
Fabric OS 5.3.0 administrator guide 393
21 Configuring and monitoring FCIP tunneling
The Fibre Channel over IP (FCIP) Tunneling Service is an optional feature that enables you to use Fibre
Channel “tunnels” to connect SANs over IP-based networks. An FCIP tunnel transports data between a pair
of Fibre Channel switches. You can have more than one TCP connection between the pair of Fibre Channel
switches. However, from the Fibre Channel fabric point of view, the FCIP tunnel is just a connection
between switches, and all the IP network and protocols remain invisible.
Supported platforms for FCIP
Fabric OS supports FCIP ISLs between two HP StorageWorks switches (
400 MP Router
or 4/256 SAN
Director with an FR4-18i blade).
The GbE ports on the FC4-16IP do not support FCIP tunneling.
NOTE:
The FCIP Tunneling Service for the HP StorageWorks 400 MP Router or HP StorageWorks
4/256 SAN Director with an FR4-18i blade is not compatible with the XPath FCIP service; nor is it
compatible with any other vendor’s implementation
.
About FCIP tunneling
FCIP tunneling enables you to connect fabrics over an IP connection. Depending on the port type you
select, the fabrics can merge or remain separate, while sharing devices. This enables you, for example, to
connect one central office to different branch offices without having to merge the fabrics.
The port types for FCIP tunneling are either VE_Port or VEX_Port. An FCIP tunnel using VE_Ports will merge
the two fabrics, and an FCIP tunnel using a VEX_Port will not merge the fabrics. A VEX_Port can only
connect to a VE_Port.
Fibre Channel frame encapsulation on one port and the reconstruction of Fibre Channel frames on the
other port is transparent to the initiator and target.
Fabric OS supports FCIP ISLs between two supported HP StorageWorks switches (400 MP Router or 4/256
SAN Director with B-Series MP Router blade) or routers.
The tunnel on each GbE port are numbered 0 through 7, and each tunnel corresponds to a virtual GbE
port. For example, tunnel 0 on GbE port 0 corresponds to logical FC port 16; tunnel 1 on GbE port 1
corresponds to logical FC port 25. The GbE physical ports enable you to configure the following tunnels
and corresponding virtual ports:
Table 97
Tunnels and virtual port numbering once configured
Physical ports
Tunnels
(portshow fciptunnel
slot/ge)
Virtual ports
(switchshow
ge0
0 through 7
16 through 23
(area numbers might be different
depending on the slot chosen for
the B-Series MP Router blade)
ge1
0 through 7
24 through 31
(area numbers might be different
depending on the slot chosen for
the B-Series MP Router blade)
Summary of Contents for AA979A - StorageWorks SAN Switch 2/8V
Page 1: ...HP StorageWorks Fabric OS 5 3 x administrator guide Part number 5697 0244 November 2009 ...
Page 16: ...16 ...
Page 20: ...18 ...
Page 24: ...24 Introducing Fabric OS CLI procedures ...
Page 116: ...118 Maintaining configurations ...
Page 170: ...172 Managing administrative domains ...
Page 200: ...202 Installing and maintaining firmware ...
Page 222: ...224 Routing traffic ...
Page 274: ...286 Administering FICON fabrics ...
Page 294: ...306 Working with diagnostic features ...
Page 350: ...362 Administering Extended Fabrics ...
Page 438: ...440 Configuring the PID format ...
Page 444: ...446 Configuring McData Open Fabric mode ...
Page 450: ...452 Understanding legacy password behaviour ...