US Stock Insider Trading | Synopsys Disclosed 5 Company Insider Transactions on March 2

robot
Abstract generation in progress

On March 2, 2026, Synopsys, Inc. disclosed five insider transactions. Executive Janet Lee sold 304 shares on March 1, 2026.

[Recent Insider Transactions]

Disclosure Date Position Name Transaction Date Buy/Sell Quantity Price per Share/USD Total Amount/USD
March 2, 2026 Executive Shelagh Glaser February 27, 2026 Buy 28 351.90 9,853.20
March 2, 2026 Executive Sudhindra Kankanwadi February 27, 2026 Buy 28 351.90 9,853.20
March 2, 2026 Director Ghazi Sassine February 27, 2026 Buy 28 351.90 9,853.20
March 2, 2026 Executive Janet Lee March 1, 2026 Sell 304 414.00 $125,900.00
March 2, 2026 Director Aart De Geus February 27, 2026 Buy 28 351.90 9,853.20
February 17, 2026 Executive Janet Lee February 16, 2026 Sell 921 437.09 $402,600.00
January 13, 2026 Executive Janet Lee January 12, 2026 Sell 250 530.00 $132,500.00
January 8, 2026 Executive Janet Lee January 7, 2026 Sell 250 510.00 $127,500.00
January 5, 2026 Executive Janet Lee December 31, 2025 Sell 2,344 469.72 $1,101,000.00
December 22, 2025 Executive Shelagh Glaser December 19, 2025 Buy 2,613 348.17 $909,800.00

[Company Profile]

Synopsys, Inc. was incorporated in North Carolina in 1986 and re-incorporated in Delaware in 1987. The company is a leader in engineering solutions from silicon to systems, enabling customers to rapidly innovate AI-driven products. They provide comprehensive, trusted solutions covering silicon design, silicon intellectual property (IP), simulation and analysis (S&A), and design services. The company is a global leader in providing critical EDA solutions for engineers to design and test integrated circuits (ICs), also known as chips or silicon. They are pioneering AI-driven chip design across a full-stack EDA suite to improve efficiency and accelerate the design, verification, testing, and manufacturing of advanced digital and analog chips. The company offers software and hardware for verifying electronic systems containing chips and running on them, including cloud-based digital and analog design flows to enhance chip design productivity.

View Original
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
  • Reward
  • Comment
  • Repost
  • Share
Comment
0/400
No comments
  • Pin