Qualcomm QCA64x8 and QCA64x1 802.11ay WiFi Chipsets Deliver 10 Gbps Bandwidth

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WiFi has evolved in recent years with the introduction of 802.11ad and 802.11ax (now called WiFi 6). THe latter is now official, and in the last year several 802.11ax chipsets and WiFi 6 routers have been announced, but I’ve not heard much about 802.11ad with claims of up to 7Gbps bandwidth at 60 GHz when unveiled in 2016.

The latter have been supplanted by 802.11ay, with Qualcomm having just unveiled QCA64x8 and QCA64x1 802.11ay chipsets capable of delivering 10Gbps and operating at a frequency of 60 GHz. According to Wikipedia, 802.11ay is not really a new standard, but just an evolution of 802.11ad  adding four times the bandwidth and up to 4 MIMO streams.

Qualcomm chipsets will enable 10+ Gps speeds with wire-equivalent latency, while keeping the power consumption low, and bring the ability to play 4K UltraHD videos over WiFi, virtual / augmented reality games, fixed wireless mesh backhaul, and other applications requiring high bandwidth and/or low-latency.

802.11ay, 802.11ad
WiFi Standards Comparison – Click to Enlarge – Source: L-com

The table above even shows that in theory 100 Gpbs is achievable with 802.11ay, and range is pretty good at 300 to 500 meters. However considering the solution works at 60 Ghz, the signal won’t go through walls, and that range will mostly be useful for wireless mesh backhaul.

60 GHz WiFi also brings sensing applications with proximity and presence detection, gesture recognition, room mapping, and facial feature detection.

Four parts are available today: QCA6438 and QCA6428 for infrastructure and fixed wireless access, and the QCA6421 and QCA6431 for mobile applications. Facebook has made use of QCA6438 and QCA6428 chipsets in order to deliver high-speed internet connectivity with Facebook’s Terragraph technology aiming at solving the urban bandwidth challenge.

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David WillmorePhilipp BlumhemukeTLS Recent comment authors
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TLS
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TLS

Why is the chart mixing imperial and metric? It’s very confusing.

hemuke
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hemuke

there is something off with that table . both af and ah are below 1Ghz

TLS
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TLS

That’s correct. 802.11af is licensed “white space” spectrum and 802.11ah is a long range IoT standard that’s sub GHz.

Philipp Blum
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Philipp Blum

But still: HOLY SHIT! 10 Gbit/s via radio. Not bad. I would like to see that.

David Willmore
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David Willmore

“adding adding”?