EP20K160EFC400-2

The EP20K160EFC400-2 from Intel represents a cutting-edge solution in Embedded - FPGAs (Field Programmable Gate Array), engineered for high-performance signal processing applications. This FPGA delivers exceptional logic density and power efficiency, making it ideal for 5G infrastructure and advanced radar systems. With its robust architecture and flexible I/O configuration, designers can achieve unprecedented levels of system integration while maintaining signal integrity across demanding operating conditions.The 640 logic array blocks provide a hierarchical structure for modular design implementation. Each CLB features dedicated carry chains for arithmetic acceleration and specialized routing for clock domain crossing management.Featuring 6400 programmable logic elements, this device enables complex digital circuit implementation with optimal resource utilization. When compared to similar FPGAs in its class, the cell density allows for more parallel processing paths while maintaining clock synchronization accuracy.The embedded memory capacity of 81920 bits supports high-bandwidth data buffering requirements, particularly beneficial for real-time video processing applications. Engineered with error correction capabilities, this memory architecture ensures reliable operation in mission-critical systems.With 404000 equivalent gate count, this FPGA delivers the necessary computational resources for complex state machine implementations. The balanced ratio of combinational to sequential logic elements facilitates efficient pipeline design.Operating within 1.71V ~ 1.89V voltage range, this FPGA achieves superior power efficiency without compromising computational throughput. The adaptive voltage scaling feature dynamically adjusts power consumption based on workload demands.Designed for Surface Mount installation, the package ensures reliable mechanical and electrical connections in space-constrained applications. The mounting solution has been validated for vibration resistance in automotive electronics environments.Rated for 0°C ~ 85°C (TJ) operation, this component maintains stable clock distribution networks even under extreme thermal conditions. The temperature-compensated circuitry prevents timing skew in precision measurement systems.The 400-BGA package format provides optimal thermal dissipation for high-density logic implementations. Compared to conventional packaging, this solution reduces parasitic inductance for improved signal propagation characteristics.Available in 400-BGA configuration, the device supports standardized PCB layout practices while offering enhanced EMI shielding. The package geometry has been optimized for wave soldering compatibility in high-volume production.