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   Camera & Imaging

CSI-2

Camera Command Set

Camera Service Extensions

Camera Security Framework


   Physical Layers

A-PHY

A-PHY PALs

C-PHY

D-PHY

M-PHY
       Display

    DSI

    DSI-2

    Display Command Set

    Display Service Extensions


       Audio

    SWI3S

    SoundWire

    SLIMbus
         Control & Data

      Battery Interface

      I3C and I3C Basic

      RF Front-End

      System Power Management


         Chip-to-Chip/IPC

      DigRF

      UniPro


         Security

      Camera Security Framework
      (includes CSE, Camera Security & Camera Security Profiles)

      Security Specification for Debug
           Debug & Trace

        Debug Over I3C

        Debug Over IPS

        Debug Over PCIe

        Debug Over UCIe

        Gigabit Debug for USB

        High-Speed Trace Interface

        Narrow Interface for Debug & Test

        Parallel Trace Interface

        Security Specification for Debug

        SneakPeek Protocol

        System Trace Protocol

        System Software Trace

        Trace Wrapper Protocol
             Software Integration

          DisCo

          DisCo for I3C

          DisCo for Imaging

          DisCo for NIDnT

          DisCo for SoundWire

          I3C HCI

          I3C TCRI

          SoundWire Device Class for Audio (SDCA)


             Software Code

          Camera Command Set Tools

          SyS-T Instrumentation Library

          View Full List

            Call for Interest:

             

            New Physical AI Group

             

            MIPI members are encouraged to sign up to participate in a new MIPI Physical AI Birds of a Feather (BoF) group now being formed. The BoF offers the opportunity for engineers and implementers to explore upcoming technologies and trends in physical AI market segments, with an initial focus on humanoids. Once the group is established, interested non-member companies will be invited to participate as well.

             

            About the BoF

            While many current robotics systems are built on architectures from mobile, automotive and industrial systems, the industry is now migrating toward more efficient systems that can be commercialized, optimizing power, cost and size. This transition provides an opportunity for MIPI to address the lack of standardized PHY, protocol and application interfaces for physical AI markets, and present an architecture based on MIPI’s accumulated experience and proven technology.

            The Physical AI BoF, chaired by Edo Cohen of Valens Semiconductor (vice chair of the MIPI Technical Steering Group), will analyze current hardware and software architectures currently used in the humanoid market, develop system diagrams for key application areas, and identify how MIPI specifications can be leveraged or enhanced to meet market needs. Ultimately, the group will provide a formal recommendation to the MIPI board regarding potential specification development opportunities.

             

            Sign Up to Participate

            If you’d like to get involved in shaping the future of physical AI within the MIPI ecosystem, we encourage you to complete the call for interest form.

            Under a new Emerging Technologies Initiative, Adopter and non-member companies will have a pathway to continue their involvement in the effort should the BoF evolve into a working group or the activities are transferred to an existing MIPI working group. Details about the program will be announced later in Q2.

            Once you’ve completed the form, we will follow up in the coming weeks with details about the BoF kick-off meeting (currently being planned for late April). If you have any questions or would like more information, please contact Rob Anhofer, MIPI director of operations.