SV5C-DPTX MIPI D-PHY Generator
The SV5C-DPTX MIPI D-PHY Generator from Introspect Technology is an ultra-portable, high-performance instrument designed to exercise and validate MIPI D-PHY receiver ports. It offers any-rate operation and per-lane control of HS and LP voltage levels, common-mode adjustments, sub-picosecond skew injection, and multi-source jitter injection for comprehensive receiver stress testing.
Supporting embedded clock signaling, the SV5C-DPTX enables deep analysis of voltage sensitivity, timing margins, and signal integrity. Powered by the intuitive Python-based Pinetree software, it automates key measurements and includes advanced pattern tools for generating complete DSI-2 or CSI-2 packets, ideal for validating image sensor or radar device performance.
- Any-rate operation
- Per-lane HS voltage level and common-mode control
- Per-lane LP voltage level control
- Per-lane skew injection with < 1 ps resolution
- Per-lane multi-source jitter injection
- State-of-the-art programming environment based on the highly intuitive Python language
The SV5C-DPTX MIPI D-PHY Generator is an ultra-portable, high-performance instrument that enables exercising and validating MIPI D-PHY receiver ports. Capable of generating any traffic and being completely data-rate agile, the D-PHY generator includes analog parameter controls that enable gaining deep insights into receiver sensitivity performance, as well as skew and jitter tolerance. Additionally, the SV5C-DPTX Generator supports embedded clock.
The SV5C-DPTX MIPI D-PHY Generator operates using Introspect’s award-winning software environment, Pinetree. This environment allows for automating receiver tests such as voltage sensitivity or clock-to-data setup and hold times. The environment also includes MIPI pattern tools that enable the generation of complete DSI-2 or CSI-2 packets such as those produced by image sensors or radar devices.