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How to use Private Networks with Elastic Metal servers
Private Networks allow your Elastic Metal servers to communicate with other Scaleway resources in an isolated and secure network, without the need of being connected to the public Internet. This is an optional billed feature, available with our Elastic Metal server ranges.
The Private Networks feature must be enabled on a per-server basis. Note that only Aluminium, Beryllium and Lithium Elastic Metal servers are compatible with Private Networks.
You can enable/disable Private Networks on compatible Elastic Metal servers either during creation of the server, or afterwards.
You can choose to enable the Private Networks feature during the creation of your Elastic Metal server. Simply use the toggle icon «Toogle Icon» when prompted by the creation wizard to enable the feature. If you do not enable the feature, it remains disabled by default.
- Navigate to the Elastic Metal servers page of the Scaleway console. A list of your Elastic Metal servers displays.
- Click the server for which you want to enable/disable the Private Networks feature. The server’s Overview page displays.
- Scroll to the Private Networks feature panel.
- Click Enable or Disable to enable/disable the Private Networks feature as required.
- Confirm the action when prompted.
Private Networks for Elastic Metal servers is a billable feature, and will be billed hourly or monthly depending on the type of Elastic Metal server you chose. If your Elastic Metal server is billed monthly and you disable the Private Networks feature after previously enabling it, you will still be billed for the feature for the current calendar month.
You can attach/detach Elastic Metal servers to a Private Network from either the Elastic Metal section of the console, or the Private Networks section.
- Navigate to the Elastic Metal page of the Scaleway console. A list of your Elastic Metal servers displays.
- Click the server you want to attach/detach from a Private Network.
- Click the Private Networks tab.
- Click Attach a Private Network and continue to step 5. Otherwise, to detach your server from a Private Network, click the icon next to the Private Network and confirm the action when prompted.
- Select Select and attach an existing Private Network, and choose a network from the dropdown list to attach your server to. Remember, only Private Networks in the same Availability Zone as your server will be displayed, you cannot attach a server to a Private Network from another Availability Zone.
- Select Create and attach a new Private Network, and enter a name for the new Private Network you wish to create.
- Click Attach a Private Network to confirm.
See our dedicated documentation how to attach and detach resources to/from a Private Network.
You must configure the virtual network interface on each Elastic Metal server you have added to a Private Network. Traffic from the public Internet and traffic from a Private Network will pass through the same network interface of the Elastic Metal server. We must therefore separate the traffic by adding a VLAN interface.
The following commands show how to configure the network interface on an Elastic Metal server running Ubuntu. For other operating systems, check the distributor’s documentation.
- Make a note of your Elastic Metal server’s VLAN ID. You can view this in the Private Networks tab of the Elastic Metal server in question.
- Connect to your Elastic Metal server via SSH.
- Find the network interface using the
ip link showcommand:
ip link show
The output will vary depending on the server, but here is an example:
1: lo: <LOOPBACK,UP,LOWER_UP> mtu 65536 qdisc noqueue state UNKNOWN mode DEFAULT group default qlen 1000
link/loopback 00:00:00:00:00:00 brd 00:00:00:00:00:00
2: eno1: <BROADCAST,MULTICAST,UP,LOWER_UP> mtu 1500 qdisc mq state UP mode DEFAULT group default qlen 1000
link/ether 9c:b6:54:bb:6c:64 brd ff:ff:ff:ff:ff:ff
3: eno2: <BROADCAST,MULTICAST> mtu 1500 qdisc noop state DOWN mode DEFAULT group default qlen 1000
link/ether 9c:b6:54:bb:6c:65 brd ff:ff:ff:ff:ff:ff
In this case, the network interface is identified by
4. Enter the following command to add a virtual link to the network interface. Replace
1234 with the VLAN ID you noted down in step 1 and
eno1 (if necessary) with the relevant network interface name identified in step 3.
sudo ip link add link eno1 name eno1.1234 type vlan id 1234
- Enter the following command to bring up the virtual link. Make the necessary replacements for
1234as you did previously.
sudo ip link set eno1.1234 up
- Enter the following command to assign an IP address. Make the necessary replacements for
1234as you did previously. See here for advice on choosing an IP address.
sudo ip addr add 10.10.10.10/24 dev eno1.1234
Log into your server as
Administrateurusing the Remote Desktop client.Note:
The default language of Windows Server installations is French. Make sure to use the user
Administrateurwhen connecting to your server. If required you can change the language of the operating system.
Launch the Server Manager application.
Click Local Server in the menu on the left. Then click NIC Teaming in the Properties section.
Launch the Server Manager application.am name of your choice (e.g.
default) and tick the checkbox NIC1. Then click OK.
Click Tasks > New Team. Enter a team name of your choice (e.g.
default) and tick the checkbox NIC1. Then click OK.
Select the Team interfaces tab in the Adapters and Interfaces section. Click Tasks > Add interface. A pop-up displays.your VLAN (e.g. 1234). Click OK to confirm.
Enter a name for the new interface (e.g.
default - VLAN 1234if your VLAN ID is 1234). Select Specific VLAN and enter the ID of your VLAN (e.g. 1234). Click OK to confirm.Important:
Two network interfaces display: Your VLAN and
default. Make sure to keep the default network as you will lose access to your server via the public Internet otherwise.
Click Start > Execute and tpye
ncpa.cpl. Then click OK to open the network connection manager.
Click on your VLAN network connection and right-click on it to open the menu. Click Properties to display the connection properties.
Select Internet Protocol version 4 (TCP/IPv4) and click Properties. A pop-up displays.ction manager.
Click Use the following IP address and configure the IPv4 configuration of your Private Network. Then click OK to save your conf
Click Close to close the network interface properties.
You completed the configuration of your Private Network on Windows Server 2019.Tip:
You can use the
ipconfigcommand to verify your IP configuration from a command prompt.
Prior to deleting a Private Network, all resources attached to the network must be detached.
See our dedicated documentation how to delete a Private Network.