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MIB Reference Manual
Tunneling
Technique for enabling source and destination hosts to communicate when
on same type of network, but connected by a different type of network.
U_Port
Universal Port. Switch port that can operate as G_Port, E_Port, F_Port, or
FL_Port. A port is defined as a U_Port if not connected, or if it has not
assumed a specific function in the fabric.
UDP
User Datagram Protocol. A protocol that runs on top of IP and provides port
multiplexing for higher layer protocols.
ULP
Upper Layer Protocol. Protocol that runs on top of fibre channel. Typical
upper layer protocols: SCSI, IP, HIPPI, IPI.
ULP_TOV
Upper Level Timeout Value.The minimum time that a SCSI ULP process
waits for SCSI status before initiating ULP recovery.
Unicast
Transmission of data from a single source to single destination. See also
Broadcast, Multicast.
Web Tools
Product that provides a graphical interface for monitoring and managing
individual switches or entire fabrics from standard workstations.
Well-known address
As applies to fibre channel, a logical address stored on the switch and defined
by fibre channel standards as being assigned to a specific function.
WWN
Worldwide Name. Identifier that is unique world-wide. Each entity in a fabric
has a separate WWN.
Xmitted close state
The state in which an L_Port cannot send messages, but can retransmit
messages within the loop. A port in the Xmitted Close state cannot attempt
to arbitrate.
Zone
Set of hosts and devices attached to same fabric and having access
permission, including RSCNs and user data, to each other. Entities inside a
zone are not visible to entities outside the same zone, even if the outside
entities are in another zone.
Zone configuration
A specified set of zones. Enabling a zone configuration enables all zones in
that configuration. See also Defined configuration, Enabled configuration.
Zoning
Product that allows partitioning of fabric into logical groupings of devices.
See also Zone.
Содержание Surestore 6164 - Switch
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Страница 15: ...MIB II Object Types 15 Figure 2 Tree Structure for MIB II system interfaces at and ip Groups ...
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Страница 17: ...MIB II Object Types 17 Figure 4 Tree Structure for MIB II SNMP Group ...
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Страница 100: ...100 MIB Reference Manual Figure 5 FAMGMT Overall Tree Structure See Figure 6 See Figure 7 See Figure 7 ...
Страница 101: ...Fibre Alliance MIB Object Types 101 Figure 6 Tree Structure for connSet Tables ...
Страница 102: ...102 MIB Reference Manual Figure 7 Tree Structure for trapReg Table and statSet Tables ...
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Страница 186: ...186 MIB Reference Manual Figure 8 FE MIB Overall Tree Structure ...
Страница 187: ...FC Fabric Element MIB Object Types 187 Figure 9 Tree Structure for fcFeConfig and fcFeOpTables ...
Страница 188: ...188 MIB Reference Manual Figure 10 Tree Structure for fcFeError fcFeAcct and fcFeCap Tables ...
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Страница 256: ...256 MIB Reference Manual Figure 12 Tree Structure for swSystem swFabric swAgtCfg swFCPort and swNs Groups ...
Страница 257: ...FC Switch MIB Object Types 257 Figure 13 Tree Structure for swEvent swFwSystem and swEndDevice Groups ...
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