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EU Approves Synopsys’ $35 Billion Ansys Acquisition with Conditions

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The European Commission has given the green light to Synopsys’ $35 billion acquisition of Ansys, with conditions designed to address competition concerns. The deal, which was announced in January 2024, will see Synopsys, a leading chip design software maker, acquire Ansys, a company known for its software used in various industries, from aerospace to sports equipment manufacturing.

To alleviate concerns about reduced competition in certain software markets, the Commission required both companies to divest key products. Synopsys has agreed to sell its optics and photonics software, while Ansys will divest its PowerArtist software. These divestitures are intended to maintain sufficient competition in the global markets for optics, photonics, and power consumption analysis tools used in chip design.

However, the deal can only proceed after the European Commission approves the buyers of these divested products in a separate review process.

The acquisition comes at a time when companies like Nvidia and Intel are developing increasingly complex chips and the computing systems that house them. Synopsys’ tools are focused on chip design, while Ansys provides software for evaluating the larger electronic systems that incorporate these chips, making the acquisition complementary for both parties.

 

Arm and Qualcomm Clash Over Chip Design Ownership in U.S. Court Trial

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In a pivotal U.S. federal court trial this week, Arm and Qualcomm are locked in a high-stakes legal battle over the ownership of intellectual property (IP) related to chip designs based on Arm’s architecture. The dispute, taking place in Delaware, is critical for Qualcomm’s ambitions in the laptop market, where it is supporting partners like Microsoft to regain ground lost to Apple after the company introduced its custom chips.

The Core of the Dispute

At the heart of the legal conflict is who owns the intellectual property built on top of Arm’s computing architecture. Arm’s architecture competes with Intel’s and is widely used in smartphones, laptops, and data centers. While major companies like Apple design their own cores based on Arm’s architecture, Arm also provides off-the-shelf core designs for smaller firms like MediaTek. The crux of the case lies in whether Nuvia, a company acquired by Qualcomm for $1.4 billion in 2021, had the right to transfer its computing core designs to Qualcomm.

Key Legal Testimony

The companies disagree on whether Nuvia’s core designs, created by Gerard Williams—former Apple engineer and Nuvia founder—are derivatives of Arm’s architecture. Arm’s attorneys argue that the licensing agreement covers Arm technology, including “derivatives” and “modifications” made from it. During the trial, Arm’s attorney, Daralyn Durie, grilled Williams on the contractual language, asking him to acknowledge that Nuvia’s work was a derivative of Arm’s technology. Williams, however, denied this interpretation, stating, “I wouldn’t say that, but I’m not a legal expert.”

Impact on Qualcomm’s Plans

Qualcomm’s attorneys, meanwhile, emphasized how minimal Arm’s technology was in Nuvia’s final chip designs. Williams estimated that less than 1% of Nuvia’s final designs contained Arm’s technology. This assertion could significantly impact Qualcomm’s ongoing business strategy, particularly as the company seeks to expand into laptops, a market currently dominated by Apple’s custom chips. Qualcomm currently pays Arm approximately $300 million annually for its architecture, but evidence introduced at trial suggested that Arm executives believed they were missing out on $50 million annually due to Qualcomm’s acquisition of Nuvia.

Next Steps in the Trial

The trial could conclude with a jury verdict as soon as this week. Qualcomm’s CEO, Cristiano Amon, is also expected to testify, which could further influence the outcome of the case. The final decision may have significant ramifications for the future of chip design, especially in the rapidly evolving laptop and mobile markets.

 

Synopsys and SiMa.ai Partner to Accelerate AI Chip Development for Automakers

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Synopsys, a leading provider of chip-design software, and SiMa.ai, a startup specializing in energy-efficient AI hardware and software for cars, have announced a strategic partnership aimed at advancing the development of artificial intelligence (AI) chips for the automotive industry.

Focus on Energy-Efficient AI for Automobiles

The collaboration is designed to support automakers and suppliers in developing AI-powered chips that can handle diverse functions within cars, particularly in electric vehicles (EVs). As EVs face competition for battery power between chips and drive systems, energy-efficient AI solutions are crucial. SiMa.ai has developed hardware and software that can handle a variety of AI tasks, such as computer vision for driver-assistance systems and voice assistants that listen for driver commands.

Partnership Benefits

The partnership will provide Synopsys users access to SiMa.ai’s intellectual property, enabling automakers to use advanced tools to simulate how chips and software will work together. This will help car manufacturers and suppliers identify the best chip-and-software combinations for their specific needs, improving performance and energy efficiency.

Industry Implications

SiMa.ai aims to integrate advanced AI technologies, such as voice assistants, into vehicles within the next three years. However, these AI technologies typically rely on power-hungry chips used in data centers, requiring adaptation to meet the energy demands of automobiles. SiMa.ai’s solutions are designed to be highly energy-efficient, fitting within the power and performance constraints of automotive applications.

Krishna Rangasayee, CEO of SiMa.ai, emphasized that the company’s technology is specifically built to meet the energy and performance needs of the automotive sector. The companies did not disclose the financial details of the agreement.