04 November 2026 | News
Image Courtesy: Public Domain
Faraday Technology Corporation (TWSE: 3035), a leading ASIC design service and IP provider, announced an enhanced 10/100 Ethernet PHY IP solution supporting EtherCAT on UMC processes, addressing the growing demand for real-time communication and synchronized motion control in AI-powered manufacturing, industrial automation, and humanoid robotics. The pre-validated IP supports EtherCAT transmission time of less than 100 microseconds and synchronization accuracy of less than 0.1 microseconds using EtherCAT Distributed Clocks (DC), while having passed rigorous ETG.7000 Conformance and IEC 61000-4 testing to help streamline customers’ ASIC development.
Built on a DSP-based architecture combined with robust analog design, the Ethernet PHY IP provides enhanced noise immunity and reliable operation under severe electrical disturbances. The PHY IP has passed EtherCAT device compliance and network interoperability testing based on the ETG.7000 Conformance Test Specification, as well as key IEC 61000-4 electromagnetic compatibility (EMC) tests covering ESD, radiated RF, EFT/burst, surge, and conducted RF disturbances. Its robustness was further demonstrated through an EFT/burst immunity test lasting one hour or longer, during which solenoid valves generated high-frequency EFT/burst pulses to verify hardware protection and communication integrity. IP-level pre-validation helps reduce system-level design and verification efforts, as well as development risks.
“Real-time connectivity and robust noise immunity are essential for next-generation industrial systems, particularly as AI is increasingly integrated into manufacturing and physical machines,” said Flash Lin, COO of Faraday Technology. “By integrating EtherCAT compliance and EMC validation at the IP level, our Ethernet PHY IP helps customers simplify system development and reduce costly re-certification risks. Moving forward, Faraday will continue expanding its Ethernet IP portfolio to support industrial AI, software-defined vehicles, and humanoid robotics, including 10/100/1000BASE-T1 and Single Pair Ethernet (SPE) solutions.”
