- Home
- Technical Products
Enterprise Cloud IT Solutions
Test Measurement
Industrial Measurement
- Solutions
Enterprise Cloud IT Solutions
Test Measurement
- Latest Articles
- About Us
EN
Solectrix SXIVE Rapid Imaging Prototyping System
High-performance, customizable image processing development platform for automotive, industrial, and AIoT applications, accelerating the complete process from prototype to mass production
Solectrix's SXIVE (Simplified eXtensive Image and Video Engine) is a comprehensive image processing ecosystem consisting of real-world image processing software, video capture cards, hardware gas pedals, and a variety of applications and plug-ins. The system enables image processing professionals to perform rapid prototyping, real-time processing and analysis of image and video streams.Includes GPU-based image signal processing, lens distortion correction, color correction, etc.. With its flexible modular architecture, SXIVE can be customized to meet the requirements of any imaging project, and hardware components can be replaced during the course of a project or new requirements can be implemented without changing the development environment.
Solectrix SXIVE | Rapid Imaging Prototyping System
Inquire/Buy Now
SXIVE One-Stop Modular Platform System Composition
-Supports real-time prototyping, sensor/ISP evaluation and test drive level validation
Image capture cards such as proFRAME:Universal front-end for GMSL 2/3, FPD-Link III and IV; up to 8 interfaces; captures raw video data; up to 32 Gbit/s video transfer; PoC
Accelerated Hardware/Software:RTX™ & Jetson™ (Xavier & Orin); FPGA; CUDA® & TensorRT™
Video engine:Sensor Integration; Spare Image Source; Soft ISP (Multi-Stream Output Support; GUI & API Support; Dynamic Configuration Support; Plug-in Architecture Support)
Applications and plug-ins:AI pre-processing; visualization; video analytics; recording; custom prototyping; streaming media
Customized Image Processing Solutions
Halide-based software solutions: Create customized, high-performance image signal processors (ISPs) to optimize image quality, reduce noise, and enhance sharpness. Supports real-time parallel processing of up to 8 cameras, combined with GPU acceleration to achieve ultra-low latency of less than 5ms.
Cross-platform compatibility and scalability: The C++-written ISP core adapts to multiple architectures such as x86, Arm®, CUDA®, OpenCL™, Hexagon™, etc. It provides a wide range of customizable Solectrix image processing modules and video streaming interfaces for deep recording systems that record both raw and processed image sensor data, and offers Seamless integration into existing workflows and seamless device support
SXIVE SoftISP SDK -- Image Signal Processing Toolkit
Customize image enhancement algorithms for more control over the image processing pipeline. Design your own ISP or use a separate image algorithm.
The ISP SDK is instantly adaptable to different imagers and lenses, and provides a rich set of usage examples that make it easy to get started.
Numerous output modules can be integrated into common image processing tools such as gstreamer, ffmpeg, opencv, or GUI.
The ISP SDK is a closed source C++ library that provides optimized image processing algorithms for high quality results. It is provided as a Debian package for easy installation and management of the SDK.
CMake integration makes your projects easy to build and configure. Visual Studio Code-based development environment
SXIVE Calibration SDK
Corrects the color, lens distortion, and lens shading of the input image to produce high-quality images.
Automated operation: The calibration process has been simplified, making it intuitive and accessible to users of all professional levels. With the SDK's user-friendly interface, internal calibration can be accomplished with a single click.
Seamless Compatibility: Combined with the superior flexibility of the SXIVE Soft ISP SDK, the SXIVE Calibration SDK ensures compatibility with a wide range of image sensors.
C++ library integration: one C++ library for individual methods - controlled calibration possible
Provides great flexibility for seamless integration into existing tools. Can also be used with other existing ISPs without the need for the SoftISP SDK.
SXIVE Sensor Configuration Tool (Open Source)
Here is an open source project: https://github.com/solectrix/SXIVE-SCT
Provides an easy way to add a new sensor's register layout for use in the tool, considering the various ways that sensor manufacturers use to record their sensor registers
The acquisition and implementation of sensor-specific confidential information is left to the user to avoid the need for a three-way NDA.
Programmers can extend our initial product to further develop tools based on their needs and experience
iQ-Analyzer-X image quality analysis software
Basic performance factors for evaluating camera image quality, such as resolution, noise, color accuracy, lens distortion, dynamic range, and texture loss
Automatically detect test targets using AI-driven inspection tools to improve analysis speed and workflow efficiency
Highlighted features include analysis of video files from real-time data streams, cameras and capture servers. Automation features such as hot folders and command line interface increase workflow flexibility. Local and external database storage allows you to share test results with labs around the world.
Supports a wide range of test charts, including the TE42 multi-purpose series and customized charts. Strict adherence to international standards such as ISO, IEEE, IEC and VCX.
Hardware Kit LT - Lightweight, space-saving model
A fully pre-configured and tested plug-and-play system
Based on the NVIDIA Jetson AGX Orin™ platform; 12-core, 64-bit Arm® v8.2 CPU; 2048-core Ampere GPU; enough resources for modern image processing tasks; standard CUDA® functionality; standard connectivity (Ethernet, USB, HDMI®, etc.); compact form factor developed to be ideal for automotive installations;
Hardware Bundle HP - High Performance Model
When you need a lot of processing power during the prototyping phase, HP hardware kits are ideal for you!
Proven HPC system for complex image processing evaluation platforms with multiphase and ISP setups; Intel Core™ i7- 12700 E CPU; NVIDIA GeForce RTX™ 4070 Ti SUPER GPU; proFRAME frame grabber module; complete Linux® development environment
Product Composition and Core Strengths
Product component and core advantages
● Accessories: External Trigger Synchronization Kit to provide IN/OUT of the clock signal
● Applications: polyphase machine synchronization, external trigger synchronization, external sensor synchronization as main clock trigger
Application Scenarios
Application scenarios
SXIVE | Rapid Imaging Prototyping Systems
- Real-time prototyping development
- Sensor and ISP Evaluation
- Modular Reference Platform
- Test Drive Preparation
- Suitable for acceptance testing
Automotive Tier 1 Automated Driving and Real-Time Handling Systems
Real-time image processing for L4-level autonomous driving; parking lot intelligent system, environment and traffic monitoring;
Laboratory real-time data recording and dynamic ISP adjustment;
Adaptive Image Signal Processing (ISP) for Automotive Cameras
Automotive OEM Mass Production Support and Standardization Integration
Provides automotive OEMs with a modular reference system for mass production;
Seamless integration of customized video streaming interfaces and industry standard toolchain.
Sensor OEMs & Labs: Rapid Development & Multi-Scene Validation Platforms
Joint evaluation of sensors and ISPs, automated prototyping for labs;
Modularized platform supports "ready-to-drive" acceptance testing;
Closed SDK and open toolchain to accelerate the closed loop from development to deployment.
Automobile Tier 1
Enhanced performance in field environment image processing;
High-performance pre-processing technology for highly automated truck driving.
Customer Examples
Application case
Autopilot L4 Video Software Development
Parking system image processing
Environmental and traffic condition monitoring
Automotive Tier 1 Applications
Automatic driving L4 video software development:To develop definitive, high-quality image processing solutions for autonomous vehicles, SXIVE takes into account downstream image evaluation through neural networks, ISP adjustments performed directly in the vehicle, and implementation of the required reference applications and algorithmic steps for customers.
Parking system image processing solution:The customer's existing parking system had problems with image processing in certain lighting conditions. The customer needed an efficient and high quality solution that could perform image processing on the same GPUs used for the image recognition algorithms. The performance difference between SXIVE Soft ISP and the existing solution was significant, as it not only solved the existing problem, but also performed well in terms of GPU resource utilization.
Environmental and traffic condition monitoring system:The client needed a solution to continuously monitor and record environmental and traffic conditions at a specific location. Based on the SXIVE LT Bundle, Solectrix quickly built a first prototype for evaluation, which could be switched to a larger HP Bundle if needed, covering all requirements regarding data processing and transmission.
Live tuning:Customers need to use the software library and programming interface to configure the parameters of the ISP and connected cameras to adjust image quality in real time. With the SXIVE SDK, customers can establish an image quality adjustment workflow.
Adaptive ISP for car cameras:The project entailed the development of a new type of camera for the automotive field, and the customer needed a personalized and customized ISP (Image Signal Processor) that could be adapted to a specific setup using both existing modules and proprietary newly developed modules. In order to gain initial experience with the sensors and the necessary algorithms, and to build up expertise for later phases of the project, a SXIVE SOFT ISP was used in the first phase of the project. The goal was to work in tandem with the sensors from the beginning, and to implement and evaluate the necessary algorithms directly on the basis of the live image, which could also be used to detect potential risks for later porting.
Quick Demonstration of Sensor Functions
Automatic Driving Image Preprocessing
Series Production Support Reference System
OEM Application
Sensor OEMs - Quick Show feature:Many sensor manufacturers struggle to quickly and easily demonstrate the full functionality of their new sensors to customers, and evaluation boards are of limited help because customers need quick access to highly flexible prototypes. With SXIVE, Solectrix offers a rapid imaging prototyping system that can quickly get a new sensor into operation and deploy it into a volume production program.
Truck OEM - Improved image processing in the implementation environment:The customer was using the camera in a vehicle and was experiencing a variety of distracting effects in the image under various lighting conditions. Solectrix compared the existing system with SXIVE Soft ISP and showed the customer a significant improvement in image quality. The solution was quick to implement and improved image processing in the field.
Truck OEM - High performance image pre-processing for highly automated driving:The customer needed a high-performance, low-latency ISP for real-time evaluation of cameras on remote-controlled vehicles. The customer evaluated SXIVE and found it superior to existing solutions. In addition, we also implemented some customized features, which brought additional value to the customer.
Automotive OEM - Series Production Support Reference System:The customer wanted to introduce a new type of image sensor (RGB-NIR) in two series projects. For a significant period of time during the series development process, the sensor image could not be processed due to the maturity of the control unit under development, but there was an urgent need to process the sensor image for risk prevention and development purposes of other relevant suppliers who were developing based on the sensor image processing technology. Customers are able to utilize the SXIVE Soft ISP-based reference system to shorten the critical time. In this way, customers can evaluate new image sensors in a timely manner and provide the required video footage in a timely manner to suppliers relying on the sensor images.
Real-time data recording and processing in the laboratory
Laboratory Automation Rapid Prototyping
Laboratory System
Processing and recording of real-time data in the laboratory:An automotive supplier needed to process and record images in real time, either in the lab or in the vehicle. Using the SXIVE HP Bundle, we achieved reliable data processing and recording by adapting the system precisely to the sensors, cameras and overall setup used.
Rapid prototyping in the field of laboratory automation:For production automation in a laboratory environment, the customer needed a quick and simple solution to evaluate new system approaches as early as possible. Various types of containers need to be recognized and analyzed. To get closer to the solution at the image algorithm level, we used the SXIVE rapid imaging prototyping system. SXIVE can test a variety of camera and system solutions to identify and evaluate potential problems and special cases. The flexible adaptability of the image processing allowed us to identify preliminary scenarios that might require further adjustments to the system at an early stage of the project.
More Products
Related product
Stereolabs ZED Automotive Camera
Capture rich spatial perceptions in dynamic scenes
Includes Monocular Camera, Dual Vision Camera, Matching SKD, GMSL2 Capture Card and All-in-One Kit
Stereolabs ZED Edge Calculator
Powerful embedded micro pc
Easy and seamless processing of real-time video streams with edge AI and robotics technologies
Door Vision Camera System
Clear all-weather imaging at night and in rain, fog and snow
Suitable for low visibility and all-weather surveillance as well as autonomous driving and smart city applications.
Vehicle Mounted Mapping System GPC360
Laser radar system with integrated GNSS technology
Collects detailed 3D information from mobile vehicles in geospatial data, such as precise location, dimensions and surrounding relationships
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!
