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    ADAS & autonomous vehicle technology expo

    18 - 20 February, 2025 | Germany, Munich


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Compression DRIVING Automotive

The world first low-latency sensor and image compression built up for automotive

Are you looking to optimize your storage resources and continually improve your ADAS models with cloud infrastructure ?


CLOUD INFRASTRUCTURE

Perception is achieved through AI networks trained on images collected worldwide and stored in the cloud for training. Our software libraries, optimized for CPUs and GPUs, enable the compression of these training sets, specifically designed to enhance ADAS (Advanced Driver Assistance Systems) models. The initial dataset can be archived, while the compressed set is used daily. Decoding occurs in real-time during training.

  • Reduced Storage Costs: The amount of data needed to store images can be reduced by a factor of 5 to 10, significantly lowering storage costs in data warehouses. Large data storage on Public Cloud rapidly becomes too costly and completely unreasonable.
  • Continuous Improvement of ADAS Models: Cost reduction helps overcome budget constraints, allowing ongoing development of ADAS models over time, ensuring more precise and higher quality models.

Are you aiming to reduce storage costs, speed up cloud uploads, and streamline data management by recoding and compressing images efficiently ?


RECORDER

Images are recorded by cars traveling around the world. These cars are equipped with data loggers that store the images before they are transferred to the cloud. Our IP core hardware for FPGAs or ASICs and our software libraries can be used to compress stored images.

  • Cost-Effective Storage: Compression allows for more images to be stored on data loggers, significantly reducing storage costs.
  • Faster Upload Times: Compression decreases upload times to the cloud, improving overall efficiency.
  • Seamless Data Increment: The training set can be incremented without needing to recompress in the cloud, streamlining the data management process.

Are you seeking to enhance image quality, and reduce power consumption directly within your camera sensors?


CAMERA SENSOR

Over time, JPEG XS RAW will become the de facto standard for automotive image transmission and can be integrated directly into image sensors using our low-power ASIC solutions. Decoding can be performed directly on ADAS platforms using our GPU libraries and/or dedicated hardware.

  • Reduced Power Consumption: Reducing the data transfer rate to the central processor will decrease the power required by the camera module, eliminating overheating issues.
  • Enhanced Image Quality: ECU will no longer be limited by the bandwidth of their physical interface, allowing for higher resolution, frame rates, or bit depth of images, leading to higher quality perception.

TicoRAW: Revolutionizing Automotive Video Transmission


RAW Bayer compressed video data transported over Ethernet using TicoRAW technology offers significant advantages for AI-driven automotive applications. TicoRAW is lightweight and its lossless and near-lossless compression ensures the preservation of critical image data, enabling advanced AI algorithms to operate with maximum accuracy. 


By reducing bandwidth requirements (from 2 to 10 times), TicoRAW allows high-resolution video streams to be efficiently transmitted over Ethernet networks, which are increasingly standard in modern vehicles.


TicoRAW is available both as a software solution (CPU/GPU)and as an FPGA/ASIC implementation, offering exceptional flexibility for integration into various automotive systems. 


This makes TicoRAW ideal for tasks such as ADAS and autonomous driving, where rapid data processing and decision-making are critical. 


Its compatibility with Ethernet and versatile deployment options support scalable and cost-effective designs, establishing it as a future-ready solution for connected and intelligent automotive ecosystems.

Key Features of TicoRAW

  • Efficient Data Compression: Provides lightweight, mathematically lossless and near-lossless compression for RAW Bayer (and other CFA patterns) video data, preserving critical image quality.
  • Optimized Bandwidth Usage: Reduces bandwidth requirements by 2 to 10 times.
  • Flexible Deployment:
    • Software: CPU/GPU-based for easy integration.
    • Hardware: FPGA/ASIC for high-performance applications.
  • Real-Time Processing: Minimal latency, making it ideal for time-sensitive applications like ADAS.
  • AI-Ready Solution: Maintains image quality and integrity, ensuring reliable performance for advanced AI algorithms

Live Demo at our Booth

Our live demonstration showcases how TicoRAW efficiently compresses and transmits RAW Bayer video data over Ethernet, enabling high-resolution, low-latency video streams. This streamlined process empowers advanced AI-driven applications such as ADAS and autonomous driving while optimizing bandwidth and preserving critical image quality.

Explore the seamless integration of TicoRAW into both software (CPU/GPU) and hardware (FPGA/ASIC) solutions, designed to meet the demands of modern automotive systems.

Save Power and Bandwidth with TicoRAW Technology

High Efficiency RAW sensor data

TicoRAW is the new RAW. Compress any type of CFA RAW Sensor data by X10 with microsecond latency, perfect RAW quality and low complexity.

Deliver RAW data with smaller size, faster speed, lower bandwidth from 2 Mpixels to 200 Mpixels. Reduce power consumption of cameras, sensors and vehicles.


Lightweight JPEG XS 

Discover the world's first ISO standard combining low complexity, low latency & high quality compression. 

Ideal to replace uncompressed video in many devices and workflows with microsecond latency, perfect quality and low complexity in hardware & software.

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