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Architect Labs raises $24 million to take on Broadcom, Marvell custom chip business
SAN FRANCISCO, June 18 (Reuters) - Architect Labs said on Thursday it had raised $24 million in seed funding to build a company that will use artificial intelligence to speed and ease the design of custom chips. American chip giant Broadcom (AVGO.O), opens new tab and its smaller rival Marvell (MRVL.O), opens new tab help design custom AI and other general-purpose computing chips for cloud computing companies like Amazon (AMZN.O), opens new tab and Alphabet's (GOOGL.O), opens new tab Google. The custom chips designed by Marvell and Broadcom generate tens of billions of dollars in revenue and offer an alternative to Nvidia's (NVDA.O), opens new tab powerful hardware. Architect Labs aims to cheapen and speed the process, which now takes roughly two years and costs hundreds of millions of dollars in labor costs and research and development. The company plans to target chip companies to help accelerate the design process but also software companies that could use custom chips to make their applications run faster or more efficiently, Architect co-founder Ebrahim Hussain said in an interview with Reuters. "Their biggest problem today is not necessarily the backend execution or the layout," Hussain said. "Their biggest thing is how can I take this workload that I want to deliver to the world, whether it be AI or robotics or anything like that, and how can I build the (chip) architecture." The Palo Alto, California-based company was founded by Hussain and Aaditya Subedi and has about 18 staffers, split between machine learning and hardware. The goal, Subedi said, is to make chip design as accessible as Taiwan's TSMC has made chip manufacturing. The company's funding round was led by Kindred Ventures and included TQ Ventures, Race Capital, and Together Fund. Google DeepMind Chief Scientist Jeff Dean, along with executives from OpenAI and Nvidia, have also invested in the company. Reporting by Max A. Cherney in San Francisco; editing by Dvaid Gaffen Our Standards: The Thomson Reuters Trust Principles., opens new tab * Suggested Topics: * Retail & Consumer Max A. Cherney Thomson Reuters Max A. Cherney is a correspondent for Reuters based in San Francisco, where he reports on the semiconductor industry and artificial intelligence. He joined Reuters in 2023 and has previously worked for Barron's magazine and its sister publication, MarketWatch. Cherney graduated from Trent University with a degree in history.
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Architect Labs raises $24M for AI custom chip design
The Palo Alto startup, out of stealth with backing from Kindred Ventures and angels including Google DeepMind's Jeff Dean, wants to do for chip design what TSMC did for chip manufacturing: make it available to anyone with a workload. Designing a chip is hard. It takes years, hundreds of millions of dollars, and a tiny pool of experts. Most of them sit inside a few large companies. Architect Labs wants to change that with AI. The Palo Alto startup left stealth on Thursday with a $24mn seed round. Its plan is to build an AI system that designs and verifies custom chips from end to end. Kindred Ventures led the round. TQ Ventures, Race Capital and Together Fund joined in. So did a notable group of angels. Per Reuters, they include Google DeepMind chief scientist Jeff Dean, plus executives from OpenAI and Nvidia. Kindred founder Steve Jang takes a board seat. A 'designless' chip industry The pitch leans on semiconductor history. Two decades ago, the fabless model split design from manufacturing. TSMC then made world-class fabrication available to anyone with a design. Architect Labs wants to repeat that trick one layer up. This time, the target is design itself. It calls the result a "designless" semiconductor industry. In that world, a company no longer has to become a chip company. It does not have to bet a decade on one architecture. It simply brings a workload and gets the silicon to run it. Taking aim at Broadcom and Marvell That goal collides with two of the industry's richest franchises. Reuters reports that Architect Labs is chasing the custom-chip business of Broadcom and Marvell. Both firms design bespoke AI accelerators for cloud giants such as Amazon and Google. Together they earn tens of billions of dollars a year. Demand for custom silicon keeps climbing. AI labs, hyperscalers and robotics makers all want chips tuned to their own workloads. Off-the-shelf hardware can no longer keep up. The squeeze is also fuelling a wider hunt for new chip architectures. "AI models have advanced dramatically across nearly every field, yet chip development cycles remain equally slow and painful," said co-founder Ebrahim Hussain. His fix is not to bolt AI agents onto a decades-old design "flow". Instead, he wants to rebuild the process from scratch, with AI as a "first-class actor". Founders who dropped out to build it The founders are betting their CVs on the idea. Hussain skipped high school and started college at 15, the company says. He then worked on custom chips at Apple and Tesla. His co-founder, Aaditya Subedi, researched AI code verification at Harvard. The two met at Stanford, then dropped out to launch the company. Their team runs to about 18 people, split between machine learning and hardware. Together, the company says, they have taped out more than 80 production chips. The group also includes alumni of Intel, Meta's custom-silicon work, and machine-learning teams at Anthropic, DeepMind and xAI. What comes next Architect Labs says it has already deployed with semiconductor partners. It expects AI-generated designs to tape out on leading-edge nodes later this year. No one has independently verified either claim yet. The new money will scale its compute, deepen its research and fund co-design with early partners. The bigger vision is a tighter loop. In it, models, software and hardware improve together. If the bet pays off, hardware stops being the thing AI has to work around.
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Architect Labs raises $24 million to take on Broadcom, Marvell custom chip business
Architect Labs has secured $24 million in seed funding. The company will leverage artificial intelligence to accelerate and simplify the design of custom chips. This innovation aims to reduce the current two-year timeline and multi-million dollar costs associated with chip development. Architect Labs plans to assist both chip manufacturers and software firms in creating more efficient applications through custom hardware. Architect Labs said on Thursday it had raised $24 million in seed funding to build a company that will use artificial intelligence to speed and ease the design of custom chips. American chip giant Broadcom and its smaller rival Marvell help design custom AI and other general-purpose computing chips for cloud computing companies like Amazon and Alphabet's Google. The custom chips designed by Marvell and Broadcom generate tens of billions of dollars in revenue and offer an alternative to Nvidia's powerful hardware. Architect Labs aims to cheapen and speed the process, which now takes roughly two years and costs hundreds of millions of dollars in labor costs and research and development. The company plans to target chip companies to help accelerate the design process but also software companies that could use custom chips to make their applications run faster or more efficiently, Architect co-founder Ebrahim Hussain said in an interview with Reuters. "Their biggest problem today is not necessarily the backend execution or the layout," Hussain said. "Their biggest thing is how can I take this workload that I want to deliver to the world, whether it be AI or robotics or anything like that, and how can I build the (chip) architecture." The Palo Alto, California-based company was founded by Hussain and Aaditya Subedi and has about 18 staffers, split between machine learning and hardware. The goal, Subedi said, is to make chip design as accessible as Taiwan's TSMC has made chip manufacturing. The company's funding round was led by Kindred Ventures and included TQ Ventures, Race Capital, and Together Fund. Google DeepMind Chief Scientist Jeff Dean, along with executives from OpenAI and Nvidia, have also invested in the company.
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Palo Alto startup Architect Labs emerged from stealth with $24 million in seed funding to transform custom chip design using AI. The company aims to reduce the two-year timeline and hundreds of millions in costs currently required to design custom chips, directly challenging industry giants Broadcom and Marvell who generate tens of billions annually from this business.
Architect Labs announced on Thursday it has raised $24 million seed funding to build an AI-powered platform that accelerates and simplifies custom chip design
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. The Palo Alto-based startup emerged from stealth with backing led by Kindred Ventures, joined by TQ Ventures, Race Capital, and Together Fund2
. Notable angel investors include Google DeepMind Chief Scientist Jeff Dean, along with executives from OpenAI and Nvidia, signaling strong industry confidence in the venture .
Source: Reuters
The company directly targets the lucrative custom chip business dominated by Broadcom and Marvell, who design bespoke AI accelerators and general-purpose computing chips for cloud giants like Amazon and Alphabet's Google. These custom chips generate tens of billions of dollars in revenue annually and serve as alternatives to Nvidia's hardware
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.Current custom chip design takes roughly two years and costs hundreds of millions of dollars in labor costs and research and development
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. Architect Labs aims to dramatically reduce both timelines and expenses by using AI-powered tools to handle the design and verification process from end to end2
.Co-founder Ebrahim Hussain explained that the biggest challenge isn't backend execution or layout. "Their biggest thing is how can I take this workload that I want to deliver to the world, whether it be AI or robotics or anything like that, and how can I build the (chip) architecture," Hussain told Reuters
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. Rather than bolting AI agents onto decades-old design workflows, Hussain wants to rebuild the process from scratch with AI as a "first-class actor"2
.Co-founder Aaditya Subedi articulated an ambitious goal: to make chip design as accessible as Taiwan's TSMC has made chip manufacturing . The company envisions a "designless semiconductor industry" where organizations no longer need to become chip companies or bet a decade on one architecture
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. Instead, they simply bring their workload and receive the silicon to run it.The startup plans to target both chip companies seeking to accelerate their design process and software companies that could use custom chips to make applications run faster or more efficiently
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. This approach addresses growing demand from AI labs, hyperscalers, and robotics makers who want chips tuned to AI and robotics workloads, as off-the-shelf hardware can no longer keep pace2
.Related Stories
The 18-person team splits between machine learning and hardware expertise
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. Ebrahim Hussain skipped high school, started college at 15, and worked on custom chips at Apple and Tesla. Aaditya Subedi researched AI code verification at Harvard before the two met at Stanford and dropped out to launch the company2
.Collectively, the team has taped out more than 80 production chips and includes alumni from Intel, Meta's custom-silicon work, and machine-learning teams at Anthropic, Google DeepMind, and xAI
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. The company reports it has already deployed with semiconductor partners and expects AI-generated designs to tape out on leading-edge nodes later this year2
.The new funding will scale compute resources, deepen research, and fund co-design with early partners
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. If successful, Architect Labs could transform how companies approach custom hardware, creating a tighter loop where models, software, and hardware improve together. This matters particularly as AI models advance dramatically across nearly every field while chip development cycles remain slow and expensive2
. The ability to rapidly design custom silicon could accelerate innovation in AI applications, making specialized hardware accessible to a broader range of companies beyond tech giants with massive R&D budgets.Summarized by
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