Welcome to our dedicated page for Tower Semiconductor SEC filings (Ticker: TSEM), a comprehensive resource for investors and traders seeking official regulatory documents including 10-K annual reports, 10-Q quarterly earnings, 8-K material events, and insider trading forms.
Tower Semiconductor Ltd. filings document a foreign private issuer operating as a specialty semiconductor foundry. Its Form 6-K current reports record financial-results announcements, investor-conference communications, credit-rating updates, technology-platform releases and customer or partner developments involving analog, power-management, silicon photonics and SiGe processes.
The filings also provide public-company disclosure around material events, operating and financial results, capital structure, governance matters and risk factors. Company descriptions in the filings identify Tower's customizable process platforms, design enablement and process-transfer services, and its manufacturing footprint across Israel, the United States, Japan through TPSCo, and a shared 300mm facility in Agrate, Italy with STMicroelectronics.
Tower Semiconductor Ltd. announced the launch of its 2025 Technical Global Symposium (TGS) series to showcase its latest technologies and design enablement services. The company will hold symposiums on September 16, 2025 in Shanghai and November 18, 2025 in Santa Clara, California, featuring a keynote by CEO Russell Ellwanger and sessions on AI, high-speed connectivity, and other advancing domains.
The events highlight Tower's technology platforms including Silicon Photonics, SiGe, RF SOI, power management, image sensors, and advanced display technologies, plus guest sessions from global technology leaders and networking with Tower experts. Registration for the China event is open and additional details are on the event page.
Tower Semiconductor and AIStorm announced the Cheetah HS, a 120x80-pixel charge-domain imager that embeds a first-layer analog neural network and captures up to 260,000 frames per second, described as 2,000–4,000x faster than conventional CMOS sensors. The on-chip charge-domain neuron layer outputs pulse streams for downstream processing, reducing the need for expensive high-speed data converters and interfaces.
The chip includes an integrated LED driver programmable up to 40 mA, improved low-light performance, and is positioned for robotics, drones, manufacturing inspection, security tracking, biometric and sports-analysis markets. Cheetah HS is available now as a chip and in reference-camera systems.