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Syenta

HardwareSydney, AustraliaFounded 2022· One of 1636 Hardware companies tracked by AMPulse

Develops Localized Electrochemical Manufacturing (LEM) systems, an additive process that deposits conductive materials at micron-scale to create high-density chip-to-chip interconnects for AI and semiconductor packaging.

CEO / Founder
Jekaterina Viktorova
Team Size
11-50
Stage
Growth Stage
Total Funding
$37M
Latest Round
Series A
Key Investors
Playground Global; National Reconstruction Fund Corporation (Australian Government); Investible; Blackbird Ventures; Jelix Ventures; Salus Ventures; Wollemi Capital

Technology & Products

Key Products

Achyon (LEM production tool); Localized Electrochemical Manufacturing (LEM) technology

Technical position · AMPulse analysis

Proprietary LEM technology achieves high-density interconnects at finer pitches than traditional methods, protected by patents and verified as an electrochemical additive manufacturing tool for scalable electronics production. Core IP is defensible; process advantage targets integration into existing fabs, creating potential switching costs.

Differentiation

Value Proposition

Reduces semiconductor packaging steps by 40%, enabling finer-pitch, higher-bandwidth interconnects to overcome AI's data movement bottleneck and integrate into existing manufacturing infrastructure.

How They Differentiate

LEM is an additive, electrochemical process enabling 3D multi-material printing of interconnects, versus TSMC's lithography-based packaging and ASMPT's traditional deposition equipment. Claims 40% fewer manufacturing steps and compatibility with existing infrastructure.

Market & Competition

Target Customers

Semiconductor foundries, OSATs (Outsourced Semiconductor Assembly and Test), AI hardware manufacturers

Industry Verticals

Semiconductor; AI Hardware; Electronics Manufacturing

Competitors

TSMC (InFO, CoWoS technologies); ASMPT (advanced packaging equipment)

Growth & Milestones

Growth Metrics

Secured $37M in funding to scale from ANU research toward commercial production, opened first U.S. facility in Tempe, Arizona.

Major Milestones

Spun out from ANU (2022); Secured $3.7M Seed round (2022); Raised $8.8M Pre-Series A (2025); Closed $26M Series A (2026); Announced $37M total funding with NRF and Playground Global (2026); Opened U.S. facility in Tempe, Arizona; Pat Gelsinger (former Intel CEO) joined board

Notable Customers

Intel (partner for advanced packaging development), Samsung (collaboration on semiconductor packaging), TSMC (exploring LEM for chiplet integration)

https://www.syenta.com

Recent coverage of Syenta

Funding rounds

  • Series A$26MApr 2026Lead: Playground Global · Source: Reuters, BusinessWire, LinkedIn
  • Series A2025-08-13Source
  • Pre-Series A$8.8MAug 2025Lead: Investible · Source: StartupDaily, 3DInCites
  • Seed$3.7MDec 2022Source: StartupDaily, Metal AM

Why this company matters

AMPulse analysis, not a company disclosure

Syenta develops Localized Electrochemical Manufacturing (LEM) systems, an additive process that deposits conductive materials at micron-scale to create high-density chip-to-chip interconnects. The company targets the data movement bottleneck in AI hardware by enabling finer-pitch, higher-bandwidth connections than traditional lithography-based packaging methods.

The core technology is a patented electrochemical additive manufacturing process that combines patterning and electroplating into a single step. This allows 3D printing of multi-material electronics with micron-scale resolution, integrating into existing fab infrastructure. Syenta claims a 40% reduction in manufacturing steps compared to conventional approaches.

Target customers include semiconductor foundries, OSATs, and AI hardware manufacturers. The company has disclosed collaborations with Intel, Samsung, and TSMC for advanced packaging development and chiplet integration. Syenta spun out from the Australian National University in 2022 and has raised $37 million from investors including Playground Global, Blackbird Ventures, and the Australian government's National Reconstruction Fund Corporation. Former Intel CEO Pat Gelsinger has joined the board.

Syenta's primary competition comes from TSMC's InFO and CoWoS technologies and ASMPT's advanced packaging equipment. The company's additive electrochemical approach differentiates by enabling 3D multi-material printing of interconnects with fewer steps and compatibility with existing fabs. A key open question is whether LEM can scale to high-volume production and displace entrenched lithography-based processes in the semiconductor packaging ecosystem.