EP20K400GC655-2

Altera's EP20K400GC655-2 pioneers advanced video processing in Embedded - FPGAs (Field Programmable Gate Array), specifically engineered for 8K resolution and HDR applications. This FPGA delivers unprecedented pixel processing capabilities combined with ultra-low latency, making it ideal for professional broadcast equipment and medical imaging systems. The architecture includes specialized color processing blocks and real-time compression engines.Organized into 1664 video-optimized logic blocks, the architecture supports pipelined pixel processing. Each block includes dedicated line buffers for efficient frame processing.The 16640 high-performance logic elements enable real-time processing of multiple 8K video streams. When configured for video pipeline applications, the architecture demonstrates superior throughput compared to conventional DSP solutions.With 212992 bits of ultra-wide memory, the device buffers complete video frames with multiple color planes. The memory subsystem implements smart prefetch algorithms to optimize bandwidth utilization.The 1052000 equivalent gate capacity enables implementation of complex video algorithms including AI-based upscaling. The hardened video processing blocks accelerate color space conversion and gamma correction.Operating within 1.71V ~ 1.89V range, the power delivery network maintains clean supplies for sensitive analog video processing. The distributed voltage regulation minimizes ground bounce during high-speed pixel transfers.The Through Hole mounting solution ensures reliable operation in rack-mounted video equipment. The package design incorporates EMI shielding for clean signal transmission.Qualified for 0°C ~ 85°C (TJ) operation, the device maintains consistent video quality across broadcast environment conditions. The thermal throttling mechanism prevents artifacts during extended operation.The 655-BCPGA package implements advanced heat spreading techniques for high-power video processing. The low-thermal-resistance design enables passive cooling in many applications.Available in 655-CPGA (62.48x62.48) format, the device meets broadcast equipment reliability standards. The packaging includes handling protection for sensitive BGA connections.