Consumer electronic devices are driving the adoption of 802.11ac Wi-Fi chipsets

Over 45% of consumer electronic device Wi-Fi chipsets will support the 802.11ac Wi-Fi standard by 201, according IHS, but growth will be slow in other segments

Consumer electronic devices are driving the adoption of 802.11ac Wi-Fi chipsets

Shipments of chipsets supporting the new 802.11ac Wi-Fi standard will account for nearly one-half of all Wi-Fi chipsets shipped for use in the consumer electronic device market in 2017, according to research company HIS.

The increasing demand for bandwidth from mobile devices is spurring the rapid adoption of next-generation Wi-Fi technology, the company noted.

Shipments of 802.11ac chipsets will make up 47% of all Wi-Fi chipset shipments in 2017, up from just 1.3% in 2013, according to the IHS Connected Devices Database. This will amount to a compound annual growth rate (CAGR) of more than 430% from 2012 to 2017.

However, another IHS study entitled, 802.11 – New Markets and New Technologies – 2013 Edition, which examines the broader range of device segments which contribute to the wider Internet of Things, found that the transition to 802.11ac in device segments other than consumer electronics—such as fleet management and consumer health monitoring—will occur far slower, if at all.

This is because many of these applications do not require the higher data rates offered by 802.11ac to perform basic connectivity functions, such as low bit-rate data transfer.

The 802.11ac standard provides up to three times the speeds possible with the incumbent 802.11n technology. The higher speeds are attained through advances such as support for wider frequency bands and more complex antenna configurations.

“Bandwidth requirements continue to increase, both in residential and enterprise networks,” said Lisa Arrowsmith, associate director of connectivity research at IHS. “Consumers continue to stream higher levels of video content to mobile devices. Meanwhile, the bring-your-own-device trend is straining enterprise network bandwidth. Longer term, the trend toward cloud-based computing is likely to exacerbate these problems. All these developments are spurring demand for the faster Wi-Fi speeds delivered by 802.11ac.”

Mobile devices lead the charge to 802.11ac

Smartphones, networking equipment and laptop PCs are spearheading the adoption of 802.11ac, with strong uptake occurring in the first half of this year.

Among smartphones, for instance, the HTC One and Samsung Galaxy S4 (pictured) included support for 802.11ac earlier this year. It’s also widely believed that the next iteration of Apple’s iPhone will include the faster Wi-Fi standard. Earlier in June, during its Worldwide Developers Conference, Apple announced the inclusion of 802.11ac in its Airport Extreme and Time Capsule products, as well as in the revised MacBook Air, signifying Apple’s support for the technology.

On the enterprise side, in April Cisco Systems released an 802.11ac module for its Aironet 3600 series of access points, while Aruba Networks included 802.11ac in its 220 series of access points in May.

Traffic bypass

The arrival of 802.11ac technology will make Wi-Fi more attractive to operators looking to offload cellular data traffic, according to IHS.

“The move by 802.11ac toward the 5GHz band, along with its increasingly complicated multiple-input and multiple-output (MIMO) configurations, will help to further improve the robustness of Wi-Fi technology, making it more attractive to operators looking to offload cellular data traffic while maintaining the same level of experience and reliability,” said Liam Quirke, senior analyst for connectivity at IHS.

Written by Wireless magazine
Wireless magazine

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