Cyntec: Core Technology Empowers AI and New Energy Vehicles, Building High-End Electronic Components Competitiveness

As a wholly-owned subsidiary of Delta Electronics, Cyntec has transformed from a standard component supplier to a high-density integration solution provider, relying on its core technologies of powder metallurgy material formulation and SiP process. Its three major product lines—magnetic components, power modules, and resistor sensors—excel in AI high computing power and new energy vehicle 800V high-voltage architecture, making it a global core solution provider for high-end electronic components.

In the AI computing power field, Cyntec's TLVR through-hole inductor technology solves the power supply challenge of NVIDIA high-performance GPUs with instantaneous current exceeding 1000A. The zero-bias design combined with self-developed metal magnetic powder material achieves dual advantages of transient response and steady-state efficiency. The supporting dedicated models can reduce output capacitors by 40%, significantly lowering customers’ BOM costs. For automotive-grade magnetic components, the VCMT series integrated inductors feature excellent vibration resistance and thermal conductivity, with DC resistance 12%-20% lower than competitors, making them an efficient choice for OBC and DC-DC converters.

Cyntec’s high-integration power modules achieve semiconductor-level process upgrades with dual-carrier board architecture and 3D packaging. The MUN series uPOL modules for consumer electronics and servers are extremely miniaturized, saving 50%-70% of PCB area. The automotive-grade VUN series operates at 2.1MHz, eliminating on-board AM band interference from the source, and can run at full power at 105℃, adapting to core on-board scenarios such as ADAS cameras and radar, with significant total cost of ownership advantages in mass production.

Adapting to the trend of 800V high-voltage fast charging for new energy vehicles, Cyntec's resistor sensors serve as precise "nerve endings" for BMS systems. The VSMB series 36W ultra-high-power shunts can withstand continuous current of over 800A, replacing expensive Hall sensors. The VGBS intelligent shunt module features full integration, built-in 3000V AC isolation and CAN communication, with a measurement accuracy of ±0.1%, complying with ISO26262 ASIL C/D safety standards. It greatly simplifies BMS architecture design, with anti-interference performance and cost-effectiveness far exceeding traditional solutions.

Currently, Cyntec has launched core product selection solutions for 2025-2026, accurately covering key scenarios such as AI server GPU power supply, 800V BMS, OBC, ADAS, and SSD, providing highly adaptable products for cutting-edge project development. Moving forward, Cyntec will continue to deepen material and process innovation, empowering the development of AI, new energy vehicles, industrial automation and other fields with technological moats, and becoming a core strategic partner for global electronic manufacturing enterprises.