Delta Wireless Internet high-speed wireless, is not DSL, is not a Cable Modem and it's not Satellite.

     Delta Wireless's high-speed wireless allows you to get fast downloads and fast uploads. ADSL, cable modem, and satellite Internet connections all provide fast download speed, but are very limited when it comes to upload speed. Wireless Internet gives you a permission to access World Wide Web (WWW) or Internet email via wireless network. Wireless Internet does not use telephone line or any cable network. A big advantage of Wireless Internet is that you can access internet even if you are out of home or office.

Customers get a special bonus. Pay up to 6 months or a year to receive benefits such as:

1 year connection- 2 FREE Computer tune ups. Just bring you computer to our shop twice a year and you will receive free cleaning and we will make sure you computer is running like it should be. You will also be able to choose one class from a list of classes, done by whisper-works, that you would like to be trained in for an extra low price or nothing at all.Call for information. 1-970-874-1091

6 month connection- Pick one class from a list of classes done by whisper-works, that you would like to be trained in for an extra low price or nothing at all. Call for information. 1-970-874-1091

*service not available in all areas

Want to know more about Wireless Internet?

Wireless network

As with wired networks, wireless networks can be classified into different types based on the distances over which data can be transmitted.

Wireless wide area networks (WWANs)

WWAN technologies enable users to establish wireless connections over remote public or private networks. These connections can be maintained over large geographical areas, such as cities or countries, through the use of multiple antenna sites or satellite systems maintained by wireless service providers. Current WWAN technologies are known as second-generation (2G) systems. Key 2G systems include Global System for Mobile Communications (GSM), Cellular Digital Packet Data (CDPD), and Code Division Multiple Access (CDMA). Efforts are under way to transition from 2G networks, some of which have limited roaming capabilities and are incompatible with each other, to third-generation (3G) technologies that would follow a global standard and provide worldwide roaming capabilities. The ITU is actively promoting the development of a global standard for 3G.

Wireless metropolitan area networks (WMANs)

WMAN technologies enable users to establish wireless connections between multiple locations within a metropolitan area (for example, between multiple office buildings in a city or on a university campus), without the high cost of laying fiber or copper cabling and leasing lines. In addition, WMANs can serve as backups for wired networks, should the primary leased lines for wired networks become unavailable. WMANs use either radio waves or infrared light to transmit data. Broadband wireless access networks, which provide users with high-speed access to the Internet, are in increasing demand. Although different technologies, such as the multichannel multipoint distribution service (MMDS) and the local multipoint distribution services (LMDS), are being used, the IEEE 802.16 working group for broadband wireless access standards is still developing specifications to standardize development of these technologies.

Wireless local area networks (WLANs)

WLAN technologies enable users to establish wireless connections within a local area (for example, within a corporate or campus building, or in a public space, such as an airport). WLANs can be used in temporary offices or other spaces where the installation of extensive cabling would be prohibitive, or to supplement an existing LAN so that users can work at different locations within a building at different times. WLANs can operate in two different ways. In infrastructure WLANs, wireless stations (devices with radio network cards or external modems) connect to wireless access points that function as bridges between the stations and the existing network backbone. In peer-to-peer (ad hoc) WLANS, several users within a limited area, such as a conference room, can form a temporary network without using access points, if they do not require access to network resources.

In 1997, IEEE approved the 802.11 standard for WLANs, which specifies a data transfer rate of 1 to 2 megabits per second (Mbps). Under 802.11b, which is emerging as the new dominant standard, data is transferred at a maximum rate of 11 Mbps over a 2.4 gigahertz (GHz) frequency band. Another newer standard is 802.11a, which specifies data transfer at a maximum rate of 54 Mbps over a 5 GHz frequency band.

Wireless personal area networks (WPANs)

WPAN technologies enable users to establish ad hoc, wireless communications for devices (such as PDAs, cellular phones, or laptops) that are used within a personal operating space (POS). A POS is the space surrounding a person, up to a distance of 10 meters. Currently, the two key WPAN technologies are Bluetooth and infrared light. Bluetooth is a cable replacement technology that uses radio waves to transmit data to a distance of up to 30 feet. Bluetooth data can be transferred through walls, pockets, and briefcases. Technology development for Bluetooth is driven by the Bluetooth Special Interest Group (SIG), which published the Bluetooth version 1.0 specification in 1999. Alternatively, to connect devices at a very close range (1 meter or less), users can create infrared links.

To standardize the development of WPAN technologies, IEEE has established the 802.15 working group for WPANs. This working group is developing a WPAN standard, based on the Bluetooth version 1.0 specification. Key goals for this draft standard are low complexity, low power consumption, interoperability, and coexistence with 802.11 networks.

*This Information Can be found through microsoft.com

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