sevice@vcarsystem

*Name

*Mobile

+86

*E-Mail

*Company

*Support types

*Country

*Province/City

*District

Leave Message

I agree with the PrivacyPolicy and terms and conditions of VCARSYSTEM
Since raw RAW data carries the most fundamental image information, this detailed data provides deep insights for autonomous driving systems, significantly enhancing perception accuracy and adaptability. As a result, the collection and utilization of this raw RAW data for data feedback has become a crucial method for improving the performance of autonomous driving systems, as well as an important means to ensure driving safety and achieve continuous technical iteration and optimization. However, with the continuous advancement of technology, the high resolution and high sampling rate RAW/YUV data output poses higher demands on the real-time processing capability and storage capacity of acquisition devices. This undoubtedly represents a major challenge that needs to be addressed in current technological development.

VCARSYSTEM's Solution

VCARSYSTEM has launched a high-bandwidth raw data acquisition solution, which effectively addresses the image data transmission bottleneck in autonomous driving, preventing data loss or delays. This solution brings comprehensive value enhancement to customers, from technological R&D to market competitiveness. It serves as one of the critical infrastructures driving the continuous advancement and commercialization of autonomous driving technology.

adsoft

adSoft integrates a variety of ADAS evaluation functions to meet the evaluation needs for driving and parking functions of intelligent driving systems, including AEB/FCW, LDW/LKA, ACC, and APA. For different evaluation items, the software provides corresponding functional pages, enabling intuitive online/offline visual display as well as the generation and export of final statistical analysis reports.

ADS 3000

The Industrial-grade AI Platform supports GMSL cameras, sensor data acquisition, and ADAS function evaluation.

WORKFLOW

High-bandwidth acquisition devices can capture large amounts of RAW or YUV image data in real time, efficiently supporting functional testing and algorithm training for autonomous driving systems.

ADVANTAGES

Real-time Data Acquisition

Autonomous vehicles are equipped with a range of sensors, such as cameras, radar, and LiDAR, which generate large volumes of raw data every second. High-bandwidth storage devices can quickly capture and temporarily store this real-time data, ensuring that no information is lost.

Redundancy and Fault Recovery

To ensure safety, autonomous driving systems often employ redundant designs, including backup storage. High-bandwidth storage devices can quickly switch and recover data in the event of a failure, ensuring continuous system operation.

Deep Learning and Algorithm Optimization

High-bandwidth acquisition devices facilitate the rapid collection and storage of large amounts of training data within the in-vehicle computing platform, which is used for subsequent deep learning model training and algorithm optimization. This enables autonomous driving systems to continuously learn and improve.

ASSOCIATED PRODUCTS

ADS 3000

More

adSoft

More

Download Center

SOFTWARE

Download

VIDEOS

Download

USE CASES

Download

GET SUPPORT

Contact us

To address the growing complexity of R&D requirements, we will tailor solutions to your specifications and offer expert consulting and engineering services.

Contact us