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Ultra-fast image sensors with SLVS-EC

Understanding the camera interface SLVS-EC: This webinar will tell you everything you need to know

23/05/2025 2:40 pm
30 min
Ultra-fast image sensors with SLVS-EC

High-resolution image sensors with high frame rates require a powerful interface for data transmission. That’s why Sony launched the SLVS-EC camera interface a few years ago as an alternative to MIPI D-PHY, which can handle high-end image sensors. In our webinar, Ultra-High Speed Image Sensors with SLVS-EC, we’ll show you everything you need to know about the SLVS-EC interface.

1

SLVS-EC RX IP core for AMD/Xilinx boards

To enable convenient use of the SLVS-EC interface and Sony’s high-end image sensors, and to avoid project risks, we are introducing the SLVS-EC RX IP Core for AMD/Xilinx boards with FPGA, as well as reference design kits to help you get to know the camera interface and use it successfully.

2

High data transfer rates, error correction, and project risk minimization with SLVS-EC

You will learn how this solution enables rapid development, reduces technical risk, and ensures fast, error-corrected transmission in demanding embedded image processing applications.

The camera interface SLVS-EC is Sony’s self-developed interface and can transfer enormous amounts of data. It is the first choice for all high-end image sensors from Sony, such as the ultra-high-resolution IMX811 with 247 megapixels or the upcoming IMX925, which will be capable of capturing up to 394 images per second. You will learn how to manage such image sensors’ very high data rates, enable long-distance transmission, and implement error correction.

Sessions

  • Register for the EMEA webinar

    28/05/2025 10:00 am – 10:30 am CEST
    Register

  • Register for the NA webinar

    28/05/2025 10:00 am – 10:30 am PDT
    Register
Ultra-fast image sensors with SLVS-EC
Nathan Dinning
Nathan Dinning
Head of Product Management
FRAMOS
With over 20 years of experience in camera technology, Nathan Dinning serves as the Head of Product Management at FRAMOS. He specializes in integrating Sony’s image sensor technology into advanced embedded vision systems. Nathan’s expertise extends to helping machines think and see, leading the development of innovative vision solutions that enhance vision systems across many applications.
Giuseppe Contini
Giuseppe Contini
Computer Science Engineer
FRAMOS
Giuseppe Contini is a Computer Science Engineer with over two decades of experience in imaging systems software and hardware. Over the past seven years at FRAMOS, he’s supported clients by providing custom design solutions, from requirements to mass production. With a dedication to research and development, Giuseppe has not only advanced the field but also contributed to establishing FRAMOS as a trusted partner for clients worldwide. As a Technical Imaging Expert, he continues to drive innovation and contribute significantly to the growth of computer vision technology.
Dr. Frederik Schönebeck
Dr. Frederik Schönebeck
Head of Growth
FRAMOS
With close to 15 years of imaging experience, Dr. Frederik Schönebeck leads the global Growth department at FRAMOS. With his passion for technology and grasp of market trends, he drives the strategic direction of FRAMOS in the embedded vision market. As a fellow of the International Max Planck Research School, he obtained his doctoral degree in Astronomy, where, working with ESO’s Very Large Telescope in Chile, he gained deep insights into multi-spectral imaging.