Former TSMC Executive’s Home Investigation Uncovers Sensitive Chip Documents After Move to Intel Technologies

Former TSMC Executive’s Home Investigation Uncovers Sensitive Chip Documents After Move to Intel

In a surprising twist, documents related to TSMC’s cutting-edge chip technologies have been discovered at the home of a former executive now employed by Intel. This has raised serious concerns about a potential breach of technology trust.

TSMC’s Former Executive Under Investigation

Recently, it was revealed that a former TSMC executive had taken up a significant position at Intel. This move has stirred anxiety at TSMC due to fears that their technological advancements might be compromised. Dr. Wei-Jen Lo, known for his pivotal work on EUV integration and 2nm technology at TSMC, is now an integral part of Intel’s team. Reports suggest that Taiwanese authorities have launched an investigation and recovered confidential documents from Dr. Lo’s residence, indicating possible legal violations. This follows TSMC’s legal action against Dr. Lo, citing concerns over potential leaks of proprietary technology secrets.

Authorities seized computers, USB drives, and numerous boxes of documents, including substantial confidential information on TSMC’s advanced process technologies. This indicates an unauthorized transfer of sensitive information, possibly breaching the National Security Act.

– Liberty Times (Automated Translation)

Intel’s Stance and Strategic Implications

Intel’s CEO, Lip-Bu Tan, has expressed support for Dr. Wei-Jen Lo’s transition to the company, emphasizing respect for competitor IP technologies and rigorous adherence to IP compliance. Recent analyses suggest that Dr. Lo’s expertise could be advantageous for Intel, particularly in serving US fabless manufacturers who have traditionally relied on TSMC for advanced packaging solutions. Although Intel might not intend to adopt TSMC’s specific semiconductor technologies, the company aims to consolidate its relationship with external fabs, securing production volumes appropriately.

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