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Add wired network settings for macOS devices in Microsoft Intune

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Note

Intune may support more settings than the settings listed in this article. Not all settings are documented, and won't be documented. To see the settings you can configure, create a device configuration policy, and select Settings Catalog. For more information, go to Settings catalog.

You can create a profile with specific wired network settings, and then deploy this profile to your macOS devices. Microsoft Intune offers many features, including authenticating to your network, adding a Simple Certificate Enrollment Protocol (SCEP) certificate, and more.

This feature applies to:

  • macOS

This article describes the settings you can configure.

Before you begin

Wired Network

  • Network Interface: Select the network interfaces on the device the profile applies to, based on service-order priority. Your options:

    • First active Ethernet (default)
    • Second active Ethernet
    • Third active Ethernet
    • First Ethernet
    • Second Ethernet
    • Third Ethernet
    • Any Ethernet

    Options with "active" in the title use interfaces that are actively working on the device. If there are no active interfaces, the next interface in service-order priority is configured. By default, First active Ethernet is selected, which is also the default setting configured by macOS.

  • EAP type: To authenticate secured wired connections, select the Extensible Authentication Protocol (EAP) type. Your options:

    • EAP-FAST: Enter the Protected Access Credential (PAC) Settings. This option uses protected access credentials to create an authenticated tunnel between the client and the authentication server. Your options:

      • Do not use (PAC)
      • Use (PAC): If an existing PAC file exists, use it.
      • Use and Provision PAC: Create and add the PAC file to your devices.
      • Use and Provision PAC Anonymously: Create and add the PAC file to your devices without authenticating to the server.

    • EAP-TLS: Also enter:

      • Server Trust - Certificate server names: Enter one or more common names used in the certificates issued by your trusted certificate authority (CA). When you enter this information, you can bypass the dynamic trust window shown on user devices when they connect to this network.
      • Root certificate for server validation: Select one or more existing trusted root certificate profiles. When the client connects to the network, these certificates are used to establish a chain of trust with the server. If your authentication server uses a public certificate, then you don't need to include a root certificate.
      • Client Authentication - Certificates: Select an existing SCEP client certificate profile that is also deployed to the device. This certificate is the identity presented by the device to the server to authenticate the connection. Public Key Cryptography Standards (PKCS) certificates aren't supported.
      • Identity privacy (outer identity): Enter the text sent in the response to an EAP identity request. This text can be any value, such as anonymous. During authentication, this anonymous identity is initially sent. Then, the real identification is sent in a secure tunnel.

    • EAP-TTLS: Also enter:

      • Server Trust - Certificate server names: Enter one or more common names used in the certificates issued by your trusted certificate authority (CA). When you enter this information, you can bypass the dynamic trust window shown on user devices when they connect to this network.
      • Root certificate for server validation: Select one or more existing trusted root certificate profiles. When the client connects to the network, these certificates are used to establish a chain of trust with the server. If your authentication server uses a public certificate, then you don't need to include a root certificate.
      • Client Authentication: Select an Authentication method. Your options:
        • Username and Password: Prompts the user for a user name and password to authenticate the connection. Also enter:
          • Non-EAP method (inner identity): Select how you authenticate the connection. Be sure you choose the same protocol that is configured on your network. Your options:
            • Unencrypted password (PAP)
            • Challenge Handshake Authentication Protocol (CHAP)
            • Microsoft CHAP (MS-CHAP)
            • Microsoft CHAP Version 2 (MS-CHAP v2)
        • Certificates: Select an existing SCEP client certificate profile that is also deployed to the device. This certificate is the identity presented by the device to the server to authenticate the connection. PKCS certificates aren't supported.
        • Identity privacy (outer identity): Enter the text sent in the response to an EAP identity request. This text can be any value, such as anonymous. During authentication, this anonymous identity is initially sent. Then, the real identification is sent in a secure tunnel.

    • LEAP

    • PEAP: Also enter:

      • Server Trust - Certificate server names: Enter one or more common names used in the certificates issued by your trusted certificate authority (CA). When you enter this information, you can bypass the dynamic trust window shown on user devices when they connect to this network.
      • Root certificate for server validation: Select one or more existing trusted root certificate profiles. When the client connects to the network, these certificates are used to establish a chain of trust with the server. If your authentication server uses a public certificate, then you don't need to include a root certificate.
      • Client Authentication: Select an Authentication method. Your options:
        • Username and Password: Prompts the user for a user name and password to authenticate the connection.
        • Certificates: Select an existing SCEP client certificate profile that is also deployed to the device. This certificate is the identity presented by the device to the server to authenticate the connection. PKCS certificates aren't supported.
        • Identity privacy (outer identity): Enter the text sent in the response to an EAP identity request. This text can be any value, such as anonymous. During authentication, this anonymous identity is initially sent. Then, the real identification is sent in a secure tunnel.