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Modular Video Acquisition and Playback System｜proFRAME Software Library
proFRAME Software Libraries
High-quality products from Solectrix System, an Avision partner, make it easy to integrate proFRAME boards into a user's Windows or Linux® system.
proFRAME 3.0 Software Libraries
Customized software libraries allow users to easily integrate proFRAME boards into their Windows/Linux® systems. This includes drivers and sources for boards, cameras and sync adapters, a library of GPU-accelerated software to support image signal processing, and a variety of easy-to-use demo applications for basic camera control.
- Baseboard Driver
For Linux® and Windows 10, high performance data throughput based on DMA technology, triggering and synchronization, I2C camera control and link configuration support - Configuration of each camera modelOmnivision
ON Semiconductor
Sony
For more information, please contact us.
- Camera Adapter Drivers and Sources
Supports programmable coaxial cable power supply (PoC)
Provides programmable pixel clock for replay mode - Camera Control Demonstration Application Program
Image Capture
Image Playback
I2C Control
Other Functions - Software Libraries
SX LIB proFRAME Linux x64
SX LIB proFRAME Windows 10 x64
SX LIB camAD Linux
SX LIB camAD Windows 10
SX LIB camAD synchronization
Software Libraries IP Core Expertise
- Sensor Interface and Control
Sensor synchronization and I2C control
Sensor Power Sequence Control - Color Processing
High Dynamic Range (HDR), High Quality (HQ), High Performance Processing
Log-based demosaicing with defective pixel correction
Instant resize, split screen, overlay
Edge Enhancement, Noise Filtering
Contrast, Tone Mapping, Color Correction, Auto White Balance
- Image Processing and Analysis
Hardware analysis module for real-time adjustments
Mode Recognition
video splicing
3D/360º Processing - Streaming Media Server and Interface
Imaging and Metadata Streaming
Timestamp Generation
Video Codec
Product Advantages and Features
Multi-Data Interface Support
Programmable Pixel Clock
High Performance DMA Engine
RAW Image Data Recording
ECU-independent I2C messaging
Multi-substrate synchronization
In-system Programming
Modular system consisting of three parts, which can be combined with system accessories
The proFRAME series of modular video capture and playback systems consists of proFRAME baseboards, camera adapters and supporting software, and can be used with a variety of system accessories.
It can be used to capture, playback and process raw video streams in a variety of applications and supports common transmission technologies such as GMSL2™ and GMSL3™, FPD-Link™ III and IV (other technologies are available upon request).
In the automotive sector, the system is often used to validate ADAS systems or autonomous driving functions, but it can also be used in industrialized applications such as medical technology, digital microscopy and EOL testing.
As intermediary media authentication ADAS/AD embedded control unit
During Hardware-in-the-Loop (HiL) tests of ADAS or AD functions, the corresponding ADAS/AD Embedded Control Unit (ECU) provides the driving scene in the form of a video stream recorded during the test drive.
The key to verifying ADAS/AD functionality lies in the ability to accurately play back each video frame according to the time stamp of the recording. The proFRAME system is able to accurately and synchronously reproduce the driving scene in HiL for efficient function verification.
The system supports a variety of different camera adapters, and can play back video streams with common serializers (e.g., GMSL, FPD-Link) and control playback based on the timestamp information of individual video frames or external triggering signals.
For HiL systems built on software platforms such as ROS or ADTF, specialized integration templates - including the ROS™ Suite (ROS 2) and the ADTF Plug-in (ADTF) - are available.
Connect proFRAME SW API with corresponding software platforms to realize fast integration between proFRAME and HiL system.
High-performance system captures multiple camera data streams simultaneously
ADAS systems, such as traffic sign recognition, lane assistance, parking assistance, and autonomous driving AD, need to efficiently and accurately collect real-time data from vehicle sensors, especially from embedded cameras.
Verification of such functionality requires synchronizing the acquisition of multiple camera streams, time-stamping them accurately, and storing them. These recorded driving scenes are then played back to the ADAS/AD ECU to be validated during hardware-in-the-loop (HiL) testing.
proFRAME offers the perfect solution for this.
The system supports most common automotive grade cameras and can record up to 8 simultaneous 4K video streams (including sideband communication I2C) and has been successfully used in many types of data recorders for many years.
The timestamps of the input image data are processed with high precision by the hardware and can be synchronized with other recording devices via an external trigger cable.
Cameras can receive configurable voltage via coaxial cables (with support for coaxial cable power PoC), making them more flexible and easier to deploy.
Integration of data acquisition equipment to realize data recording and analysis
Multiple camera data streams contain corresponding high-precision timestamps. proFRAME provides a bypass function to synchronize the acquisition of data streams for both input and output processing.
The ATX4 high-performance in-vehicle server/BRICK2 data acquisition platform stores, processes and analyzes data, realizing a complete closed-loop process from in-vehicle multiphase camera image acquisition to analysis result output and storage.
Frequently Asked Questions
What transmission technologies does the proFRAME system support?
- MaxicoM: GMSL2™ & GMSL3™
- TI: FPD-Link™ III and IV
- Sony Semiconductor: GVIF
- (Other transmission technologies are available upon request)
How to synchronize the proFRAME system with a multiphase machine?
proFRAME supports the synchronization of multiple cameras on a single substrate, as well as synchronization between multiple substrates.
With the proFRAME SYNC adapter, synchronized signals for camera triggering can be taken from an external trigger source and generated in the proFRAME baseboard. These signals can be sent to the camera or to an external trigger receiver. The adapter offers both input/output and dual input modes to meet the synchronization needs of different applications.
What are the common application areas?
As proFRAME has the ability to capture, playback and process raw video data streams in a wide range of applications, the system is widely used in many fields.
In the automotive industry, proFRAME is commonly used for ADAS system validation, hardware-in-the-loop (HiL) testing, and autonomous driving function validation.
In addition, proFRAME is used in industrialized scenarios such as medical technology, digital microscopy (e.g. sinaSCOPE, a 3D digital microscopy platform), and end-of-line testing (EOL).
How to quickly select a model for a project?
You can contact our professional team and provide your project information, our machine vision engineering team will provide you with professional and efficient selection service.
Professional technical support from HONGKEI to help you succeed in your project.
As a provider specializing in machine vision and optoelectronic inspection solutions, Avision is also committed to providing you with a range of paid technical services related to this product, aiming to help you succeed in your project in the most cost-effective way. Please contact us if you need technical services related to this product!
