Cognichip Raises $60M Series A for AI Chip Design

Cognichip raised $60M Series A led by Seligman Ventures for physics-informed AI chip design platform. Cuts costs 75%, timelines 50% amid $4.67B market boom.

Emel Kavaloglu

Cognichip Raises $60M Series A for Physics-Informed Chip AI

Cognichip, a Redwood City-based developer of Artificial Chip Intelligence (ACI®), has raised $60M in Series A funding led by Seligman Ventures. The platform delivers the world's first physics-informed foundation AI model tailored for semiconductor design. The capital will accelerate enterprise deployments and expand the engineering team.

AI Chip Design Funding Accelerates

The round comes amid a surge in investments for AI-driven chip design tools. ChipAgents raised $74M extended Series A in February 2026, while Ricursive Intelligence secured $300M Series A in January 2026 per TechCrunch. Cognichip's physics-informed approach targets design bottlenecks unmet by incumbents like Synopsys and Cadence.

Chip Design Cycles Lag AI Pace

Semiconductor design typically spans 3-5 years with costs reaching $150-500M per advanced node project according to TechBuzz.ai. A projected shortage of 1M workers by 2030 exacerbates delays per Cognichip. Current tools force serial workflows ill-suited for AI hardware demands exploding alongside software cycles.

ACI Enables Conversational Design

Cognichip's ACI integrates physics constraints into a foundation model, enabling conversational workflows that generate SystemVerilog code, testbenches, and simulations. This reduces design effort by 75% and accelerates completion by 50% while eliminating chip bloat per company site. Unlike general LLMs, ACI trains on chip-specific datasets for secure, accurate outputs.

As CEO Faraj Aalaei told TechCrunch:

“These systems have now become intelligent enough that by just guiding them and telling them what the result is that you want, it can actually produce beautiful code.”

Physics-First AI Beats Incumbents

Hackathons validate ACI: San Jose State students generated 27,500+ RTL lines in days, while University of Toronto teams built silicon-ready designs like financial anomaly detectors outperforming CPUs per company posts. Cognichip differentiates from Synopsys' DSO.ai by offering a full foundation model for end-to-end design, not just optimization.

Veteran Investors Signal Validation

Seligman Ventures led the oversubscribed round, bringing total funding to $93M after a $33M seed. Intel CEO Lip-Bu Tan and Seligman’s Umesh Padval joined the board, adding strategic heft from EDA giants. This mission-aligned capital underscores conviction in ACI reshaping a market lagging AI's pace.

AI EDA Market Scales Rapidly

The AI in chip design market stands at $4.67B in 2026, projected to reach $15.85B by 2032 at 24.4-34.9% CAGR per ResearchAndMarkets and MarketsandMarkets. Global semiconductors hit $975B this year, driven by AI demand per Deloitte. Cognichip enters as tools race to match transistor complexity exceeding 100B.

Serial Entrepreneurs Lead Charge

CEO Faraj Aalaei boasts two prior exits: Aquantia IPO then $452M Marvell acquisition, and Centillium NASDAQ IPO. CTO Ehsan Kamalinejad led deep learning at Amazon and Apple. CPO Stelios Diamantidis launched Synopsys' DSO.ai and synopsys.ai per leadership research. This team bridges semis scaling and AI innovation.

Hackathons Preview Enterprise Push

Post-funding, Cognichip accelerates ACI enterprise rollouts with 30+ semiconductor firm engagements. Toronto office supports co-op programs and hires like Synopsys veteran Joe Walston. University hackathons signal path to democratizing design for startups facing $100M+ barriers.

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