What is the maximum throughput of 802.11n?

The maximum throughput of 802.11n is 600 Mbps. This standard, which is part of the IEEE 802.11 family, introduced significant improvements over its predecessors. It utilizes multiple-input multiple-output (MIMO) technology, allowing for multiple streams of data to be transmitted and received simultaneously.

By employing channel bonding and higher symbol rates as well, 802.11n can effectively use multiple antennas to enhance bandwidth and increase overall data throughput. The 600 Mbps figure represents the maximum theoretical data rate that can be achieved in ideal conditions, which typically involves using four spatial streams and a 40 MHz channel width.

Understanding this maximum throughput is crucial for network design and implementation, as it provides insight into the capabilities of wireless networks using the 802.11n standard, allowing a better assessment of network performance expectations.