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5.6.1 How To Assign IPv4 Addresses for Multiple Internal Cards

For multiple cards, use of IPv4 is more complicated, due to the need to specify, on the Host-PC, routing information for each individual SP-ICE-3 Card.

This requirement can be met by placing each card in a separate Sub-Net.

Choosing IPv4 Addresses for Multiple Cards

  1. For each card, select an individual Sub-Net.

    • If we have, say, 3 cards in total, we might choose the sub-nets as follows:

      Card #

      Sub-Net

      1

      192.168.31.0 / 24

      2

      192.168.32.0 / 24

      3

      192.168.33.0 / 24

  2. For each card, choose IPv4 addresses within the card's sub-net for both end-points of the Virtual Ethernet Cable between the Host-PC and the SP-ICE-3 Card.

    • Continuing our example, we might choose the end-point addresses as follows:

      Card #

      Card End-Point

      Host-PC End-Point

      1

      192.168.31.1

      192.168.31.2

      2

      192.168.32.1

      192.168.32.2

      3

      192.168.33.1

      192.168.33.2

Having chosen IPv4 addresses for our cards, we now have to assign them to the end-points both on the cards themselves, and on the Host-PC.

IPv4 Address Assignment for Multiple Cards

  1. Manually assign the chosen IPv4 address and netmask to the SP-ICE-3 Card:

  2. Reboot the SP-ICE-3 Card.

    Important note  Important

    Be aware that once the card reboots, you will temporarily be unable to make further contact with it from the Host-PC until you have completed the rest of the procedure.

  3. Manually assign the chosen IPv4 address and netmask to the Host-PC's end-point of the Virtual Ethernet Cable:

Conclusion

At this point, you should find it possible to establish contact between the Host-PC and the SP-ICE-3 Cards, using your chosen IPv4 addresses.

Note  Note

Although the Discovery mechanism is available in this configuration, it's not really very useful, since we know the addresses of the cards already!