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MIPI specifications are mature, relatively simple to use and well proven in the mobile segment, which makes MIPI CSI-2® image sensors a best bet in beyond-mobile segments like automotive, AI and vision applications.
This presentation details the concept of System on Module (SOM) with MIPI-based camera sensors. It begins with a few vision-based applications, including the implementation methods to ease the path from concept to production, and then covers the interop challenges while bringing up the camera sensor and the video pipe, and the debug techniques used. It concludes with a look at “Accelerated application” to differentiate designs at the software level and shorten the runway to volume development, and examines how the SOM hardware architecture and connector interface has been optimized for signal integrity and a maximum number of MIPI interfaces.
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Kondalarao Polisetti is staff design engineer at Advanced Micro Devices, Inc./Xilinx Inc. with 15+ years of experience in IP solutions development for Xilinx FPGAs. His expertise includes developing IP solutions for embedded, automotive, medical and radar segments. Some of the protocols/IP include CAN, MOST NIC, AXI Generators, Checkers, Performance monitors & MIPI Subsystems. Xilinx has been active MIPI member since 2014.
Wesley Skeffington is a principal engineer for Advanced Micro Devices, Inc./Xilinx Inc., focused on systems engineering of heterogeneous platform architectures, mixed criticality and embedded design. He joined Xilinx in 2018 after 15+ years of product design leadership in hardware, FPGA and mixed software environments in embedded systems. His application focus has been real-time systems for healthcare equipment and industrial control systems. At Xilinx he has been leading technical definition and development of integrated hardware and software systems such as Kria SOM.