The Wireless Broadband Alliance is claiming that recent trials of Wi-Fi 6E over 6 GHz have delivered 5G-like performance.

Broadcom and Intel have been mucking about with the latest flavour of wifi during enterprise trials in San Jose, California. They have apparently hit 2 Gbps of throughput during those trials, as well as a consistent two-millisecond low-latency connection. Since the whole point of 5G is faster speeds at lower latencies, the obvious comparison is being made.

“Opening the 6 GHz spectrum will change the game for Wi-Fi 6 by delivering faster speeds, lower latency, and more reliable connectivity for a wide range of consumer and professional applications,” said Eric Mclaughlin GM of the Wireless Solutions Group at Intel. “Intel is committed to partnering with the industry to drive innovation and enable leadership connectivity experiences, and we look forward to bringing our Wi-Fi 6E products to Intel PC platforms that can harness the full benefits of the most advanced wifi technology available.”

“We are excited to enable real world trials conducted by the WBA that demonstrate the power of Wi-Fi 6E,” said Vijay Nagarajan, VP of Marketing at Broadcom. “Wi-Fi 6E will provide reliable high-throughput, low-latency wireless services by deploying Wi-Fi 6 technologies in the soon-to-be-unlicensed and uncongested 6 GHz band.”

“Wi-Fi 6 networks extended into the 6 GHz spectrum represent a multi-generational shift in wifi services and the user experience,” said Tiago Rodrigues, CEO of the WBA. “This trial is an important step in the process of effectively demonstrating the benefits that wifi networks can deliver in the 6 GHz spectrum band. The Wi-Fi 6 standard and the 6 GHz spectrum in combination can play a powerful role to deliver advanced mobile services to consumers, business and industry.”

If you still doubt them, check out this table that shows how much throughput and how little latency you get from wifi at 6 GHz, compared to 5 GHz and 2.4 GHz. It should be noted that only half the amount of spectrum was used by 5 GHz and an eighth the amount by 2.4 GHz in the table, but then again that’s sort of the point of higher frequency bands – there’s more of them.

One of the reasons the WBA and its members keep banging on about 6 GHz for wifi is because it doesn’t want it to be licenced for 5G and thus taken away from it. So much extra spectrum has been freed up for 5G that it seems only fair for wifi to get a bit more too.



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