PCBA Products - FPGA

FPGA (Field-Programmable Gate Array) stands as a cornerstone of flexible, high-performance computing—adapting on demand to power 5G base stations, decode aerospace radar signals, and streamline industrial automation. Unlike fixed hardware, its reconfigurable logic lets engineers tailor performance to evolving needs, making it indispensable in fast-moving tech landscapes.

Built for Versatility Across Industries

Every component is engineered to balance adaptability and precision:

Material Intelligence: High-Tg FR4 forms the backbone for industrial-grade FPGAs, handling 1–50GHz signals with a dielectric constant of 4.2–4.6. Rogers RO4003C (Dk 3.4) steps in for 5G/6G base stations, minimizing loss in 27 Gbps transceiver paths. Ceramic AlN (Dk 10.0) ensures aerospace FPGAs thrive in -40℃ to 85℃ extremes.

Design Precision: 8–14 layered architectures with 1–3 oz copper traces and ENIG plating (Ni 2.2–4.5μm / Au 0.02–0.05μm) deliver stable connectivity, critical for 850K–2.4M logic elements (LEs) to process data without bottlenecks.

FPGA

Where Flexibility Meets Performance

FPGA’s strength lies in its ability to evolve with tasks:

5G/6G Networks: Powers base stations with 14.2–27 Gbps transceivers, processing massive data streams to keep cities connected.

Aerospace Radar: Decodes complex signals in real time, turning raw radar data into actionable insights for navigation and surveillance.

Industrial Automation: Adapts to factory IoT needs, from sensor data acquisition to machine learning-driven predictive maintenance.

Certified for Critical Environments

Compliant with IPC-6012 Class 3 (precision), MIL-STD-883 (aerospace ruggedness), and RoHS 3.0, FPGA meets the strictest standards—whether it’s optimizing a 5G network or supporting a mission-critical aerospace system.