Nowadays, High-Definition video has become a hot point in electronic consumer field and got more popularity, which requires higher bitrate in wireless transmission technology. IEEE 802.11n of Wi-Fi Alliance has improved its highest bitrate to 600 Mbps, which make its main application focus on the transmission of High-Definition videos. However, such a high bitrate still
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Wireless LAN MIMO-OFDM has changed the way of wireless transmission with only one transmitting antenna and one receiving antenna. It aims for high transmission rate and high throughput, and it combines OFDM which has the strong ability of preventing interference with MIMO which has the advantages of high channel capacity. MIMO-OFDM has been adopted by
(Read More…)
Wireless LAN MIMO-OFDM has changed the way of wireless transmission with only one transmitting antenna and one receiving antenna. It aims for high transmission rate and high throughput, and it combines OFDM which has the strong ability of preventing interference with MIMO which has the advantages of high channel capacity. MIMO-OFDM has been adopted by
(Read More…)
Wireless LAN MIMO-OFDM has changed the way of wireless transmission with only one transmitting antenna and one receiving antenna. It aims for high transmission rate and high throughput, and it combines OFDM which has the strong ability of preventing interference with MIMO which has the advantages of high channel capacity. MIMO-OFDM has been adopted by
(Read More…)
Wireless LAN MIMO-OFDM has changed the way of wireless transmission with only one transmitting antenna and one receiving antenna. It aims for high transmission rate and high throughput, and it combines OFDM which has the strong ability of preventing interference with MIMO which has the advantages of high channel capacity. MIMO-OFDM has been adopted by
(Read More…)
Wireless LAN MIMO-OFDM has changed the way of wireless transmission with only one transmitting antenna and one receiving antenna. It aims for high transmission rate and high throughput, and it combines OFDM which has the strong ability of preventing interference with MIMO which has the advantages of high channel capacity. MIMO-OFDM has been adopted by
(Read More…)
Wireless LAN MIMO-OFDM has changed the way of wireless transmission with only one transmitting antenna and one receiving antenna. It aims for high transmission rate and high throughput, and it combines OFDM which has the strong ability of preventing interference with MIMO which has the advantages of high channel capacity. MIMO-OFDM has been adopted by
(Read More…)
Wireless LAN MIMO-OFDM has changed the way of wireless transmission with only one transmitting antenna and one receiving antenna. It aims for high transmission rate and high throughput, and it combines OFDM which has the strong ability of preventing interference with MIMO which has the advantages of high channel capacity. MIMO-OFDM has been adopted by
(Read More…)
Wireless LAN MIMO-OFDM has changed the way of wireless transmission with only one transmitting antenna and one receiving antenna. It aims for high transmission rate and high throughput, and it combines OFDM which has the strong ability of preventing interference with MIMO which has the advantages of high channel capacity. MIMO-OFDM has been adopted by
(Read More…)
With the rapid development of wireless communication product, performance of traditional wireless LAN in transmission speed, coverage, security, mobile scope and roaming time have been unable to meet higher requirments of these new products. Therefore,the IEEE developed the 802.11n protocol to adapt to the new communication requirements in 2003.Based on IEEE 802.11n Draft 2.0,author will
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