Each minute has 4 intervals of 15 seconds, so 120 signals ÷ 4 = <<120/4=30>>30 signals per interval.

Tue, 05 May 2026 22:22:22 +0000

Understanding Signal Intervals: How 120 Signals Are Divided into 4 Intervals In many time-sensitive applications—ranging from video streaming and real-time analytics to industrial automation and audio processing—time is broken down into smaller, manageable segments. One common method involves dividing each minute into four 15-second intervals, totaling 120 discrete signals across the division. This structured approach helps optimize data handling, synchronization, and processing efficiency. ### What Are These 120 Signals? When we say “each minute has 4 intervals of 15 seconds,” we’re referring to dividing 60 seconds into 4 equal parts. Each 15-second interval contains exactly 30 quantifiable signals. Whether these signals represent data packets, audio samples, sensor readings, or video frames, dividing the minute this way improves timing precision and system responsiveness.