
211
Table 18 Service module operating modes
Operating mode
Feature highlights
Recommended application
scenario
normal
Uses the default MAC address table
and routing table.
Common networks.
bridging
Increases the MAC address table size
to provide higher Layer 2 packet
forwarding performance.
A large MAC address table is required.
routing
Increases the IPv4 routing table size to
provide higher Layer 3 packet
forwarding performance.
A large IPv4 routing table is required.
mix-bridging-routing
Increases both the MAC address table
size and routing table size.
Both a large MAC address table and a
large routing table are required.
standard-ipv6
Optimizes resource sharing for ND and
ARP entries to provide optimal
forwarding performance in an
IPv4/IPv6 dual-stack environment.
The IPv4/IPv6 dual-stack is used.
ipv6
Increases the IPv6 routing table size to
provide higher Layer 3 packet
forwarding performance.
A large IPv6 routing table is required.
balance
Increases the MAC address table size,
ARP table size, and routing table size
to provide more balanced Layer 2 and
Layer 3 packet forwarding performance
than the
mix-bridging-routing
mode.
Requirements for the MAC address
table, ARP table, and routing table are
balanced.
enhance-bridge
Increases the MAC address table size
to provide higher Layer 2 packet
forwarding performance.
Has a smaller ARP table size than the
bridging
mode.
A large MAC address table is required.
This mode is typically used on a service
provider network.
Table 19 Table sizes on EA service modules in operating modes
Mode
Specifications
normal
ARP (NNI)—16K
MAC—32K
Routing (IPv4)—16K
Routing (IPv6)—8K
bridging
ARP (NNI)—16K
MAC—128K
routing
ARP (NNI)—16K
Routing (IPv4)—128K
Routing (IPv6)—8K
mix-bridging-routing
ARP (NNI)—16K
MAC—64K
Routing (IPv4)—64K
Routing (IPv6)—8K
standard-ipv6
ARP (NNI)—16K
MAC—32K
Содержание FlexNetwork 10500 Series
Страница 139: ...130 Sysname display version ...