)

If DvR Layer 2 VSNs span DvR domains, and all DvR Controllers have an IP interface on the Layer 2 VSNs, then the DvR host scaling is network-wide, as DvR Controllers will consume as many host routes as there are hosts across all DvR domains.

VSP 4900 Series

32,000

VSP 7400 Series

40,000
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