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documentation:setup_and_user_guide:lan_interface_and_ip_configuration

LAN interface and IP configuration

Once you have installed XigmaNAS on a CF, HDD or USB drive and the computer has rebooted from that device, and when the menu is up again,

Console Menu
------------
1) Configure Network Interfaces    10) Configure Hosts Allow for WebGUI
2) Configure Network IP Address    11) Restart WebGUI
3) Reset WebGUI Password           12) Resart WebGUI. force HTTP on port 80
4) Reset to Factory Defaults       20) Console Keyboard Map
5) Ping Host
6) Shell
7) Reboot Server
8) Shutdown Server

Enter a number:

The default configuration of XigmaNAS is to use the first detected NIC (Network Interface Card) with the IP address set to 192.168.1.250.

  • Select 1 and enter the name of your Ethernet Interface (fxp0 in my case, yours may be different)
  • Press <Return> at the Optional 1 Interface prompt, select ‘y’ and setup the interface.
  • select 2 and choose to use or not to use the DHCP client. If not, enter your IP Address settings (192.168.8.128 and /24 in my example) and the proper gateway address.
  • Once the menu is up, select 5 and ping another device on the subnet and ensure network connectivity is OK (remember that it is not possible to ping a computer protected by a personal firewall). Disable the firewall first.
FreeBSD doesn’t use generic network interface name as Linux (eth0 for example). The network interface name is dependant of the drivers used:
  • fxp0 : For the first Intel EtherExpress chipset NIC found
  • fxp1 : For the second Intel EtherExpress chipset NIC found
  • bge0: For the first Broadcom BCM570XX Gigabit NIC found
  • nve0: For the first nVidia nForce MCP chipset found
  • etc…
Warning: fwip0 & fwe0 are firewire ports. If you see fwip0 or fwe0 on you port list, DO NOT use it. Better yet, turn off firewire in the BIOS if you are not using those ports for anything.
  • XigmaNAS transfer rates are very dependent on network transfer speeds more so than cpu and memory performance.
  • If you experience slow transfer rates to and from the XigmaNAS, connect the desktop directly to the NAS with a crossover cable. Speed and Duplex settings can then be adjusted to test with the computers directly connected
The switch I connected to my NAS with required all interfaces to be set at auto negotation. The crossover cable will allow you to test/troubleshoot and bypass possible switch bottlenecks. The switch I am using is due for replacement and the crossover cable isolated the bottleneck
documentation/setup_and_user_guide/lan_interface_and_ip_configuration.txt · Last modified: 2018/07/14 16:48 by zoon01