1. Maximum frame rates are up to be 2700% higher than 802.11g to drive substantial improvements in forwarding performance for VoIP and TCP flows.
2. Maximum bit rates are up to 800% higher than 802.11g, increasing network capacity by improving forwarding performance for large frames.
3. Extended range facilitates more clients per access point and ensure robust connectivity.
4. Improved service availability is enabling 802.11n to be the primary enterprise network instead of Ethernet.
5. Increased supply power is required to support multiple transmitters for MIMO schemes and for APs supporting concurrent 2.4 and 5GHz operation.
Veriwave, www.veriwave.com provides a comprehensive set of software applications and hardware modules. This includes and allows for such as rapid verification of WLAN and Ethernet functional behavior, negative testing, test methodologies that enable IEEE 802.11.2 benchmarking, roaming, TCP goodput, VoIP QoS via a GUI or script, and user quality experience metrics for stateful L4-7 traffic mixtures.
