Mobile broadband work with the help of radio waves and frequencies. Mobiles and cell phone radio towers exchange digital information through radio waves back and forth. In the case of mobile broadband, packets of information are exchanged between the mobile and the cell phone radio towers in the shape of data like web pages, streaming videos, e-mails and music files.
Mobile users can exchange web information on their cell phones by using schemes such as pay as you go mobile and pay monthly mobile on their cell phones.
Mobile broadband use two basic technologies for operating mobile networks. They are Code Division Multiple Access (CDMA) and Global System for Mobile communications (GSM). The major difference between these two systems is in the way they use technology on the radio spectrum. Both CDMA and GSM use dissimilar algorithms that enable users to use cell phones sharing similar radio frequencies without any interference.
The first mobile broadband that was launched was the 2.5G or also known as EDGE. This broadband was popularly used by first generation iPhone owners. However, the speed for mobile browsing was quite slow.
EDGE was replaced by 3G, which increased the speed of mobile browsing. Both CDMA and GSM have incorporated 3G into their technology solutions to enable high speed internet access.
3G is now side-lined by even faster high speed broadband known as 3.5G, also known as HSDPA. Users can enjoy faster high speed network even with non-Wi-Fi enabled mobiles by using pay as you go mobile schemes on their cell phones or the pay monthly mobile plans.
Another type of high speed broadband that is faster than 3.5G is HSUPA. HSUPA offers ridiculously high speed internet browsing and other internet services such as emailing, video conferencing and exchanging music files. 4G is the highest speed network currently in the mobile technology market. It provides high speed internet connections even without Wi-Fi hotspot.
Mobile broadband work with the help of radio waves and frequencies. Mobiles and cell phone radio towers exchange digital information through radio waves back and forth. In the case of mobile broadband, packets of information are exchanged between the mobile and the cell phone radio towers in the shape of data like web pages, streaming videos, e-mails and music files.
Mobile users can exchange web information on their cell phones by using schemes such as pay as you go mobile and pay monthly mobile on their cell phones.
Mobile broadband use two basic technologies for operating mobile networks. They are Code Division Multiple Access (CDMA) and Global System for Mobile communications (GSM). The major difference between these two systems is in the way they use technology on the radio spectrum. Both CDMA and GSM use dissimilar algorithms that enable users to use cell phones sharing similar radio frequencies without any interference.
The first mobile broadband that was launched was the 2.5G or also known as EDGE. This broadband was popularly used by first generation iPhone owners. However, the speed for mobile browsing was quite slow.
EDGE was replaced by 3G, which increased the speed of mobile browsing. Both CDMA and GSM have incorporated 3G into their technology solutions to enable high speed internet access.
3G is now side-lined by even faster high speed broadband known as 3.5G, also known as HSDPA. Users can enjoy faster high speed network even with non-Wi-Fi enabled mobiles by using pay as you go mobile schemes on their cell phones or the pay monthly mobile plans.
Another type of high speed broadband that is faster than 3.5G is HSUPA. HSUPA offers ridiculously high speed internet browsing and other internet services such as emailing, video conferencing and exchanging music files. 4G is the highest speed network currently in the mobile technology market. It provides high speed internet connections even without Wi-Fi hotspot.
Get more information on mobiles or mobile contracts on the Virgin Mobile website.