The Mixed Radix FFT core developed by Dillon Engineering enables the processing of diverse FFT lengths through the combination of radix-2, 3, 5, and 7 factors, making it ideal for applications requiring non-standard FFT lengths. This versatility is critical in fields like LTE OFDM, where specific frequency bin spacing is crucial. The core is capable of managing a wide assortment of data transformations, ensuring compatibility with various system architectures. By supporting both fixed and floating-point arithmetic, the core facilitates a tailored approach to each project, encompassing internal and external memory configurations to boost parallel processing performance. Mixed Radix FFT architectures are scalable, ensuring that users can optimize for performance and memory usage concurrently, tailored to their specific implementation scenarios.
