In today’s electronics industry, Field Programmable Gate Arrays (FPGAs) are essential for applications that require flexibility, reliability, and power efficiency. The AGL030V2-VQ100I is part of the IGLOO® FPGA family, offering a cost-effective solution with ultra-low power consumption, making it suitable for industrial, consumer, and communication systems. Key Features Ultra-Low Power FPGA – Based on Flash*Freeze technology, it enables minimal static and dynamic power usage. High Integration – Provides programmable logic resources, embedded RAM, and I/O flexibility. Temperature Range – Designed for industrial grade operation, ensuring reliable performance in harsh environments. Compact Package – Offered in a VQ100 package, making it suitable for space-constrained PCB designs. Non-Volatile Technology – Eliminates the need for external configuration memory, improving system reliability. Applications Industrial Automation – Controls, monitoring systems, and embedded logic functions. Consumer Electronics – Power-efficient designs where extended battery life is essential. Communications – Interfaces, protocol bridging, and custom logic implementations. Medical Devices – Low-power programmable solutions for diagnostic and monitoring equipment. Security Systems – Custom logic for video analytics, access control, and encryption. Selection Guide When selecting the AGL030V2-VQ100I, engineers should evaluate: Logic Requirements – Ensure the logic density meets system specifications. Power Constraints – Take advantage of its Flash*Freeze mode for energy-critical designs. Package Compatibility – Confirm PCB layout and VQ100 footprint support. Operating Environment – Industrial-grade rating ensures reliable performance across temperature extremes. Conclusion The AGL030V2-VQ100I FPGA is an ideal choice for engineers seeking a low-power, highly reliable, and flexible FPGA solution. With its industrial-grade features and integration benefits, it delivers performance across diverse applications while minimizing energy consumption.