Network port configuration can be achieved using a) the web interface, b) SSH command line interface(CLI). Using the Web interface is the easiest route, however in highly constrained network environments a pure CLI based configuration can be easier

WEB INTERFACE: NETWORK CONFIG

From the dashboard page, Start by selecting the configuration menu option from as shown below (highlighted in green).

Then edit the network configuration`s IP/Netmask/Gateway/DNS setting as shown in the image below. After each field has been edited the system automatically saves and updates the system setting (save button is not required). After completing the update, refresh the web page to confirm the new settings.

Select the tools menu from the top toolbar, as shown in the image below.

And finally select the Power Cycle / Reboot button to restart the system

added some random comments

10Gbps全二重回線のキャプチャのために、FMADIO20パケットキャプチャ装置は、2つの10GSFP+ 10Gbeポートを使って20Gbit回線のキャプチャを維持することを提供します。7.4ナノ秒の解像度を持つハードウェアパケットタイムスタンプとPVPv2またはGPSを使った100サブナノ秒の世界時間精度を特徴とするコンパクトな深さ650mmの1Uシャシーに収容されています。この20Gbeパケットキャプチャ装置は、20Gbps+以上のIOスループットを備えた高帯域幅SSDフラッシュ容量2TBをもっています。この2TBのキャッシュはRAW磁気ディスク容量16TBに書き込まれています。このシステムは、中頻度の20Gbps 全二重回線パケットキャプチャに最適です。

仕様:

• 2TBキャッシュのための20Gbit回線のキャプチャを維持

• コンパクトな1Uフォームファクター

• ハードウェアパケットタイムスタンプ

• 100サブナノ秒の精密な世界時間シンクロナイザー

• PTPv2 時間シンクロナイザー

• PTPv2+PPS時間シンクロナイザー

• GPS+PPS時間シンクロナイザー

• ホットスワップディスク容量16TB

• 高速SSDキャッシュ1TB

• x2 10G SFP+キャプチャポート

• x1 10G SFP+管理ポート

• x1 1G RJ45管理ポート

Modifying the network configuration setting in a restricted Colocation environment can be far easier to achieve via the command line. The first step is SSH into the system, change to the specified directory and view the current network settings, as shown below

aaron@display0:/tmp$ ssh fmadio@192.168.11.75
fmadio@192.168.11.75's password:
  _____                    .___.__      10G
_/ ____\_____  _____     __| _/|__|  ____
\   __\/     \ \__  \   / __ | |  | /  _ \
 |  | |  Y Y  \ / __ \_/ /_/ | |  |(  <_> )
 |__| |__|_|  /(____  /\____ | |__| \____/
            \/      \/      \/
============================================
  -+ no user serviceable parts inside +-
fmadio@fmadio10-049:~$ cd /mnt/store0/etc
fmadio@fmadio10-049:/mnt/store0/etc$ cat network.lua
-- auto generated on Tue Apr 14 10:38:13 2015
local Config =
{
["sf0"] =
{
    ["Mode"]    = "disabled",
    ["Address"] = "192.168.1.2",
    ["Netmask"] = "255.255.255.0",
    ["Gateway"] = "192.168.1.1",
    ["DNS"]     = "192.168.1.1",
},
["sf1"] =
{
    ["Mode"]    = "static",
    ["Address"] = "192.168.12.10",
    ["Netmask"] = "255.255.255.0",
    ["Gateway"] = "192.168.12.1",
    ["DNS"]     = "192.168.12.1",
},
["eth0"] =
{
    ["Mode"]    = "static",
    ["Address"] = "192.168.11.75",
    ["Netmask"] = "255.255.255.0",
    ["Gateway"] = "192.168.11.1",
    ["DNS"]     = "192.168.11.1",
},
["bmc"] =
{
    ["Mode"]    = "static",
    ["Address"] = "192.168.11.73",
    ["Netmask"] = "255.255.255.255",
    ["Gateway"] = "192.168.11.1",
    ["DNS"]     = "192.168.11.1",
},
}
return Config

In the example configuration file above, the network ports are mapped as follows

FMADIO 100G Hardware looks as follows

Spec sheet as follows

FMADIO10/FMADIO20

System includes the following items :

• x1 1U FMADIO10 or FMADIO20 Packet sniffer system (A)

• x1 GPS PPS -> PPS In SMA Coax Cable (B)

• x1 110V Japanese/American Power connector (C)

• x1 Rack mount Rail Kit (optional) (D)

(A) 1U FMADIO10 OR FMADIO20 PACKET SNIFFER DEVICE

Architecture

Layout of the network ports is as follows. for FMADIO100G v2 1U Capture System (10G SFP+ management)

Layout of the network ports for FMADIO100G v2 1U Analytics System (40G QSFP+ Management)

TBD

1Gbe Management Ports

Systems shipped Prior to April 2021, default 1G management port is "L2"

System shipped after April 2021 default 1G management port is "L1"

This was made as L1 port can bridge the IPMI/BMC port (single RJ45 connection for both Server and BMC), the L2 port can not bridged. Please contact support@fmad.io on how to swap.

IPMI Port

The IPMI Port is used for out of band communication with the system. It allows power on/off and KVM capabilities. Highly recommend connecting this. Default IP address is 192.168.0.93/24

Management Port

The Management ports can be 10G SFP+ or 40G QSFP+ depending on the system configuration. These can be run in standard, or link bonded / redundant setup.

FMADIO100Gv2 Capture systems,

FMADIO100G Gen2 Analytics Systems

Capture Port

Capture ports can be configured in the following way

PPS Connector

The PPS connector is a 1 Pulse Per Second time synchronization cable. It runs on a 3.3V trigger signal the interface is SMA Coaxial cable

In the unlikely event of a complete boot failure, system can be recovered by booting via the Virtual CDROM interface over a HTML BMC connection

Start by going to the BMC interface (default IP is 192.168.0.93) contact us for default login/password

Start the Remote HTML KVM

Will look like this. Select Brose Files, selecting an ISO image + Start the Media

System will boot Ubuntu (for example), we are using ( systemrescue 8.01 amd64)

https://sourceforge.net/projects/systemrescuecd/files/sysresccd-x86/8.01/systemrescue-8.01-amd64.iso/download

System will boot as follows, it may take several minutes depending on the speed of the HTML <-> FMADIO System connection. Recommend the closer the HTML instance is to the FMAD device the better.

If a particular boot stage is taking too long Ctrl-C can skip it

After SystemRescue CD has booted, the above is seen. Note the total number of bytes transfered over the Virtual ISO.

First step is to find the FMADIO OS and Persistant storage devices, Use the "lsblk" tool

Looking foor a small (15GB) partition as the OS boot disk. In this case its sda1 and a large (224GB or larger) partition for the Persistent storage

Sometimes its easier to work over SSH. To access the system find or assign an IP address to the a reachable interface

SystemRescuelCD by default has iptables setup. Disable all iptables as follows

iptables -F
iptables -X
systemctl stop iptables

Then setup a password for the root account

passwd

Then ssh access to the system is possible

aaron@ingress:~$ ssh root@192.168.2.121
The authenticity of host '192.168.2.121 (192.168.2.121)' can't be established.
ECDSA key fingerprint is SHA256:v2CQjmUL70YpMJh39GWhcyqanKUU4eqLXxjTg/2i35Q.
Are you sure you want to continue connecting (yes/no)? yes
Warning: Permanently added '192.168.2.121' (ECDSA) to the list of known hosts.
root@192.168.2.121's password:
[root@sysrescue ~]#

Next mount the FMAD OS and Persistant storage disks. They may be sda* or nvme0n1p* in this example its mapped to sda

[root@sysrescue ~]# cd /mnt
[root@sysrescue /mnt]# mkdir system
[root@sysrescue /mnt]# mkdir store0
[root@sysrescue /mnt]# mount /dev/sda1 system/
[root@sysrescue /mnt]# mount /dev/sda2 store0/
[root@sysrescue /mnt]#

Next check the contents, it should look roughtly like this

[root@sysrescue /mnt]# ls -al /mnt/system/
total 64
drwxr-xr-x 5 root root  8192 Jan  1  1970 .
drwxr-xr-x 1 root root    80 May 22 08:53 ..
drwxr-xr-x 3 root root  8192 Apr 18 15:16 boot
drwxr-xr-x 2 root root 40960 Apr 18 15:16 firmware
drwxr-xr-x 5 root root  8192 May 11 10:13 tce
[root@sysrescue /mnt]# ls -al /mnt/store0
total 17244
drwxrwxrwx 32 root   root      4096 May 11 08:32 .
drwxr-xr-x  1 root   root        80 May 22 08:53 ..
drwxr-xr-x  3 root   root      4096 May 11 11:29 etc
drwxr-xr-x  2 root   root      4096 Dec 17  2019 filter
drwxrwxrwx  4 root   root  17477632 May 22 08:37 log
drwx------  2 root   root     16384 Dec 16  2019 lost+found
drwxr-xr-x  6   1002 games     4096 Oct 12  2019 lxc
drwxr-xr-x  3   1002 games     4096 Aug  5  2020 plugin_data
drwxr-xr-x  2 root   root      4096 Dec 17  2019 stream
drwx------  4 nobody root      4096 Dec 29 03:23 tmp
drwxrwxrwx 10 root   root      4096 Mar 23 10:25 tmp2
[root@sysrescue /mnt]#