There is wireless connectivity in every dorm room, and wired ethernet connections in most. Most computers these days come ready to connect to wireless networks, in which case you don't need any special hardware to access our network.
If you choose to use an ethernet connection you will need an ethernet cable to connect to the wall jack. You will need an RJ45 ethernet cable to connect your computer to the network jack in your room. This is the same type of cable that is used to connect to high speed cable and DSL connections in homes. We do have them for sale at the Hampstore, but you will find them for less money at your local Best Buy, Staples, or similar retailer.
We require all students to register all of their computers on the network at the beginning of each year. Registration is required for both wired and wireless connections. You can register as many computers as you want and it only needs to be done once a year. You do not need to re-register if you change rooms, but you will need to register for both wired and wireless connections.
When you first plug your computer into the network or connect to our public wireless network, open up any web browser. You will be redirected to the NetReg page, which requires you to login using your HampNet account. Once you have logged in, your computer will be scanned for major security vunerabilities. Once the scan and registration are complete, you will be instructed to restart your computer and your connection will become active.
We currently have wireless connections available in all public spaces including the library, academic buildings, and the dining commons, as well as in all student housing.
There are four discrete wireless networks available in academic areas:
In the dorms, the network name matches the housing area, and requires a Hampshire login, like gromit. For instance, in Merrill, the network name is "merrill".
Private wireless access points are not supported. If you have poor wireless in your housing area, please submit an IT ticket on TheHub.
Hampshire's wireless network is powered by H3C 2620/2620E (a/b/g/n) Access Points.
Peer to Peer (P2P) file sharing is a fact of modern life on the Internet. It's something all network engineers have to deal with. There are many good things about P2P, but it makes life very difficult for people managing large networks, especially ones with limited resources.
Our goal is to maximize legitimate academic uses of our network. Sometimes, in order to do this, we have to limit the availability of certain P2P protocols. If we allowed unrestricted use of P2P filesharing, use of our network for legitimate academic purposes would be compromised.
We are aware of the fact that there are legal and illegal uses for P2P, and differentiating between the two is problematic. Therefore, we recognize that from time to time, in order to maintain the integrity of our off-campus network access, we may need to limit all uses of P2P, and we apologize for any inconvenience this may cause. We ask that users of our network limit their use of P2P to legal and reasonable activities, and have respect for the other users of our network.
We will not and do not provide support or troubleshooting assistance of any kind for off-campus P2P activities. Please note that sharing of copyrighted material with persons not authorized to have possession of such materials is illegal and is punishable by fines and/or imprisonment.
VPN allows Hampshire employees and students to access Hampshire services from off campus that are not normally available from off campus. If you're planning to use it, you should install and test it before you need it.
Hampshire College's network consists of a fully-switched infrastructure with a gigabit fiber backbone in a star topology and at least 100base-T to the desktop; our multimedia labs generally have gigabit. Every building on campus has ethernet, and there is wireless coverage in all academic buildings and dorms. Hampshire gets its academic and administrative bandwidth through the University of Massachusetts and its commodity bandwidth (dorms and wallace) through Paetec, both running over the Five College Fiber Network.
Security is a serious concern for all academic institutions, and Hampshire College is no exception. We follow a traditional security model consisting of an edge firewall device, PAT-less NAT, distributed routing with OSPF, multiple virtual Local Area Networks with associated subnets, and SSL encryption of all sensitive traffic.
Interested in more details? View the technical description of our network.