The network is a point to multipoint network made up of a fast backbone and 802.11 based Customer Premises Equipment transmitting from base stations up to 3kms depending on the product.

The setup fee associated with BeCom Wireless only includes the installation of one point. After the initial installation, you are free to configure your own home network to share the connection, however, we are unable to provide support for any home networks or PC's that are not directly connected to BeCom Wireless.

Verizon, Cingular, Sprint, T-Mobile, Alltell, Virgin, Suncom, Amp'd, Midwest, Cellular South and nTelos.

It is possible for a connection to be established under such operating systems. We, however, do not support any such installation or configuration and will not be able to help you out if you experience any problems.

BeCom's technologies adhere to all applicable government rules and equivalent rules that pertain to radio frequency (RF) exposure levels. Such rules are based on the scientific evidence presently available and incorporate significant margins of safety to ensure the health of the general public. The risk of harmful exposure to any radiated energy is a function of the frequency of the radiation, the power of the energy, the proximity and the length of time of exposure.

The AG-5 is, at its core, a USB keyboard and mouse. As such, it can be used right out of the box on a PC running Microsoft Windows and a Mac running OS X. If a PC running Linux is configured to recognize a USB keyboard and mouse, it will also recognize an AG-5. We plan to produce a wireless adapter for the AG-5 that would plug into its USB port.

antenna will be mounted and pointed to a tower that transmits directly to your computer at home or at work.

A wireless community or wireless user group (WUG) consists of a group of people in which each member has a wireless "node" (wireless equipment). The "nodes" are then linked to each other to create a network. This collection of smaller networks grows and continues to get closer to other networks in the area. All these area based networks link up to create a large mesh of wireless connectivity in an area.

Wireless networking works very similar to a cordless telephone, where the phone base broadcasts a signal to the handset and then sends the handset’s responses through the telephone cord plugged into a wall jack. In wireless networking, a device called an Access Point (AP), which is hard wired to a computer network itself, broadcasts a signal to the surrounding area.

Dluxlink wireless customers will be provided with a high-speed wireless antenna that links their PC to the Internet, rather than using a modem hooked up to a local phone line. Users can access local news, weather, sports and entertainment information and other local content from various computer servers throughout their local area.

A wireless card works just as a standard network card. It sends and receives packets of high-speed data. Instead of transmitting these packets via copper wires, the card uses a radio signal to communicate with our equipment.

The technology we use works on several Radio Frequencies (RF). The signal is sent between the tower and the radio we provide you. We use a combination of 900 MHz, 2.4 GHz, and 5.8 GHz to reach as many residents and business as possible from our broadcast location.

Airolink uses 2 way radio signals to reach your location. We use an antenna mounted to the exterior of the building. This wireless signal is then fed into a wireless Ethernet bridge via a short cable. A Category 5 network cable is then run to the computer or router. Inside a Power Injector is plugged into the cable, to power the unit outside. The Internet connection is then running.

Not necessarily, but our user studies have found that without wireless connectivity, there was considerable "commode congestion" in an average 2.5-person household whose one bathroom typically can provide a comfortable workspace for just one user at a time. We therefore strongly recommend using the wireless connection to alleviate potential multi-user congestion and encourage widespread "couch computing."

Is used to develop network elements such as: HLRs, VLRs, AUCs (authentication), SCPs and Short Message Service Centers (SMSC) and others Enables carrier services such as: prepaid, E911, global roaming, wireless email, wireless internet, voice activated dialing, voice and text messaging

A series of antennas and wireless access points will be distributed throughout the town limits on towers, light poles, and various other existing structures. These antennas and access points form a wireless virtual umbrella covering the town that will allow anyone under the umbrella to access the Internet via a wireless connection (laptops, PDAs, desktop computers with WiFi cards, etc). For more technical gibberish, the network will be carrying three different frequencies. The 5.