Accelerating MIPI Interface Development and Validation
- MIPI overview and introduction
- Practical implementation trends for Camera and Display systems in mobile-influenced applications
- State of the art validation trends and techniques
Modern MIPI interfaces enable remarkable user experiences through the deployment of highly innovative electrical signaling and protocol technologies. Extending well beyond mobile, these interfaces are finding use in autonomous driving systems, augmented reality systems, and rugged or embedded computing applications. Understanding the various interactions between the multitude of physical and protocol layers is critical to achieving successful design and validation of MIPI links, especially when conceived as part of larger system contexts.
MIPI C-PHY: Introduction
From Basic Theory to Practical Implementation
In this presentation, Mohamed Hafed of Introspect Technology will introduce the fundamental principles of three-phase encoding and then describe the evolutionary process involved in going from a D-PHY circuit topology to a C-PHY one. Also discussed are protocol implementation properties and guidelines for both CSI-2 and DSI-2 applications running over C-PHY links, all the while highlighting unique bandwidth, power, and encoding properties for this new SerDes standard. Practical implementation experiences that were gained when creating the world’s first interoperable C-PHY systems will also be presented.
MIPI Solutions: Design to Production. Catalog of industry leading solutions for laboratory, validation, and production testing in the rapidly changing landscape of high-speed I/O.
Empowering Solutions for High-Speed Communications Catalog of industry leading solutions for laboratory, validation, and production testing in the rapidly changing landscape of high-speed I/O.
This short paper describes how the SV1C can be used to rapidly perform jitter transfer tests on PLLs or CDR circuits. Within minutes, one is able to write a Test Procedure, execute it, and visualize its results.
This short paper shows how to use the SV1C to measure and understand crosstalk effects on SerDes links. It describes simple visualization techniques and concepts related to the quantification of crosstalk-induced noise.
Need to perform electrical receiver testing on your next MIPI Alliance M-PHY device? This white paper describes how the remarkable SV1C Personalized SerDes Tester can replace an entire rack of conventional equipment to help you achieve this… and do multiple devices in parallel too!
This is an EE Times article that addresses the important topic of verifying and optimizing SerDes links on application boards. We illustrate the unique test challenges for this phase of SerDes instantiation and the emergence of high-parallelism, high-flexibility tools like the ones shown on this web site.
User guide for the Introspect ESP Software.
What if you already have a Python environment and just want to connect our hardware/software to your existing environment? This application note describes how to use the ESP Software modules outside of the Introspect product.
In some situations, you might want to develop your code in the Introspect ESP GUI but execute it outside of the GUI. For example, you might be executing the code on an embedded processor within a system configuration. This application note illustrates how to call the Test Procedure from the command line.
The name of the game in modern product engineering is “Big Data”. It is often more important to analyze the mixed-signal SerDes data than to acquire it in the first place. Introspect ESP includes advanced analysis and plotting utilities for processing the large volumes of data generated by high-parallelism tests, and the application note offers a quick-start tutorial on this.
Say you have collected some calibration data elsewhere and need to import it into your Introspect Tests. Or, say you want to generate complete data logs of your tests that you have performed in Introspect. This tutorial shows how to open or write data files for this purpose.
HTML report generation is described in this application note. Whether your goal is to document results or to create your own custom conformance test suite, this tutorial illustrates how to manage data and display it.