Increasing system complexity of SOC applications leads to an increased need of powerful embedded DSP processors. To fulfill the required computational bandwidth, state-of-the-art DSP processors allow executing several instructions in parallel and for reaching higher clock frequencies they increase the number of pipeline stages. However, deeply pipelined processors have drawbacks in the execution of branch instructions: branch delays. In average not more than two branch delay slots can be used, additional ones keep unused and decrease the overall system performance. Instead of compensating the drawback of branch delays (e.g. branch prediction circuits) it is possible to reduce the number of branch delays by reducing the number of branch instructions. Predicated execution (also guarded execution or conditional execution) can be used for implementing if-then-else constructs without using branch instructions. The drawback of traditional predicated execution is decreased code density. This paper introduces selective predicated execution based on FSEL which allows reducing the number of branch instructions without decreasing code density. Selective predicated execution based on FSEL is part of a project for a configurable DSP core.