- Bremen, Bremen, Germany
waqas ali khan
University of Bremen, Department of Communication and IT, Department Member
Wireless Personal Area Network System becomes popular in replacing a wire technologies for short area range communication system. Technologies such as Bluetooth, Wi-Fi and ZigBee are used for this purpose but due to their low transfer... more
Wireless Personal Area Network System becomes
popular in replacing a wire technologies for short area range
communication system. Technologies such as Bluetooth, Wi-Fi
and ZigBee are used for this purpose but due to their low
transfer data rates they are unable to handle all those
applications which need high transfer rate like transfer of files
which has a size in GB’s. Ultra Wide Band is such a wireless
promising technology which covers all these aspects by using its
MBOFDM Infrastructure. MBOFDM structure supports data
rate up to 0.5 Gbps by dividing the 7.5 GHz broad frequency
spectrum of UWB into sub bands. Baseband portion of UWB
Transmitter is modeled in this paper which proves to be helpful
in the evaluation of various parameters of UWB.
popular in replacing a wire technologies for short area range
communication system. Technologies such as Bluetooth, Wi-Fi
and ZigBee are used for this purpose but due to their low
transfer data rates they are unable to handle all those
applications which need high transfer rate like transfer of files
which has a size in GB’s. Ultra Wide Band is such a wireless
promising technology which covers all these aspects by using its
MBOFDM Infrastructure. MBOFDM structure supports data
rate up to 0.5 Gbps by dividing the 7.5 GHz broad frequency
spectrum of UWB into sub bands. Baseband portion of UWB
Transmitter is modeled in this paper which proves to be helpful
in the evaluation of various parameters of UWB.
