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6-inch N-type SiC substrates by SICC in China

SiC in China: ‘Poster Child of the Decoupling Era’

By Junko Yoshida

What’s at stake?
Fueled by booming electric-vehicle demand and the long-term goal of semiconductor self-sufficiency, China is committed to developing power electronics based on silicon carbide (SiC). What is China’s plan for leapfrogging Western SiC suppliers?

Here are the questions: Who are China’s SiC players? How much money is China pouring into nascent technology and production facilities? Are Chinese vendors devising different business strategies to conquer the SiC market? Each of these riddles keep global power-electronics executives awake at night.

Read More »SiC in China: ‘Poster Child of the Decoupling Era’
China and EU

European Chip Startups Top China’s Shopping List

By Peter Clarke

What’s at stake?
China has made numerous efforts to acquire European technology over the last decade or more. While wafer fabs, even mature ones, are a priority and have recently drawn regulatory attention, there are also many startups and fabless chip companies attracting investors and potential buyers, often without scrutiny. Individual deals may appear as the unfettered workings of the technology market, but the aggregate effect can produce a dependence that Europe is only just starting to consider.

Judging by two recent events, Europe is waking up to the risk of China buying up more of its technology – even when those capabilities are somewhat mature. Will regulators react more quickly to investments in technology startups?

Read More »European Chip Startups Top China’s Shopping List
Aerial view container ship in port at container terminal port

The Supply-Chain Decoupling Quandary

By Junko Yoshida

What’s at stake?
The idea of “on-shoring” or “near-shoring” is gaining traction among supply-chain practitioners in the face of stringent government policies. Policy makers have become more inclined to define specific industries and technologies as nationally sensitive, imposing limits on cross-border goods and capital flows. At stake is how quickly a global company like Apple, author of an impeccable global supply chain, can change course.

Read More »The Supply-Chain Decoupling Quandary
Apple iPhone made in China

Apple Created a Brilliant But Now Nightmarish Supply Chain

By Bolaji Ojo

What’s at stake?
A reduction in Apple’s manufacturing, procurement and other supply chain engagements with China may be desirable because of geopolitical and other constraints. But a divorce may be close to impossible because it involves not one, but hundreds of supply chains, managed by the company’s suppliers.

Apple and China. China and Apple.

Outside of the abrupt breakout of war, it will take years, if not decades, for Apple Inc. to drastically reduce or eliminate its dependence on China.

Read More »Apple Created a Brilliant But Now Nightmarish Supply Chain
zero Covid protest

China’s Zero-Covid Conundrum

By George Leopold

What’s at stake:
Xi Jinping’s zero-Covid edict painted his country into a corner, and it’s unclear how China can extract itself from Xi’s disastrous public-health policy. The rest of the world braces for the economic consequences of Beijing’s next move. 

How Beijing’s zero-Covid stance mutates into a sustainable public-health policy is the key question for the Chinese people and Western companies seeking to maintain their links to China’s supply chains and contract manufacturers.

Read More »China’s Zero-Covid Conundrum
Omnitron Sensors’ test structure for process verification of its step-scanning MEMS actuator

Claiming a New MEMS Topology, Startup Promises ‘Disruption’

By Junko Yoshida

What’s at stake?
The performance of MEMS devices has stagnated because MEMS manufacturing process technologies have failed to advance significantly. An Los Angeles-based startup believes it can fix that. Omnitron Sensors claims to have proven its new process technology through development of an optical subsystem for MEMS lidar. Industry experts want to see Omnitron’s patents before judging whether “disruptive” is the word that applies to the new manufacturing process technology.

The semiconductor industry has Moore’s Law and process nodes. Both help chip developers gauge progress and advance chip designs.

But what about micro-mechanical systems, or MEMS?

Read More »Claiming a New MEMS Topology, Startup Promises ‘Disruption’
decision time for congressional negotiators on CHIPS Act

Tech M&A Conundrum: Lessons from Nvidia’s Arm Gamble

By Bolaji Ojo

What’s at stake?

Semiconductor and other technology M&A proposals are becoming more difficult to execute due to the influence of powerful geopolitical players whose calculations go beyond traditional motives of higher revenue, profits, and market share.

Nvidia Corp.’s abandoned $40 billion offer for Arm set in motion a series of unfortunate developments that have put the semiconductor IP vendor in a tenuous position.

Months after the offer was cancelled, Arm is still caught in a tangled web. While Nvidia is now free of a regulatory onslaught of its own making, fate has yet to set Arm on the path to true freedom. Its current owners want to sell but cannot find a buyer. Arm wants to return to the equity market via an IPO, but that path remains tortuous.

Read More »Tech M&A Conundrum: Lessons from Nvidia’s Arm Gamble
AMD/Xilinx-based systems In a vehicle

No Frills, No Hype: AMD’s ‘Pragmatic’ Plan for a New Car Architecture

By Junko Yoshida

What’s at stake?
By acquiring Xilinx, AMD has the ammunition to move aggressively into next-generation automotive architectures. Yet, thus far the company has revealed scant details for a combined AMD/Xilinx automotive platform. With Xilinx’ Zynq FPGAs entrenched in the market, is AMD the victim of its own success? Is it complacent? Or is AMD reading the automotive industry — historically very slow to embracing new technologies — just right? 

Read More »No Frills, No Hype: AMD’s ‘Pragmatic’ Plan for a New Car Architecture

Intel: Why Gelsinger Should Become CEO of Foundry Business

By Bolaji Ojo

What’s at stake?
Patrick Gelsinger has championed the transition of Intel into a manufacturing and foundry giant. As part of that process, he should take over as CEO of Intel Foundry Services and take charge of its future. Pending a possible spin off, Intel should name a separate CEO for the client computing, datacenter and AI, network and edge and accelerated computing systems and graphics businesses.

Read More »Intel: Why Gelsinger Should Become CEO of Foundry Business
Mike Noonen

Mike Noonen: The Startup Launching Maestro

By Bolaji Ojo

What’s at stake?
Mike Noonen is the man semiconductor startup founders and venture capitalists call upon to hustle their investments through production to IPO or acquisition. By joining AR/VR holographic chip developer Swave, Noonen is about to accelerate disruption of the virtual imaging market.

The Mike Noonen semiconductor startup academy would be a roaring success. That is, if Noonen, now CEO of Swave Photonics, had one.

Read More »Mike Noonen: The Startup Launching Maestro