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Chinese automaker BYD had one of the biggest stands at the IAA show in Munich, Germany in 2023.

Arjun Kharpal | CNBC

Elon Musk dismissed BYD in 2011 by laughing at their products during a Bloomberg interview.

“Have you seen their car?” Musk quipped. “I don’t think it’s particularly attractive, the technology is not very strong. And BYD as a company has pretty severe problems in their home turf in China. I think their focus is, and rightly should be, on making sure they don’t die in China.”

BYD did not get wiped out. Instead, BYD dethroned Tesla in the fourth quarter as the top EV maker, selling more battery-powered vehicles than its U.S. rival.

“Their goal was to be China’s largest auto manufacturer and put China manufacturing on the map,” Taylor Ogan, CEO of Snow Bull Capital, said of BYD’s long-standing ambition.

So how did the Chinese company, which began by making phone batteries, become an electric car giant?

BYD’s history

While BYD is now known as an electric car giant, its tentacles stretch into many areas from batteries to mining and semiconductors, which is a large reason behind its success.

Chemist Wang Chuanfu founded BYD in 1995 in the southern Chinese city of Shenzhen, China’s massive tech hub. It was founded with 20 employees and 2.5 million Chinese yuan of capital, or $351,994 at today’s exchange rate.

In 1996, BYD began manufacturing lithium-ion batteries, the type that are in our modern day smartphones. This coincided with the growth of mobile phones. BYD went onto supply its batteries to Motorola and Nokia in 2000 and 2002, respectively, two of the mobile phone industry’s juggernaughts at the time.

In 2002, BYD listed on the Hong Kong Stock Exchange, riding the wave of its success in lithium-ion batteries.

BYD’s pivot to autos

It wasn’t until 2003 that BYD acquired a small automaker called Xi’an Qinchuan Automobile.

Two years later, it launched its first car called the F3, which was a combustion model. And then in 2008, it launched the F3DM, its first foray into electric vehicles. The F3DM was a plug-in hybrid electric vehicle.

That same year Warren Buffett’s Berkshire Hathaway made what was at the time a $230 million investment in BYD.

This gave a boost to BYD’s electric car ambitions.

BYD continued to push into the EV space and this is where its history as a battery maker came into play. In 2020, the company launched the Blade battery, which many argued helped spark BYD’s growth in EVs.

It is an LFP or lithium iron phosphate battery. At the time, according to Ogan, many battery makers were moving away from LFP batteries due to perceptions that they had poor energy density, i.e. they were too heavy for the amount of energy they were able to provide.

But BYD touted the Blade as a breakthrough that provided good energy density and high levels of safety. It committed to putting this in its Han, a sporty sedan which was released in 2020 and seen as a rival to Tesla’s Model S. BYD then put the Blade in subsequent models it released.

“The energy density at the cell level and the pack level were actually higher than what BYD initially unveiled … Everyone was blown away,” Ogan said.

BYD sold 130,970 pure battery electric vehicles in 2020. Last year, the company sold 1.57 million battery EVs.

What has been behind BYD’s success?

The breakthrough with the Blade underlines why BYD has found success in EVs — strategic investments and the fact that it has more businesses than just cars.

“BYD cut their teeth being a supplier in the high tech space, building up resiliency by supplying batteries to hard to please companies like Apple,” Tu Le of Sino Auto Insights, told CNBC.

“Wang Chuanfu then had the wherewithal to acquire a broken down local Chinese automotive brand and was able to focus on innovating on battery tech, enough so that it can sell to other automakers. If that wasn’t enough they were head down grinding, continually improving the design, engineering and quality of it’s own stable of vehicles. We didn’t know this at the time, but everything it’s done over the last 15-20 years set it up to surpass Tesla in Q4 ’23.”

Wang Chuanfu, Chairman and President of BYD.

May Tse | South China Morning Post | South China Morning Post | Getty Images

Beijing backs EVs

As well as BYD’s own tactics, its rise has been helped by the Chinese government’s huge support of the country’s EV sector. Over the past few years, Beijing has offered subsidies to incentivize buyers of electric cars and offered state support to the industry. These measures began around 2009, at the time BYD was looking to ramp up its EV push.

China is 'driving' towards an EV future: ToscaFund Hong Kong

Rhodium Group estimates that BYD received approximately $4.3 billion in state support between 2015 and 2020.

“BYD is a highly innovative and adaptive company, but its rise has been inextricably linked to Beijing’s protection and support,” Gregor Sebastian, senior analyst at Rhodium, told CNBC. “Without Beijing’s backing, BYD wouldn’t be the global powerhouse it is today.”

“Over time, the company has enjoyed below-market equity and debt financing allowing it to scale up production and R&D activities.”

Global ambitions

After dominating China’s EV market, BYD is now epanding aggressively overseas. It sells cars in a number of countries from the United Arab Emirates to Thailand and the U.K.

In southeast Asia, BYD has a 43% market share in electric vehicles. But BYD’s interntional expansion is not just about selling cars, it involves manufacturing and materials too.

BYD said in December it would open its first European manufacturing plant in Hungary. And the company is also looking to buy lithium mining assets in Brazil. Lithium is a key component of BYD’s batteries.

However, with global expansion comes scrutiny from governments who are concerned about the subisides that Chinese carmakers have received.

In September, the European Commission, the executive arm of the European Union, launched an investigation into subsidies given to electric vehicle makers in China.

Meanwhile the U.S. is trying to boost its own domestic EV sector through the Inflation Reduction Act, with an aim of keeping out Chinese competitors.

“Initiatives like the IRA and the EU anti-subsidy probe aim to impede China’s progress in these markets,” Rhodium’s Sebastian said.

“To ensure sustained growth, BYD is proactively addressing these political hurdles, as seen in its recent investment in an EV plant in Hungary, underscoring its commitment to global expansion.”

What next?

The battle between Tesla and BYD — the world’s two biggest EV makers — is set to continue. Sino Auto Insights’ Le said he beleives that BYD still hasn’t “reached max potential.”

“Most automotive companies for the longest time didn’t take them seriously. That’s where part of their journey mirrors Tesla’s because people didn’t take Tesla seriously in the early days either,” Le said.

Tesla will likely be overtaken in terms of units, says Canaccord's George Gianarikas

As for Tesla, the company is facing stiffer competition in 2024 with Chinese competitors launching more models and traditional automakers trying to catch up in the EV race.

Daniel Roeska, senior research analyst at Bernstein Research, told CNBC that there isn’t a big driver of sales volumes in Tesla’s car portfolio in the coming months. BYD on the other hand could see faster growth.

“BYD quite to the contrary is really pushing the pedal to the metal … by accelerating growth in Europe and other overseas markets. And so there is a lot more growth in the BYD story in the next 12 to 24 months for sure,” Roeska said.

Tesla’s Musk has recognized that he shouldn’t have taken BYD lightly. In a comment posted in X in response to a video of his 2011 Bloomberg interview, Musk said: “That was many years ago. Their cars are highly competitive these days.”

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SoftBank to acquire chip designer Ampere in $6.5 billion deal

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SoftBank to acquire chip designer Ampere in .5 billion deal

The logo of Japanese company SoftBank Group is seen outside the company’s headquarters in Tokyo on January 22, 2025. 

Kazuhiro Nogi | Afp | Getty Images

SoftBank Group said Wednesday that it will acquire Ampere Computing, a startup that designed an Arm-based server chip, for $6.5 billion. The company expects the deal to close in the second half of 2025, according to a statement.

Carlyle Group and Oracle both have committed to selling their stakes in Ampere, SoftBank said.

Ampere will operate as an independent subsidiary and will keep its headquarters in Santa Clara, California, the statement said.

“Ampere’s expertise in semiconductors and high-performance computing will help accelerate this vision, and deepens our commitment to AI innovation in the United States,” SoftBank Group Chairman and CEO Masayoshi Son was quoted as saying in the statement.

The startup has 1,000 semiconductor engineers, SoftBank said in a separate statement.

Chips that use Arm’s instruction set represent an alternative to chips based on the x86 architecture, which Intel and AMD sell. Arm-based chips often consume less energy. Ampere’s founder and CEO, Renee James, established the startup in 2017 after 28 years at Intel, where she rose to the position of president.

Leading cloud infrastructure provider Amazon Web Services offers Graviton Arm chip for rent that have become popular among large customers. In October, Microsoft started selling access to its own Cobalt 100 Arm-based cloud computing instances.

This is breaking news. Please refresh for updates.

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Nvidia’s Huang says faster chips are the best way to reduce AI costs

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Nvidia's Huang says faster chips are the best way to reduce AI costs

Nvidia CEO Jensen Huang introduces new products as he delivers the keynote address at the GTC AI Conference in San Jose, California, on March 18, 2025.

Josh Edelson | AFP | Getty Images

At the end of Nvidia CEO Jensen Huang’s unscripted two-hour keynote on Tuesday, his message was clear: Get the fastest chips that the company makes.

Speaking at Nvidia’s GTC conference, Huang said that questions clients have about the cost and return on investment the company’s graphics processors, or GPUs, will go away with faster chips that can be digitally sliced and used to serve artificial intelligence to millions of people at the same time.

“Over the next 10 years, because we could see improving performance so dramatically, speed is the best cost-reduction system,” Huang said in a meeting with journalists shortly after his GTC keynote.

The company dedicated 10 minutes during Huang’s speech to explain the economics of faster chips for cloud providers, complete with Huang doing envelope math out loud on each chip’s cost-per-token, a measure of how much it costs to create one unit of AI output.

Huang told reporters that he presented the math because that’s what’s on the mind of hyperscale cloud and AI companies.

The company’s Blackwell Ultra systems, coming out this year, could provide data centers 50 times more revenue than its Hopper systems because it’s so much faster at serving AI to multiple users, Nvidia says. 

Investors worry about whether the four major cloud providers — Microsoft, Google, Amazon and Oracle — could slow down their torrid pace of capital expenditures centered around pricey AI chips. Nvidia doesn’t reveal prices for its AI chips, but analysts say Blackwell can cost $40,000 per GPU.

Already, the four largest cloud providers have bought 3.6 million Blackwell GPUs, under Nvidia’s new convention that counts each Blackwell as 2 GPUs. That’s up from 1.3 million Hopper GPUs, Blackwell’s predecessor, Nvidia said Tuesday. 

The company decided to announce its roadmap for 2027’s Rubin Next and 2028’s Feynman AI chips, Huang said, because cloud customers are already planning expensive data centers and want to know the broad strokes of Nvidia’s plans. 

“We know right now, as we speak, in a couple of years, several hundred billion dollars of AI infrastructure” will be built, Huang said. “You’ve got the budget approved. You got the power approved. You got the land.”

Huang dismissed the notion that custom chips from cloud providers could challenge Nvidia’s GPUs, arguing they’re not flexible enough for fast-moving AI algorithms. He also expressed doubt that many of the recently announced custom AI chips, known within the industry as ASICs, would make it to market.

“A lot of ASICs get canceled,” Huang said. “The ASIC still has to be better than the best.”

Huang said his is focus on making sure those big projects use the latest and greatest Nvidia systems.

“So the question is, what do you want for several $100 billion?” Huang said.

WATCH: CNBC’s full interview with Nvidia CEO Jensen Huang

Watch CNBC's full interview with Nvidia CEO Jensen Huang

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Microsoft announces new HR executive, company veteran Amy Coleman

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Microsoft announces new HR executive, company veteran Amy Coleman

Microsoft’s Amy Coleman (L) and Kathleen Hogan (R).

Source: Microsoft

Microsoft said Wednesday that company veteran Amy Coleman will become its new executive vice president and chief people officer, succeeding Kathleen Hogan, who has held the position for the past decade.

Hogan will remain an executive vice president but move to a newly established Office of Strategy and Transformation, which is an expansion of the office of the CEO. She will join Microsoft’s group of top executives, reporting directly to CEO Satya Nadella.

Coleman is stepping into a major role, given that Microsoft is among the largest employers in the U.S., with 228,000 total employees as of June 2024. She has worked at the company for more than 25 years over two stints, having first joined as a compensation manager in 1996.

Hogan will remain on the senior leadership team.

“Amy has led HR for our corporate functions across the company for the past six years, following various HR roles partnering across engineering, sales, marketing, and business development spanning 25 years,” Nadella wrote in a memo to employees.

“In that time, she has been a trusted advisor to both Kathleen and to me as she orchestrated many cross-company workstreams as we evolved our culture, improved our employee engagement model, established our employee relations team, and drove enterprise crisis response for our people,” he wrote.

Hogan arrived at Microsoft in 2003 after being a development manager at Oracle and a partner at McKinsey. Under Hogan, some of Microsoft’s human resources practices evolved. She has emphasized the importance of employees having a growth mindset instead of a fixed mindset, drawing on concepts from psychologist Carol Dweck.

“We came up with some big symbolic changes to show that we really were serious about driving culture change, from changing the performance-review system to changing our all-hands company meeting, to our monthly Q&A with the employees,” Hogan said in a 2019 interview with Business Insider.

Hogan pushed for managers to evaluate the inclusivity of employees and oversaw changes in the handling of internal sexual harassment cases.

Coleman had been Microsoft’s corporate vice president for human resources and corporate functions for the past four years. In that role, she was responsible for 200 HR workers and led the development of Microsoft’s hybrid work approach, as well as the HR aspect of the company’s Covid response, according to her LinkedIn profile.

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