Network Access

The UMass Dartmouth campus maintains an extensive infrastructure that supports telephone and data networks as well as cable television for the entire campus. Every resident student room as well as faculty/staff offices and classrooms have access to the university network. Every port is active. To leverage this unique configuration the university has deployed a self-registration system that allows users to connect their computers to the network and access the Internet without assistance.

Students are not allowed to setup a router (wired or wireless) for any reason. Routers cause interference with the campus network infrastructure.


Wireless Devices

The university has deployed a wireless network that allows faculty, staff and students to connect to the Internet and other campus services in many areas on the main campus. This includes all multimedia classrooms, study areas, cafeterias, the entire Library, CVPA, CCB, and Liberal Arts buildings, as well as the Residence Halls. For more information click on the links below.

In order to connect to the campus secure wireless network (eduroam), the wireless device must support X-Authentication (IEEE 802.1x). Most smartphones, tablets, notebooks, etc. support this technology.


Desktop Computers

The simplest way to connect your computer to the internet is to plug into a network port with a standard ethernet cable. Wired devices must be registered using the owner's UMassD Logon information.

A minimum of Windows XP or MacOS 10.7 is recommended. Antivirus software must be installed and kept up to date when using the campus network.


Game Consoles and Media Streaming

Game consoles and media streaming devices are allowed on the campus network, and may be used wired or wirelessly.


Virtual Private Network (VPN)

VPN software provides secure connections for normally non-secure methods of Internet communication. A VPN connection is required to access network shares and most administrative systems from off-campus locations.

The VPN client software installed on a workstation makes a special connection with a VPN server. All network communication is encrypted, then filtered through the VPN server, making it virtually impossible for hackers to obtain sensitive information in transit.