Signal Booster News
Solution to problem of weak signal in large areas of upto 13,000 sq. ft.
Jun 09, 2016
Cel-Fi is similar to a cellular repeater. It is designed to eliminate in-building dead zones due to weak signal at the perimeter and greatly improves indoor mobile phone reception within up to a whopping 13,000 square feet! If you have a large establishment of up to 13,000 sq. ft., Cel-Fi is the way to go because other options do not compare considering the amazing signal extension and amazing ease of installation within such a large area.
Cel-Fi is the winner of the 2014 Mobility Award at CES!
Jun 09, 2016
Cel-Fi wins 2014 Mobility Award at CES (Consumer Electronics Show). Cel-Fi was selected by 60+ press and analysts to win the Mobility Award at CES in the Wireless Femtocells/Small Cells/Signal Boosters Category. Considering its "smartness", it is no surprise to us that it won such a prestigious award! From its ease of installation (simply plugging in and placing window & coverage units) to its smart signal boosting technique that provides 1,000 times higher gain than other most powerful cell phone boosters, this is hands down the best choice for cell phone reception improvement. Look for even more awards this prize...
FCC Regulation on Cell Phone Signal Boosters, Amplifiers, Repeaters
Jun 09, 2016
Poor mobile signal reception and dropped calls are challenges that consumers face almost daily. While mobile operators recognize this is an issue, they have historically adopted an extremely strict policy against the use of consumer-class boosters and legacy cell phone signal boosters, repeaters, or amplifiers on their networks due to interference and damage caused by these systems on their networks. After April 30, 2014, those who have relied on many legacy signal boosters, amplifiers or repeaters to help improve their cellular signals may no longer be able to use them. No more 5 watts, 4 watts, 3 watts, even 2...
Passive Optical Network (PON): Fiber Optic Cable Voice, Video, Data
May 31, 2016
PONs, a versatile technology, is deployed by network operators who deliver advanced data, video and voice services to users by using fiber optic cables. PON is a very popular method to deliver fiber-to-the-desk (FTTD), fiber-to-the-home (FTTH), fiber-to-the-business (FTTB), fiber-to-the-MDU (FTTMdu) and many other FTTx locations. PON fiber optic access networks have three components as listed below: An optical distribution network (ODN) connecting the ONU to the OLT. A number of optical network units (ONU) located close to users. ONUs are often referred to as ONTs (optical network terminals). An optical line terminal (OLT) located at the service provider. PON technology provides more bandwidth...
Remote Radio Head, an Integrated Radio Frequency (RF) Unit
May 30, 2016
At the base of a cellular tower there is a climate controlled shelter six feet tall where the base transceiver station (BTS) equipment is housed. The BTS enables wireless communication between the cellular network and mobile user. The BTS on the ground is connected to antennas on the top of the tower with coaxial cable. This architecture has not changed in decades. It was however time for alternatives due to efficiency and costs starting to become increasingly important to wireless operators. One such alternative solution is a base station that is distributed. In this configuration, most of the base station...