Australia’s Syenta has secured $26 million in funding to address the ongoing AI chip bottleneck, with former Intel CEO joining its board. This spin-out from the Australian National University is focused on next-generation semiconductor manufacturing, utilizing its innovative LEM technology that allows for precise metal deposition. In addition to this funding, Syenta plans to expand into the U.S. by establishing a presence in Arizona, strategically located near major chip fabrication facilities to enhance customer collaborations.

Syenta: Syenta is an Australian semiconductor startup that develops Localized Electrochemical Manufacturing (LEM) technology for advanced chip packaging, enabling high-density chip-to-chip interconnects to address AI memory bandwidth bottlenecks. The electrochemical stamping process combines deposition and patterning in a single step, allowing finer-pitch connections without redesigning existing manufacturing infrastructure. In the recent funding round, Syenta aims to accelerate commercialization, expand to the United States, and collaborate with chip designers for high-volume AI production.
Pat Gelsinger: Pat Gelsinger is the former CEO of Intel Corporation and a general partner at Playground Global, a deep tech venture capital firm focused on semiconductor innovations. He brings decades of experience in chip manufacturing and leadership to support emerging technologies. Gelsinger has joined Syenta’s board as part of the Series A investment led by Playground Global to guide the company’s growth in AI chip interconnect solutions.

Spin-out: Syenta emerged from research at the Australian National University, focusing on next-generation semiconductor manufacturing.
Expansion: Syenta plans to establish a U.S. presence in Arizona near major chip fabrication facilities to support customer collaborations.
Technology: Syenta’s LEM technology uses a stamp electrode to define localized electrochemical cells for precise metal deposition, enabling ultra-high bandwidth interconnects.