The MIPI interface adopts a burst mode that transitions between low-power (LP) and high-speed (HS) states for low-power consumption, and in return, strict timing rules are imposed on state transitions. Additionally, the high-speed section operates as a packet-based protocol with headers, ECC, and CRC, so verification engineers must handle waveforms and protocols simultaneously. Traditional configurations combining general-purpose oscilloscopes and AWGs reveal limitations in setup complexity, measurement uncertainty, and lack of reproducibility when faced with these requirements. This white paper, based on webinar materials, organizes the structure of this problem and describes how the SV5C-DPTXCPTX generator for receiver testing and SV5C-DPRXCPRX analyzer for transmitter testing integrate state transition testing, stressed eye testing, and protocol analysis into a single bench, along with their application boundaries.