Dynamic Dispatcher is used to help manage processor loads in which modes?

Dynamic Dispatcher in Check Point's architecture is designed to efficiently manage processor loads by distributing tasks across available CPU resources. It operates in both Static and Dynamic modes, which are critical for ensuring optimized performance in various scenarios.

In Static mode, the dispatcher allocates tasks to processors based on a fixed distribution strategy defined at system startup. This means that the load balancing does not adjust in real-time, but relies on the initial configuration to manage the workload across CPUs.

Dynamic mode, on the other hand, allows for real-time adjustments to the distribution of tasks based on current processor loads. This adaptability is essential in environments where workloads can change rapidly and require a more responsive approach to ensure that no single processor is overwhelmed while others are underutilized.

This dual capability enhances overall system performance and efficiency by allowing the Dynamic Dispatcher to switch between static strategies for predictable workloads and more fluid, dynamic allocations for varying loads. Understanding these modes is key for effective resource management in Check Point's security solutions.