Ac Wave 2 Speed

Wave 2 of the 802 11ac standard builds upon wave 1 with the following key additional functionalities.

Ac wave 2 speed.

Wave 1 phy rate maxes out at 1 3 gbps while wave 2 can be 2 34 gbps. The wave 2 4x4 mu mimo dual band internals all boost the portal to more than 3x faster than any competitive ac3200 router. Describes how 802 11ac wave 2 is a business enabler. The wi fi alliance separated the introduction of ac wireless products into two phases wave named wave 1 and wave 2.

The 802 11ac 2013 update or 802 11ac wave 2 is an addendum to the original 802 11ac wireless specification that utilizes mu mimo technology and other advancements to help increase theoretical maximum wireless speeds from 3 47 gbps in the original spec to 6 93 gbps in 802 11ac wave 2. Includes details about technical capabilities as well as upgrade migration considerations. Concurrent 2 4 ghz and 5 ghz frequency band 3 to 4 tx rx antenna for each frequency band with up to 4 logical data streams 802 11ac wave 2 wifi chipsets with higher processing power. 8 9 from mid 2013 the alliance started certifying wave 1 802 11ac products shipped by manufacturers based on the ieee 802 11ac draft 3 0 the ieee standard was not finalized until later that year.

The original 802 11ac spec itself served as a performance boost over the 802 11n specification that. Higher speed with up to 2 3 gbps 1 7 gbps in the 5 ghz range multi user multiple input multiple output mu mimo support for better use of frequency. This page compares 11n vs 11ac vs 11ad to provide difference between 11ac wave1 and 11ac wave2 802 11 standards. Whether you re implementing wave 1 or wave 2 the bottom line is that 802 11ac of any generation offers considerable improvements over older legacy products.

Even if the throughput was 50 lower than the theoretical phy rate for wave 2 in theory it would still be above 1 gbps. Compares the ieee 802 11ac wave 1 and wave 2 standards to 802 11n. Theoretically using 160 mhz bandwidth means more users can be supported with better performance. Moving up to 160 mhz is good for bandwidth since it is similar to adding more lanes on a highway.

Ultimately the right technology for your environment will be the technology that best supports your current needs. Channels for wave 2 products would mostly move from 80 mhz at the high end for wave 1 to 160 mhz 80 80 bonded channels. Additionally the portal is mesh ready which allows an additional portal unit inside a single home to create a signal strength that s faster and offers more than three times the coverage of the single unit.