ATF16V8BQ-10XC

Microchip Technology's ATF16V8BQ-10XC redefines high-speed data processing in Embedded - PLDs (Programmable Logic Device) for AI accelerator applications. This FPGA-based solution delivers unprecedented parallel processing capabilities through its optimized DSP block architecture. Designed for neural network inference tasks, it provides the perfect balance between computational density and power efficiency for edge AI implementations.Implementing EE PLD technology, the device supports partial reconfiguration capabilities that enable dynamic algorithm switching without system downtime.The 8 macrocell array is specifically optimized for matrix operations and activation function implementations common in deep learning architectures.Operating across 5V, the IC features adaptive body biasing techniques that minimize leakage current in high-density logic configurations.Achieving 10 ns processing speeds, the device enables real-time object detection and natural language processing at the network edge.The Surface Mount design incorporates thermal interface materials specifically selected for high-performance computing applications.The 20-TSSOP (0.173", 4.40mm Width) package integrates high-speed SerDes channels and impedance-controlled power delivery networks for AI workload demands.Delivered in 20-TSSOP, this version includes enhanced power integrity features for stable operation under heavy computational loads.