Connecting Fabric Interconnects together with FC

Hi,
Is it possible to link two Fabric Interconnects together with FC uplinks?
If I have two sites and I have a pair of Fabric Interconnects in site A and a pair in site B. Is it possible to connect FI-A of site A to FI-A in site B via an FC upllink port? Or should I use a Cisco MDS or Brocade switch to make the connection?
In each site we have a server with FC connections and they need access the storage on the other side. Is it possible if I place the FI in FC switching mode?
Kind regards,
Gert

Hi Robert,
Thanks for the answer. On each site there is only one server with FC connections, so it's a high cost to buy MDS switches only for that. Is it possible to connect them via FC or should we really buy some FC switches. It's only for 1 server per site...
Thanks in advance and regards,
Gert

Similar Messages

  • Connecting Fabric Interconnect with MDS

    Dear Team,
    Kindly share how to configure connectivity between Fabric Interconnect and MDS
    what are the steps to be followed in establishing a successful connection between FI and MDS
    We have a tape library from IBM and trying to connect the same to FI via MDS and want this Tape library to be detected on the guest VM running windows 2008 on Esxi( Service profile with 2 vhba already added),we are trying using Fibre connectivity.
    Also please advice in which mode should we keep the FI (FC switching,end host etc)
    Thanks and Regards
    Jose

    Hi Jose,
    The common steps to configure FC on FI and MDS as following :
    1. FI configured in NPV mode, ensure that all FC uplinks and vHBA of Blades have been assigned on correct VSAN
        Verify if vHBA Flogi into the FI
        show npv flogi-table
        show npv status
    Example
    FI-A(nxos)# sh npv flogi-table
    SERVER                                                                  EXTERNAL
    INTERFACE VSAN FCID             PORT NAME               NODE NAME       INTERFACE
    vfc703    10   0x330001 20:00:00:cc:1e:dc:01:0a 20:00:00:25:b5:00:00:03 San-po102
    vfc711    10   0x330002 20:00:00:cc:1e:dc:02:0a 20:00:00:25:b5:00:00:02 San-po102
    Total number of flogi = 2.
    FI-A(nxos)# sh npv status
    npiv is enabled
    disruptive load balancing is disabled
    External Interfaces:
    ====================
      Interface: san-port-channel 102, State: Up
            VSAN:   10, State: Up, FCID: 0x330000
      Number of External Interfaces: 1
    Server Interfaces:
    ==================
      Interface: vfc703, VSAN:   10, State: Up
      Interface: vfc711, VSAN:   10, State: Up
      Number of Server Interfaces: 2
    2. Enable NPIV mode on MDS, configure the link to FI as F port. Assign this port into correct VSAN
        FI will become Node proxy, so verify if all vHBA have been detect on Upstream NPIV switch
    SW2(config)# sh npiv status
    NPIV is enabled
    SW2(config)# sh flogi database
    INTERFACE        VSAN    FCID           PORT NAME               NODE NAME      
    San-po102        10    0x330000  24:66:00:2a:6a:05:e9:00 20:0a:00:2a:6a:05:e9:01
    San-po102        10    0x330001  20:00:00:cc:1e:dc:01:0a 20:00:00:25:b5:00:00:03
                               [BLADE1-SAN-A]
    San-po102        10    0x330002  20:00:00:cc:1e:dc:02:0a 20:00:00:25:b5:00:00:02
                               [BLADE2-SAN-A]
    3. Configure zoning on the MDS (to make sure whether the issue on zoning or not, you can configure the default zone to permit)
    Example : zone default-zone permit vsan 1
    Verify the zoning on Upstream NPIV switch
    SW2(config)# SH ZONESet active vsan 10
    zoneset name ZONESET-VSAN10 vsan 10
      zone name INE-VSAN10 vsan 10
      * fcid 0x330001 [device-alias BLADE1-SAN-A]
      * fcid 0x330002 [device-alias BLADE2-SAN-A]
      * fcid 0x2a0000 [device-alias FC-SAN10]
    4. Ensure that vHBA of BLADE had been discovered on the storage device. Configure LUN masking on the storage
    I really don't have enough knowledge of VMware hahaha.....so can't help for troubleshooting the VM....Really sorry
    Thanks,
    Gofi

  • Connecting Fabric Interconnect to iSCSI array

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    Hi
    this is more of a design question, you have to think what will need access to the ISCCI storage array. For example, if only UCS blaes will have access to this storage array, you may want to consider connecting it directly as iscsi traffic won't have to go through your N7Ks if both fabrics are active.
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  • Use UCS Fabric Interconnect 6100 with Extension Module E0060 (6 FC Ports)

    Hi Everybody,
    I have problem in my Architecture !!!   I THINK
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    I tried to find details or case study for this way but No thing find !!!!!!!!!!!!
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    Thanks for your answer Michael,
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  • 6200 Fabric Interconnect licensing with 2232 FEX

    I have searched and searched but can't find the document to answer this.  I know that every port on a 6248 or 6296 needs to be licensed to work whether it's Ethernet, FC, or FCoE. 
    We know it's supported and we want to connect a pair of 2232PP FEX up to our 6200 FI for C-series server connectivity.
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    Thanks!
    Chris

    Hello Chris,
    The ports on FI connecting to FEX ( Server ports ) needs to have licenses. The ports on FEX connecting to hosts ( rack servers - backplane ports  ) is not counted for licenses.
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    Padma

  • Appliance port on 6248 Fabric Interconnects

    Is it possible to setup a storage device with a CIFS share on the 6248's through a port defined as an appliance port?  The GUI guide says this:
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    I'm trying to setup a storage unit that does both NFS and CIFS, but the backup software that I want to point to it through the FI's needs to have it as a CIFS share due to being a Windows platform.
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    Thanks,
    Chad

    iSCSI, CIFS and NFS targets are all valid uses for the appliance port. 
    All the appliance port does is allow MAC learning on the interface. 
    Regards,
    Robert

  • Fabric Interconnect 6248 & 5548 Connectivity on 4G SFP with FC

    Hi,
    Recently I came across a scenario when I connected a 4G SFP on Expansion Module of 6248 Fabric Interconnect at one end and at other end 4G SFP on 5548UP. I was unable to establish FC connectivity between both of the devices and the momemt I connected 4G SFP on Fixed Module of 6248 connectivity got established between both the devices
    I would like to know do I have to do any changes on FI's Expansion module to get the connectivity working or this kind of behivor is expected behavior
    Do let me know if you need any other information on this
    Regards,
    Amit Vyas

    Yes, On FI-B port 15-16 should be in VSAN 101 instead of 100, I have made that correction
    Q. are you migrating the fc ports from the fixed to the expansion module ?
         A: As off now I am not migrating FC port but in near future I have to migrate FC ports to Expansion module and I don't want to waste my time for troubleshooting at that time.
    Is my understanding correct, that you have 2 links from each FI to a 5548, no port fc port-channel ?
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    Following is the out of "show interface brife" from both 5548UP switches
    Primary5548_SW# show interface brief
    Interface  Vsan   Admin  Admin   Status          SFP    Oper  Oper   Port
                      Mode   Trunk                          Mode  Speed  Channel
                             Mode                                 (Gbps)
    fc1/29     100    auto   on      up               swl    F       4    --
    fc1/30     100    auto   on      up               swl    F       4    --
    fc1/31     100    auto   on      up               swl    F       4    --
    fc1/32     100    auto   on      up               swl    F       4    --
    Ethernet      VLAN    Type Mode   Status  Reason                   Speed     Port
    Interface                                                                    Ch #
    Eth1/1        1       eth  access down    Link not connected          10G(D) --
    Eth1/2        1       eth  access down    Link not connected          10G(D) --
    Eth1/3        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/4        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/5        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/6        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/7        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/8        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/9        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/10       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/11       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/12       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/13       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/14       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/15       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/16       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/17       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/18       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/19       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/20       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/21       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/22       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/23       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/24       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/25       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/26       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/27       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/28       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/1        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/2        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/3        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/4        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/5        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/6        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/7        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/8        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/9        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/10       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/11       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/12       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/13       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/14       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/15       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/16       1       eth  access down    SFP not inserted            10G(D) --
    Port   VRF          Status IP Address                              Speed    MTU
    mgmt0  --           up     172.20.10.82                            1000     1500
    Interface  Vsan   Admin  Admin   Status      Bind                 Oper    Oper
                      Mode   Trunk               Info                 Mode    Speed
                             Mode                                            (Gbps)
    vfc1       100    F     on     errDisabled Ethernet1/1              --
    Primary5548_SW#
    Secondary5548_SW# show interface brief
    Interface  Vsan   Admin  Admin   Status          SFP    Oper  Oper   Port
                      Mode   Trunk                          Mode  Speed  Channel
                             Mode                                 (Gbps)
    fc1/29     101    auto   on      up               swl    F       4    --
    fc1/30     101    auto   on      up               swl    F       4    --
    fc1/31     101    auto   on      up               swl    F       4    --
    fc1/32     101    auto   on      up               swl    F       4    --
    Ethernet      VLAN    Type Mode   Status  Reason                   Speed     Port
    Interface                                                                    Ch #
    Eth1/1        1       eth  access down    Link not connected          10G(D) --
    Eth1/2        1       eth  access down    Link not connected          10G(D) --
    Eth1/3        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/4        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/5        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/6        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/7        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/8        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/9        1       eth  access down    SFP not inserted            10G(D) --
    Eth1/10       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/11       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/12       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/13       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/14       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/15       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/16       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/17       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/18       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/19       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/20       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/21       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/22       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/23       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/24       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/25       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/26       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/27       1       eth  access down    SFP not inserted            10G(D) --
    Eth1/28       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/1        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/2        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/3        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/4        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/5        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/6        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/7        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/8        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/9        1       eth  access down    SFP not inserted            10G(D) --
    Eth2/10       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/11       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/12       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/13       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/14       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/15       1       eth  access down    SFP not inserted            10G(D) --
    Eth2/16       1       eth  access down    SFP not inserted            10G(D) --
    Port   VRF          Status IP Address                              Speed    MTU
    mgmt0  --           up     172.20.10.84                            1000     1500
    Interface  Vsan   Admin  Admin   Status      Bind                 Oper    Oper
                      Mode   Trunk               Info                 Mode    Speed
                             Mode                                            (Gbps)
    vfc1       1      F     on     errDisabled Ethernet1/1              --
    Secondary5548_SW#

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  • Port-channel L2 problem with Fabric Interconnect and Nexus 7010

    Hi,
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    SVRN7KFARM-HO-01# show port-channel summary
    Flags:  D - Down        P - Up in port-channel (members)
            I - Individual  H - Hot-standby (LACP only)
            s - Suspended   r - Module-removed
            S - Switched    R - Routed
            U - Up (port-channel)
    Group Port-       Type     Protocol  Member Ports
          Channel
    1     Po1(SU)     Eth      LACP      Eth1/1(P)    Eth1/2(P)    Eth1/3(P)
                                         Eth1/4(P)    Eth1/25(P)  
    2     Po2(SU)     Eth      LACP      Eth1/9(P)    Eth1/10(P)   Eth1/11(P)
                                         Eth1/12(P)   Eth1/26(P)  
    3     Po3(SU)     Eth      LACP      Eth1/17(P)   Eth1/18(P)  
    4     Po4(SU)     Eth      NONE      Eth10/32(P)  Eth10/34(P)  Eth10/35(P)
                                         Eth10/36(P)
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    Berwin H

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    Too bad Cisco could not create a linux util rpm that would allow looking down the fabric while running. Im quit sure emulex has this kind of util, called HBAanywhere...at least for solaris.
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    My problem with seeing a shorter list of luns on 2 of my FC paths may get solved this afternoon by a change my SAN admin is going to make.. If it does I will post the fix.

  • 6500 / fabric interconnect

    Hi all,
    its any issue to get a fabric interconnect cluster connected to a 6504??
    becuase we are reviewing to get a connection betwen this 2 devices without any nexus devices.... is any problem with that??

    Hello ,
    Yes, you can connect UCS FI to 6500 switch.
    Make sure you configure STP port fast on the 6K switch ports connecting to FI ( if operating in End host mode ).
    Padma

  • UCS-Fabric Interconnect Replacement

    Hello everybody,
    I have a UCS domain with a failed Fabric Interconnect and i have to replace this Fabric. For me there is no action to do in the configuration of the new FI i just have to add it in the existing domain and give it the IP address, but i have a question about the firmware version. is the firmware automatically installing in the new Fabric or have i to install it manually ? the firmware version in my domain is 2.2(1b).
    Thanks for the answer
    Best Regards 
    François Fiocre

    Hi Claudio
    I assume you talk about 10G copper, not 1G copper;
    and if 10G: CX-4 (Twinax) cables, or 10G Base-T ? 
    There is a 12-port 10GBASE-T module, but this is only supported on the Nexus 5596T so of no use on Nexus 5596UP switch, nor UCS FI.
    Anyway, it is a not recommended to connect UCS FI Uplinks to a Nexus 22xx ? just think about the oversubscription ! you would like to have as much bandwidth Northbound as possible.

  • Fabric Interconnect and storage solutions

    Dear
    Please I would like to clarify a question, is that a solution of storage, such as EMC VNX5300 can be connected directly to a Fabric Interconnect, but would lose functionality when connected to a Nexus 5000 switch. I would like someone to clarify this doubt indicating that functionality is lost when direct connection would be advisable to FI or the Nexus.
    Regards

    In versions of UCS earlier than 2.1, you had the  option to useDirect Attached Storage DAS with UCS. However, you needed a SAN switch connected  to the FI so the switch could push the zone database to the FI. That is,  the UCS platform was not able to build a zone database
    With the release of Version 2.1, UCS now has the  ability to build its own zone database. You can have DAS with UCS  without the need for a SAN switch to push the zoning configuration
    hope this helps

  • Cisco UCS 6200 Fabric InterConnects Needed?

    Currently looking to put Cisco UCS 5100 blades into our datacenter. Our core currently has a 7K with F2 48-Port blades with FCOE licenses. We currently have our ESXi servers terminating directly to the 7K for both 10G Ethernet and storage via FCOE. If we decide to replace our standalone rackmount servers with UCS blades, can we connect the blade chassis directly to the 7K, or are the 6200 fabric interconnects required? If so, what purpose do they serve. Thanks.

    Yes, fabric interconnect is required for a UCS blade solution; it can aggregate a maximum of 20 chassis a 8 blades, or a total of 160 blades.
    On the fabric interconnect runs UCS manager as a application, which allows you to do firmware management for the server farm (bios, I/O adaptor, CIMC,....); the concept of service profiles implements server abstraction and mobility across hardware.

  • My iphone doesnt want to start.all it shows is the apple icon.nothing more.i have tried holding the home button together with the lock button.what can i do .thanks

    my iphone 4 doesnt want to start . all it shows is the apple icon.i have tried holding the home button together with the lock button. nothing seems to work . please help.

    Plug the iPhone in with the Wall Charger. Then while plugged in do the Reset again, hold both Home and Power buttons until the iPhone Restarts. This usually begins to happen in less than 20 seconds time.
    If you this does not work you can try to Restore the Firmware on your iPhone. If you decide to do this, connect your iPhone to your computer with iTunes open. Hold both the Home and Power buttons until the iPhone is detected by iTunes in Recovery Mode, this takes about 20 seconds time. Restore your iPhone.
    If this does not work, you can try to Restore the Firmware on your iPhone in DFU Mode. Connect your iPhone to your computer with iTunes open. Hold both Home and Power buttons for exactly 10 seconds, release the Power Button and keep holding the Home Button until iTunes recognizes the iPhone in Recovery Mode, about 20 seconds more time. Restore the iPhone.
    If this does not work and you have Warranty or AppleCare Coverage take your iPhone to Apple for resolution of the problem.

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