The Mixed Radix FFT is designed to handle FFT calculations that do not align with power-of-2 sizes, utilizing factors such as radix-2, 3, 5, or 7. This approach is vital for applications requiring non-standard FFT lengths, often found in digital communications like LTE OFDM.
Dillon Engineering's solution provides a balance of serial and parallel FFT engines to achieve continuous data throughput and performance optimization. The architecture supports both fixed and floating-point operations, with tuning flexibility to adapt to internal or external memory constraints.
A robust, scalable design supports various lengths through a pipelines structure, ensuring effective integration across varying project needs. The core addresses latency concerns and offers the versatility required for a broad array of demanding processing environments.
