Example execution of commands
Show green-ethernet statistics:
console# show green-ethernet
Energy-Detect mode: Enabled
Short-Reach mode: Enabled
Power Consumption: 83% (5.57W out of maximum 6.69W)
Cumulative Energy Saved: 0 [Watt*Hour]
Short-Reach cable length threshold: 10m
Port Energy-Detect Short-Reach VCT Cable
Admin Oper Reason Admin Force Oper Reason Length
---- ----- ---- ------- ----- ----- ---- ------- ------
gi0/1 on off LU on off off LL < 50
gi0/2 on off LU on off off LL < 50
gi0/3 on off LU on off on < 50
gi0/4 on on on off off LD
…
gi0/21 on on on off off LD
gi0/22 on off LU on off on < 50
gi0/23 on off LU on off off LL 50 - 80
gi0/24 on off LU on off off LL 50 - 80
te0/1 on off LT on off off LT
te0/2 on off LT on off off LT
te0/3 on off LT on off off LT
te0/4 on off LT on off off LT
LU—interface is in the UP state
LD—interface is in the DOWN state
LL—cable length exceeds the threshold value
LT—optical interface
5.14 IPv6 addressing configuration
5.14.1 IPv6 protocol
MES3000 switches support IPv6 operations. Ipv6 support is the important advantage, since IPv6
protocol is destined to replace IPv4 protocol addressing completely in the future. In comparison to IPv4,
IPv6 has the extended address space—128 bit instead of 32. IPv6 address consists of 8 blocks separated by
a colon; each block has 16 bit of data, represented as 4 hexadecimal numbers.
In addition to address space extension, IPv6 has the hierarchical addressing scheme, provides route
aggregation, simplifies routing table, thus boosting the router performance by using neighbouring node
discovery mechanism.
Local IPv6 addresses (IPv6Z) are assigned to the interfaces by the switch; use the following format in
the command syntax for IPv6Z addresses:
<ipv6-link-local-address>%<interface-name>
where
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