GMSL video stream analyzer camera, ECU data capture analysis injection acquisition configuration verification

Model
VSA100
Email
David.ding@alinx.com

Details
Download
Service

GMSL Video Stream Analyzer VSA100

GMSL video stream data capture analysis and configuration verification solution

·One click acquisition and analysis of ECU's camera configuration

·GMSL camera data capture and analysis

·Quickly verify video injection and capture configuration

·Automatically obtain information to complete diversion configuration

·Equipped with upper computer software, quickly get started with configuration verification

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Intelligent and efficient integrated solution

Accelerate the development, algorithm validation, and HIL simulation testing process of autonomous driving and ADAS for automobiles

VSA100 is capable of capturing and analyzing GMSL video stream data, automatically obtaining and analyzing ECU configuration information for GMSL cameras, and quickly verifying whether the captured data information can be used for injection, acquisition, and distribution normally, reducing the difficulty of docking injection, acquisition, and distribution devices, improving docking efficiency, and accelerating the development, algorithm verification, and HIL simulation testing process of automotive autonomous driving and ADAS

Efficient integrated process:

Obtain information parameters

VSA100 is connected in series between the vehicle domain controller and the camera. The upper computer software obtains information through Ethernet and automatically parses it to obtain the ECU's configuration information for the camera and the camera's GMSL data (including video image format, resolution, frame rate, embedded line information, timing, etc.)

Generate configuration information and verify

1. Configure the DP and UVC interfaces of VSA100 to output videos for capturing configuration and verification

2. Configure VSA100 transparent transmission GMSL data for injection diversion configuration and verification

3. Configure VSA100 with HDMI as the input source for single channel injection, and it can quickly achieve simulation injection verification through transparent transmission of IIC data and embedded line data from external cameras

4. Automatically obtain information to complete diversion configuration

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Key Parameter

·1-channel GMSL input interface, used for capturing GMSL camera data and collecting configuration verification;

·2-channel GMSL output interface, used to obtain ECU configuration information for cameras and inject diversion configuration verification;

·1 HDMI input interface, used for injecting video source input and verifying the injection configuration effect

VSA100-自动驾驶HIL-GMS视频流数据采集注入ECU仿真验证12.jpg

·1-channel mini DP output interface, used for camera video image preview, verifying the collection configuration effect;

·1 RJ45 Gigabit Ethernet port, used for interaction with the upper computer;

·1-channel UVC Type-C interface, used for previewing camera video images to verify the effectiveness of the capture configuration

·1 12V Type-C interface for 12V DC input

VSA100-自动驾驶HIL-GMS视频流数据采集注入ECU仿真验证11.jpg

Key Parameter

Serializer

MAX9295A / MAX96717F / MAX96717

DE-Serializer

MAX9296A

GMSL IN

1 channel, supporting 4096 × 2160@30fps Video, YUV422, RAW12 format

GMSL OUT

2 channels, supporting 4096 × 2160@30fps Video, YUV422, RAW12 format

DP OUT

1 channel, supporting 4096 × 2160@30fps Video input, RGB888

HDMI IN

1 channel, supporting 4096 × 2160@30fps Video input, RGB888

UVC

1 channel, supporting 4096 × 2160@30fps Video

FAKRA

Amphenal Z code Fakra

Cable Length

GMSL1 mode: Up to 40 meters at 3Gbps
GMSL2 mode: Up to 20 meters at 6Gbps

External Trigger

Supports external trigger synchronization

Network

10/100/1000M adaptive, Used for interacting with the upper computer software system

Upgrade

Supports OTA firmware upgrade

Power Supply

Type-C 12V power supply

Operating Temperature

-40°C to 70°C

Operating Humidity

10% to 90%

Software Parameters

Support System (Host Computer)

Linux Kernel Version: UBuntu18-linux5.4.0-144, UBuntu20-linux5.15.0-67
Windows Version: Windows 10, Windows 11

Functionality

1. Instantly captures and decodes the ECU's configuration settings for cameras, including image format and timing. 2. Rapidly check if the captured information is compatible with the AUMO product line's injection and acquisition cards. 3. Automatically retrieves information needed for configuring the distribution or splitting setup. 4. Supports Over-The-Air (OTA) firmware updates for easy system upgrades and maintenance.

Power Consumption Test

Static power consumption

Not connected to camera module

Dynamic Power

Connect 1 camera modules

Dimensional Structure

VSA100-自动驾驶HIL-GMS视频流数据采集注入ECU仿真验证10.jpg

Application Area

The application of VSA100 significantly improves the efficiency of device docking in autonomous driving and ADAS hardware simulation testing. Its fast capture and configuration verification functions enable cameras ECU、 The parameter matching between the collection and diversion injection devices has become more accurate and efficient. Test engineers can devote more energy to scenario testing and system optimization.

The excellent real-time performance and multi scenario adaptation capability of VSA100 provide fast and reliable support for ECU performance evaluation, reduce development costs, and accelerate the process of autonomous driving technology from verification to mass production.

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