WI-FI CONFIGURABLE OPTIONS

• WIFI Mode 
  • Access Point (AP): Serv acts as its own dual-band access point, allowing you to connect your device directly to Serv’s AP network, and for bonding multiple cellular devices for increased bandwidth. 
    • Access Point Name (SSID)
    • Access Point Security Mode
    • Access Point Region
    • Access Point Channel
  • Client: Your Serv and mobile device connect to the same local wireless network. Client Mode is typically used for normal WiFi operating and connecting to your local router
    • Auto Connect to saved networks (enable/disable)
    • IP Mode - 
      • Dynamic (DHCP): When set to DHCP, Serv requests an IP address and configuration from the network’s DHCP server.
      • Static: When set to Static, you will need to manually configure the IP address, subnet mask, gateway, and DNS server to connect to the network.
    • Wi-Fi Scan
    • Saved Networks
    • + Add network

WIRED CONFIGURABLE OPTIONS

• IP Mode  
  • Dynamic (DHCP): When set to DHCP, Serv requests an IP address and configuration from the network’s DHCP server.
  • Static: When set to Static, you will need to manually configure the IP address, subnet mask, gateway, and DNS server to connect to the network.
• MTU - MTU (Maximum Transmission Unit) represents the maximum packet or frame size that can be transmitted via Ethernet. The larger the MTU of a connection, the more data that can be passed in a single Ethernet packet.

MODEM CONFIGURABLE OPTIONS

• APN (Access Point Name)
• PIN
• Authentication (Node II/USB Modem only) - 
  • Auto: The modem is automatically detected and configured. Serv supports many modems worldwide using his setting.
  • PAP (Password Authentication Protocol): Requires a username and password to establish a network connection.
  • CHAP (Challenge-Handshake Authentication Protocol): Authenticates a user or network host to an authenticating entity (e.g., an internet service provider).
• MTU - MTU (Maximum Transmission Unit) represents the maximum packet or frame size that can be transmitted via Ethernet. The larger the MTU of a connection, the more data that can be passed in a single Ethernet packet.