Ericsson claims breakthrough with mmWave 5 Gbps. Huawei did 20 Gbps in 2017

I – and thousands of others – saw a live, 48 hour Huawei demonstration of 20 Gbps in 2017 at a Tokyo event. That was the standard set by ITU’s Focus Group 2020 for what is usually called 5G. That goal was set in 2010 based on what the engineers were able to demonstrate in the lab.

“Verizon, Ericsson and Qualcomm first in the world to achieve 5G peak speed of 5.06 Gbps” is a misleading headline. It’s what I call a politician’s truth. (Below or https://www.verizon.com/about/news/verizon-ericsson-qualcomm-5g-peak-speed.)

Although the performance is not new, the lab demo had some interesting features. It combined 800 MHz of 28 GHz spectrum with 2 bands of 20 MHz running LTE using PDCP aggregation. 5G is often slower than 4G, including on 99% of Verizon’s network, because 2, 3, and 4 bands are easily combined in LTE.

I haven’t seen CA in the field on 5G, meaning 5G in bands under 2500 MHz is slower than LTE using CA. The apparently faster speeds of 5G on many European and Asian networks are because telcos have huge bands of 80-160 MHz compared to 20 MHz in lower frequencies.

In fact, 4G in mid-band has performance close to 5G in the same spectrum. Massive MIMO, a 4G technology introduced in 2017, produces roughly three times the capacity in either 4G or 5G.

Millimeter wave is also no faster than 4G LTE in the same amount of spectrum. The high speeds, roughly triple midband, come from the large amounts of spectrum available.

The LTE bands each contributed 400 Mbps, providing roughly the same throughput for a given amount of spectrum. You’ll never see those speeds outside the lab, but LTE today is in production aggregating 4 bands and achieving speeds in the hundreds of Mbps.

There’s a common fantasy that 5G is considerably more efficient than 4G. That would break the laws of physics because 4G LTE was already delivering close to the Shannon limit.

The other real achievement by Ericsson and Qualcomm was using a smaller receiver. It was a lab version of a “5G smartphone form factor test device” with a Snapdragon™ X60 5G Modem-RF System with QTM535 mmWave antenna modules. I doubt Verizon will have this gear in actual phones soon, but Verizon fixed wireless router has enough room and power for an advanced antenna.

Qualcomm just had a blowout quarter with 5G sales. The phonemakers like the Qualcomm offering of processor, baseband, and now radio parts.

Verizon and Qualcomm could earn my respect by featuring their many real achievements rather than huffing and puffing.

Verizon, Ericsson and Qualcomm first in the world to achieve 5G peak speed of 5.06 Gbps

Media contact(s)Karen Schulz [email protected]

Companies continue driving advancements in 5G technology using carrier aggregation technology on mmWave spectrum

NEW YORK, NY: On the heels of Verizon’s news last week about advancing both the deployment of 5G and innovations in the technology, Verizon, Ericsson and Qualcomm Technologies, Inc. have teamed up to continue driving development forward by being the first in the world to demonstrate 5G peak speeds of 5.06 Gbps. Using 5G mmWave spectrum with carrier aggregation, a technology that combines multiple channels of spectrum to provide greater efficiency for data sessions transmitting over the wireless network, the companies combined eight separate channels of spectrum to achieve the multi-gigabit speeds.

“We have been driving the evolution of 5G technology from the early days and we continue to aggressively drive innovation — pushing the limits of the technology farther and faster for our customers,” said Brian Mecum, Vice President of Device Technology at Verizon. “This latest achievement is yet another milestone in providing a genuinely differentiated service for our customers on mmWave.”

When fully mature, 5G technology has the potential of reaching speeds up to 10 Gbps, latency under 5 milliseconds, and service deployment times of 90 minutes. It will enable mobile connections to happen at up to 500 km/h with the ability to manage over a million devices per km2 and data volumes of 10 Tb/s/km2. Verizon and its collaborators are driving hard to maximize the potential of this developing technology.

“Our strategy from the beginning has always been to reshape the world by driving innovation and leading the way in deploying the keenly differentiated 5G Ultra Wideband experience customers can only get from the mmWave based 5G network. It is the 21st century infrastructure that will shape the future,”

said Mecum. “Today’s demonstration shows the advancements we are making to provide our customers with the mobile technology and capabilities they don’t even yet know they need.”

About the trial

The demonstration, completed in a lab environment, used 5G infrastructure equipment from the Ericsson Radio System portfolio and a 5G smartphone form factor test device powered by a Qualcomm® Snapdragon™ X60 5G Modem-RF System featuring 3rd-generation Qualcomm® QTM535 mmWave antenna modules.

The 5.06 Gbps speed was delivered using 800 MHz bandwidth in 28 GHz mmWave spectrum combined with 40 MHz for the 4G LTE anchor. This band combination is commercially supported in the Ericsson Radio System portfolio and several 5G devices available today powered by the Snapdragon X55 5G Modem-RF System.

“We are excited to partner with Verizon and Qualcomm as we push the envelope and break another data speed record, achieving the 5Gbps data speeds. This is the highest speed ever achieved to a single device,” said Hannes Ekström, Head of Product Line 5G, Business Area Networks, Ericsson. “This shows the fruits of our collaboration and our investments into technology leadership to enable harnessing the millimeter wave spectrum. The technology to aggregate vast amounts of spectrum in these bands is enabling a new world of opportunities.”

“With years of research and development in defining the next generation wireless connectivity, Qualcomm Technologies’ collaboration with industry leaders Ericsson and Verizon in advancing 5G mmWave marks a significant milestone in making 5G a commercial reality,” said Joe Glynn, vice president, business development, Qualcomm Technologies, Inc. “5G mmWave will enable many new use cases for consumers and businesses as well as enable many of today’s mobile devices to take advantage of its enhanced network capacity, multi-gigabit speeds and low latency.”

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