Tech
Starving for more chips in a tech hungry world – Electronic Products & Technology


As the U.S. economy rebounds from its pandemic slump, a vital cog is in short supply: the computer chips that power a wide range of products that connect, transport and entertain us in a world increasingly dependent on technology.
The shortage has already been rippling through various markets since last summer. It has made it difficult for schools to buy enough laptops for students forced to learn from home, delayed the release of popular products such as the iPhone 12 and created mad scrambles to find the latest video game consoles such as the PlayStation 5.
Source: Adobe Stock
But things have been getting even worse in recent weeks, particularly in the auto industry, where factories are shutting down because there aren’t enough chips to finish building vehicles that are starting to look like computers on wheels. The problem was recently compounded by a grounded container ship that blocked the Suez Canal for nearly a week, choking off chips headed from Asia to Europe.
These snags are likely to frustrate consumers who can’t find the vehicle they want and sometimes find themselves settling for a lower-end models without as many fancy electronic features. And it threatens to leave a big dent in the auto industry, which by some estimates stands to lose $60 billion in sales during the first half of his year.
“We have been hit by the perfect storm, and it’s not going away any time soon,” said Baird technology analyst Ted Mortonson, who said he has never seen such a serious shortage in nearly 30 years tracking the chip industry.
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Is the pandemic to blame?
Sort of. The pandemic prompted chip factories to start shutting down early last year, particularly overseas, where the majority of the processors are made. By the time they started to reopen, they had a backlog of orders to fill.
That wouldn’t have been as daunting if chipmakers weren’t then swamped by unforeseen demand. For instance, no one entered 2020 expecting to see a spike in personal computer sales after nearly a decade of steady decline. But that’s what happened after government lockdowns forced millions of office workers to do their jobs from homes while students mostly attended their classes remotely.
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Are other factors at work?
Yes. Both Sony and Microsoft were preparing to release highly anticipated next-generation video game consoles for their PlayStation and Xbox brands, respectively, that required more sophisticated chips than ever. To add to the demand, wireless network providers are clamouring for chips to power ultrafast “5G” services being built around the world.
President Donald Trump’s trade war with China probably didn’t help either. Some analysts believe the Trump administration’s blacklisting of Huawei Technologies prompted that major maker of smartphones to build a huge stockpile of chips as it braced for the crackdown.
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Why is the Auto industry being hit so hard?
Stay-at-home orders drove a surge in consumer electronics sales, squeezing auto parts suppliers who use chips for computers that control gas pedals, transmissions and touch screens. Chip makers compounded the pressure by rejiggering factory lines to better serve the consumer-electronics market, which generates far more revenue for them than autos.
After eight weeks of pandemic-induced shutdown in the spring, automakers started reopening factories earlier than they had envisioned. But then they were hit with unexpected news: chip makers weren’t able to flip a switch quickly and make the types of processors needed for cars.
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How are automakers dealing with the shortage?
They’ve cancelled shifts and temporarily closed factories. Ford, General Motors, Fiat Chrysler (now Stellantis), Volkswagen and Honda seem to have been hit the hardest. Others, most notably Toyota, aren’t being affected as dramatically. That is probably because Toyota was better prepared after learning how sudden, unexpected shocks can disrupt supply chains from the massive earthquake and tsunami that hit Japan in 2011, said Bank of America Securities analyst Vivek Arya.
The harder hit automakers have diverted chips from slower-selling models to those in high demand, such as pickup trucks and large SUVs. Ford, GM and Stellantis have started building vehicles without some computers, putting them in storage with plans to retrofit them later.
GM expects the chip shortage to cost it up to $2 billion in pretax profits this year from lost production and sales. Ford is bracing for a similar blow. Chip makers probably won’t fully catch up with auto-industry demand until July at the earliest.
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How will this affect people who want to buy a new car?
Expect to pay more. Supplies of many models were tight even before the chip shortage because automakers were having trouble making up for production lost to the pandemic.
IHS Markit estimates that from January through March, the chip shortage reduced North American auto production by about 100,000 vehicles. In January of last year, before the pandemic, the U.S. auto industry had enough vehicles to supply 77 days of demand. By February of 2021 it was down almost 30% to 55 days.
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Will other popular products be affected this year?
Samsung Electronics, one of the world’s biggest chipmakers, recently warned that its vast line-up of consumer electronics could be affected by the shortage. Without specifying which products might be affected, Samsung co-CEO Koh Dong-jin told shareholders that a “serious imbalance” between the supply and demand for chips could hurt sales from April through June.
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What’s going to prevent this from happening again?
There are no quick fixes, but chipmakers appear to be be gearing up to meet future challenges.
Intel, which for decades has dominated the market for PC chips, recently made waves by announcing plans to invest $20 billion in two new factories in Arizona. Even more significant, Intel revealed said it is starting a new division that will enter into contracts to make chips tailored for other firms in addition to its own processors. That’s a major departure for Intel, aligning it more closely with a model popularized by TaiwanSemiconductorManufacturing Co., or TSMC, which already had been building a plant in Arizona, too.
Compelled by the current shortage, TSMC also has committed to spending $100 billion during the next three years to expand its worldwide chip manufacturing capacity. About $28 billion of that investment will come this year to boost production at factories that have been unable to keep up with the surge in demand since the pandemic began, according to TSMC Chief Executive Officer C.C. Wei.
And President Joe Biden’s $2 trillion plan to improve U.S. infrastructure includes an estimated $50 billion to help make the the country less reliant on chips made overseas. The U.S. share of the worldwide chip manufacturing market has declined from 37% in 1990 to 12% today, according toSemiconductorIndustry Association, a trade group.
But chips won’t start coming out of any new factories built as part of the spending splurge for two to three years. And even as existing factories ramp up and expand to meet current demand, some analysts wonder if there might be a glut of processors a year from now.
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Krisher reported from Detroit.
Tech
Canada’s Telesat takes on Musk and Bezos in space race to provide fast broadband
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By Steve Scherer
OTTAWA (Reuters) – Canada’s Telesat is racing to launch a low-earth-orbit (LEO) satellite constellation to provide high-speed global broadband from space, pitting the satellite communications firm founded in 1969 against two trailblazing billionaires, Elon Musk and Jeff Bezos.
Musk, the Tesla Inc CEO who was only a year old when Telesat launched its first satellite, is putting the so-called Starlink LEO into orbit with his company SpaceX, and Amazon.com Inc, which Bezos founded, is planning a LEO called Project Kuiper. Bezos also owns Blue Origin, which builds rockets.
Despite the competition, Dan Goldberg, Telesat’s chief executive officer, voices confidence when he calls Telesat’s LEO constellation “the Holy Grail” for his shareholders – “a sustainable competitive advantage in global broadband delivery.”
Telesat’s LEO has a much lighter price tag than SpaceX and Amazon’s, and the company has been in satellite services decades longer. In addition, instead of focusing on the consumer market like SpaceX and Amazon, Telesat seeks deep-pocketed business clients.
Goldberg said he was literally losing sleep six years ago when he realized the company’s business model was in peril as Netflix and video streaming took off and fiber optics guaranteed lightning-fast internet connectivity.
Telesat’s 15 geostationary (GEO) satellites provide services mainly to TV broadcasters, internet service providers and government networks, all of whom were growing increasingly worried about the latency, or time delay, of bouncing signals off orbiters more than 35,000 km (22,200 miles) above earth.
Then in 2015 on a flight home from a Paris industry conference where latency was a constant theme, Goldberg wrote down his initial ideas for a LEO constellation on an Air Canada napkin.
Those ideas eventually led to Telesat’s LEO constellation, dubbed Lightspeed, which will orbit about 35 times closer to earth than GEO satellites, and will provide internet connectivity at a speed akin to fiber optics.
Telesat’s first launch is planned in early 2023, while there are already some 1,200 of Musk’s Starlink satellites in orbit.
“Starlink is going to be in service much sooner … and that gives SpaceX the opportunity to win customers,” said Caleb Henry, a senior analyst at Quilty Analytics.
Starlink’s “first mover” advantage is at most 24 months and “no one’s going to lock this whole market up in that amount of time,” Goldberg said.
Telesat in 2019 signed a launch deal with Bezos’ aerospace company Blue Origin. Discussions are ongoing with three others, said David Wendling, Telesat’s chief technical officer.
They are Japan’s Mitsubishi Heavy Industries Ltd, Europe’s ArianeGroup , and Musk’s SpaceX, which launches the Starlink satellites. Wendling said a decision would be taken in a matter of months.
Telesat aims to launch its first batch of 298 satellites being built by Thales Alenia Space in early 2023, with partial service in higher latitudes later that same year, and full global service in 2024.
‘SWEET SPOT’
The Lightspeed constellation is estimated to cost half as much as the $10 billion SpaceX and Amazon projects.
“We think we’re in the sweet spot,” Goldberg said. “When we look at some of these other constellations, we don’t get it.”
Analyst Henry said Telesat’s focus on business clients is the right one.
“You have two heavyweight players, SpaceX and Amazon, that are already pledging to spend $10 billion on satellite constellations optimized for the consumer market,” he said. “If Telesat can spend half that amount creating a high-performance system for businesses, then yeah, they stand to be very competitive.”
Telesat’s industry experience may also provide an edge.
“We’ve worked with many of these customers for decades … That’s going to give us a real advantage,” Goldberg said.
Telesat “is a satellite operator, has been a satellite operator, and has both the advantage of expertise and experience in that business,” said Carissa Christensen, chief executive officer of the research firm BryceTech, adding, however, that she sees only two to three LEO constellations surviving.
Telesat is nailing down financing – one-third equity and two-thirds debt – and will become publicly traded on the Nasdaq sometime this summer, and it could also list on the Toronto exchange after that. Currently, Canada’s Public Sector Pension Investment Board and Loral Space & Communications Inc are the company’s main shareholders.
France and Canada’s export credit agencies, BPI and EDC respectively, are expected to be the main lenders, Goldberg said. Quebec’s provincial government is lending C$400 million ($317 million), and Canada’s federal government has promised C$600 million to be a preferred customer. The company also posted C$246 million in net income in 2020.
Executing the LEO plan is what keeps Goldberg up at night now, he said.
“When we decided to go down this path, the two richest people in the universe weren’t focused on their own LEO constellations.”
($1 = 1.2622 Canadian dollars)
(Reporting by Steve Scherer in Ottawa; Editing by Matthew Lewis)
Tech
$600K donation to boost online mental health programming in Nova Scotia


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Nova Scotia Health’s mental health and addictions program hopes to offer more online support to people across the province after receiving a significant donation this week.
The QEII Foundation announced that RBC is contributing $600,000 toward the province’s e-mental health programming.
“It’s particularly important for the current time under all the strains of COVID,” said Dr. Andrew Harris, a psychiatrist and the senior medical director for the program.
The plan for online programming has been in the works for years, he said, but the pandemic expedited the push. Last June, the department launched a number of applications that can be used to help those with anxiety, depression and addictions.
Since then, as many as 3,000 Nova Scotians have used the site to access mental health services.
“There’s a persistent difficulty in accessing services,” Harris said of traditional models in Nova Scotia. He said those who don’t need intensive therapy may find the support they need through the online programs.
He uses the example of someone who can’t take time off work to speak to a clinician.
“It’s better for them to be able to access a service after hours or on the weekend. So our e-mental health services are tailored a little bit to meet that need.”
Calls to crisis line increase
Harris said the province’s mental health crisis line continues to see a 30 per cent increase in calls for help, so he’s trying to raise awareness that services can be accessed immediately online.
“I think everyone is aware that for a lot of people it’s much easier to talk about a physical illness than a mental illness. So there’s an allowance there for privacy, for some anonymity but still making available things that can help the person who is struggling in the community.”
The online portal has a list of programs that people can use, covering things like reducing stress, solving problems and becoming mindful. It mirrors a site in Newfoundland and Labrador that Harris said is used to help people in remote areas.
Harris said the donation from RBC will be used to continue to evaluate more services, and pay for the licensing of the products that are mostly developed by other organizations.
He encourages anyone who is struggling to test out the site, and use it as an entry point into the mental health system.
“It’s important for people to acknowledge when they’re struggling. It happens to all of us through our lives in different times.”
Anyone in Nova Scotia looking to access the tools can visit: https://mha.nshealth.ca.
Source:- CBC.ca
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