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How Huawei plans to regain lost ground in the 5G market

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As the 5G patent race continues, Huawei will begin charging smartphone makers a royalty to use its patented technology.

5G technology could be critically important for future tech, especially in areas such as smart manufacturing, smart cities, medical devices and autonomous vehicles. And as the race to roll out 5G technologies continues, the battle for patents in this area of comms is intensifying.

Chinese tech giant Huawei is leading the charge when it comes to granted and pending 5G patent applications worldwide.

A recent report from IPlytics put its market share at 15pc, ahead of Qualcomm, ZTE, Samsung and Nokia. Many of these are standards essential patents, or SEPs, that form part of the 5G standard and must be made available to other companies on fair terms.

Now Huawei will begin charging smartphone makers a royalty to use its patented 5G technology. Last month, the company announced plans to charge smartphone makers a “reasonable percentage royalty rate” of the handset selling price and a per unit royalty cap at $2.50.

This per unit royalty cap is lower than that of some of its competitors, including Nokia, which announced a royalty cap of $3.48 in 2018.

What does this mean?

The royalties charge means Huawei has created a potentially lucrative revenue source in the face of challenges such as a particularly turbulent relationship with the US, a number of countries blocking Huawei tech from their 5G networks, and slowing revenue growth amid trade tensions.

Announcing the charge, the head of Huawei’s intellectual property rights department, Jason Ding, said the company hopes the rate will increase 5G adoption by giving implementers “a more transparent cost structure that will inform their investment decisions moving forward”.

“Huawei has been the largest technical contributor to 5G standards, and follows fair, reasonable and non-discriminatory principles when it comes to patent licensing,” he added.

The company is estimated to take in between $1.2bn and $1.3bn between 2019 and 2021 from patent licensing. The $2.50 cap only applies to smartphones.

According to a recent white paper from Huawei, it had more than 100,000 active patents worldwide by the end of 2020, which it attributed to long-term investment in innovation and R&D.

Earlier this year, Huawei founder Ren Zhengfei spoke about plans to transfer Huawei’s 5G technologies to other devices.

“Everything that connects people or things are devices. That includes things like laser radar, ultrasonic radar and Doppler radar for self-driving vehicles, as well as household gas meters, water meters, TVs and security systems,” he said.

“Mobile phones are only one part of the device category. So, Huawei may transfer our 5G technologies to others in the future but will never sell our device business.”

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The death of Charles Babbage, mathematician and inventor – archive, 1871 | Computing

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The death is announced of Mr Charles Babbage, who has long held high rank among the mathematicians of the day. He was born on 26 December 1792, and having been privately educated, proceeded to Trinity College, Cambridge where he took his BA degree in 1814; but, curiously enough, his name does not appear in the mathematical tripos. In the course of his mathematical studies he found fault with the logarithmic tables then in use as being defective and unfaithful; and in order to improve them visited the various centres of machine labour in England and on the continent, and on his return directed the construction of a “difference engine” for the use of the government.

Another result of this tour was the production of his work on the Economy of Manufactures. By 1833 a portion of his machine (popularly known as “the calculating machine”) was prepared, and its operations were entirely successful. It was, however, never completed. He next prepared his Table of Logarithms of the Natural Numbers from 1 to 108,000, a work which was so highly esteemed that it was very soon afterwards translated into almost all the European languages.

A scaled-down version of Charles Babbage’s Analytical Engine, constructed in the 1860s.
A scaled-down version of Charles Babbage’s Analytical Engine, constructed in the 1860s. Photograph: Alamy Stock Photo

In 1811 Mr Babbage was elected Lucasian professor of mathematics, an office which had been filled by Sir Isaac Newton, Dr Isaac Barrow, Bishop Turton, Professor Airey, and other eminent persons. This post he resigned in 1811. Among his most prominent works may be mentioned A Ninth Bridgewater Treatise, the design of which was to show the error of a supposition implied in the first volume of that celebrated series, that ardent devotion to mathematical studies is unfavourable to religious faith.

Mr Babbage once, and it is believed once only, sought political honours, having become in 1832 a candidate for the borough of Finsbury, in the advanced Liberal interest, but was not successful. He was a Fellow of the Royal Society and a member of a large number of literary institutions.

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How to keep a support contract • The Register

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On Call Let us take a little trip back to the days before the PC, when terminals ruled supreme, to find that the more things change the more they stay the same. Welcome to On Call.

Today’s story comes from “Keith” (not his name) and concerns the rage of a user whose expensive terminal would crash once a day, pretty much at the same time.

The terminal in question was a TAB 132/15. It was an impressive bit of kit for the time and was capable of displaying 132 characters of crisp, green text on a 15-inch CRT housed in a futuristic plastic case. Luxury for sure, unless one was the financial trader trying to use the device.

Once a day, at around 13:30, the terminal would hang. The user would have to reach behind it, power it off, wait a bit, and then fire it back up again. To placate the angry customer, a replacement was dispatched, and all was well. Until the problem started again. Another replacement was made. Another week or so went by with no complaints. And again, another call: the terminal was hanging. Same time. A few times a week.

“These terminals were in the thousand-dollar range,” Keith told us, so a monthly replacement cycle was not really an option. He even used one of the faulty units himself for a while and encountered no issues, which was odd in itself and, we reckon, planted a seed of suspicion.

As for the customer, he was raging by this point. “He was threatening to cancel our contract for his entire firm,” remembered Keith, which would hit the bottom line hard. A salesperson was sent out to see what was happening, but there was no failure.

A technician went out; again no failure. Was this a case of “Technician Syndrome”, where a problem cannot be replicated in front of service personnel? Maybe. Keith’s team were at their wit’s end while the customer had hit the end of his tether and gone beyond.

The solution to the problem was accidental. Keith was back on site, diagnosing an unrelated software issue, but could see the suspect terminal on the other side of the room. As he watched, the trader using the machine sat back for lunch, flipping through the pages of a financial newspaper. A phone call came through, and the trader slung the paper on top of the monitor, took the call, and then resumed work.

Oblivious to the newspaper.

A few minutes later there was uproar. The trader had stood and was slapping the side of the terminal, yelling all manner of not-safe-for-work oaths and casting aspersions upon the good name of Keith’s firm, the software, the programmers, and the computing industry in general. The cursing continued as the trader reached behind for the power switch, knocking the paper aside.

Keith had his solution. But was smart enough to know that a bland presentation of facts would probably not help. Instead, he arranged for his office to call the trader and tell him that a tech was on the way to help. He waited until the trader was distracted and sauntered over.

“Sure enough,” said Keith, “he said he was glad to see me but launched into a tirade again about the device’s many faults.”

He let the customer vent for a while, and surreptitiously placed the newspaper back on top over the heat vents on the terminal while pretending to examine the rear of the unit.

Now patience was needed. It wouldn’t take long – the terminal had, after all, only just recovered from its last overheating episode – and Keith encouraged the trader to unload all his woes and grievances.

The bug list was building as the screen suddenly flickered and locked up. “There! You see that?” exclaimed the user. Keith nodded and reached round the side of the terminal to cycle the power. Sure enough, it came back up.

Keith made a show of thanking the user for showing him the elusive bug and was staging a call with a co-worker, supposedly to prepare a replacement, when the terminal locked up again.

Keith wrinkled his forehead at the “mystery” before offering up an explanation.

“Ah!” he exclaimed, “Did you see how that flicker started from the top and moved to the down?”

Those familiar with the technology will know it was just following the raster pattern. The customer, on the other hand, did not.

“That is often a sign it is overheating,” said Keith, playing fast and loose with the truth, “but this office is cool?”

He pretended to be mystified until the penny dropped for the trader, who unleashed yet more expletives as he realised where he’d dropped his newspaper and snatched it away from the vents.

Feeling the volcanic heat spewing from the depths of the terminal, he turned to Keith, suddenly concerned: “Will it be OK?”

Of course it would. It had only been overheating for a short time every day. The apologies from the customer, who had “discovered” the problem, were profuse and copious. Keith excused himself, but not before rubbing a bit more salt into the wound by telling the user he needed to cancel the burn-in process of yet another expensive replacement.

As it turned out, rather than the customer cancelling the support contact, it ended up being extended.

“It was a good thing I’d let him ‘discover’ the fault,” said Keith. “If I had found it, he would have been very defensive and we still might have lost that contract.”

The minor bugs the user had reported while Keith had been waiting for the overheating to happen again were swiftly dealt with and the enhancement requests logged. Keith also reported back to his boss, who spent rather a lot of time laughing.

“It was a good day.”

Ever set the stage so the customer thinks they’re the hero of the hour? Or maybe you’ve wished all manner of unpleasantness upon your suppliers before realising the blame laid with you all along? Tell us about the time you picked up the phone with an email to On Call. ®

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NUIG to spend €5m on research to help address global issues

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Several key research areas have been identified by NUI Galway to work towards for 2026.

NUI Galway’s recently launched research and innovation strategy includes a €5m investment on support for its multi-disciplinary research teams as they grapple with several global issues.

The strategy, which lays out plans for the university’s next five years of research, focuses on six areas: antimicrobial resistance, decarbonisation, democracy and its future, food security, human-centred data and ocean and coastal health.

“As a public university, we have a special responsibility to direct our research toward the most pressing questions and the most difficult issues,” said to Prof Jim Livesey, VP for research and innovation at NUI Galway.

“As we look into the future, we face uncertainty about the number and nature of challenges we will face, but we know that we will rely on our research capacity as we work together to overcome them,” Livesey added.

The plan focuses on creating the conditions to intensify the quality, scale and scope of research in the university into the future. This includes identifying areas with genuine potential to achieve international recognition for NUI Galway. It also aims to continue to cultivate a supportive and diverse environment within its research community.

NUI Galway has research collaborations with 3,267 international institutions in 114 different countries. The university also has five research institutes on its Galway city campus, including the Data Science Institute, the Whitaker Institute for social change and innovation and the Ryan Institute for marine research.

Its research centres in the medtech area include Science Foundation Ireland’s Cúram and the Corrib Research Centre for Advanced Imaging and Core Lab.

The university will also continue to involve the public with its research and innovation plans through various education and outreach initiatives. It is leading the Public Patient Involvement Ignite network, which it claims, will “bring the public into the heart of research initiatives”.

Another key area identified in the strategy report is the development of partnerships with industry stakeholders. NUI Galway has spun out many successful companies in recent years, including medtechs such as AuriGen Medical, Atrian, Vetex Medical and Neurent.

According to MedTech Europe, Ireland has the highest number of medtech employees per capita in Europe along with Switzerland.

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