802.11n previous 802.11 standards by adding MIMO (multiple input multiple output) to build. For improved data throughput MIMO antenna uses multiple transmitter and receiver over a range to allow for larger spatial multiplexing. This is about four times as 802.11a and g's per second and 100 (Mbps) to provide megabit throughput. The channel bonding, 802.11n system is, 600 Mbps of additional space to absorb the supply stream.
Service area, N and increase the standard (two-fold range), high throughput, better quality of service. In addition, 802.11n, consumer electronics, including personal computing, and handheld platforms and supports all major platforms. The image quality of HD video on your 802.11n is required to achieve a wireless network.
802.11 g standard), 2.4 GHz band (using a gigahertz. They are using the microwave band, Bluetooth devices, cordless phones, baby monitors and security, they suffer interference from other devices wax. g and the new and old standards are backward compatible with the standard