Machine Vision
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Solectrix SXVPU Intelligent Scalable Visual Processing Unit
Intelligent Solutions for Embedded Vision Applications in Industrial Vehicle Technology
Solectrix's SXVPU is an AI-powered imaging platform designed to address challenges such as object recognition and machine learning integration through efficient real-time processing of high-resolution video streams up to 4K.Using a proprietary AMD-based hardware architecture and supporting multiple cameras and sensors, the SXVPU uses high-quality image data from the sensors, processes it through neural networks or traditional algorithms, and then encodes the data for transmission over an Ethernet network, providing the perfect solution for visualization needs and vision applications in mobile automation.
SXVPU Image Capture and Processing Unit
Integration of powerful AI gas pedal with low-latency coding support for real-time processing
- 24/7 operation
- Flexibility, adaptability, robustness, low latency
- H.264/H.265 codecs enable up to 4K video streaming over Ethernet
- Provides existing AI model drivers for seamless integration of neural networks
- Effective and efficient visual data processing
- Functional Safety
- Artificial Intelligence Development Support: AI Model Design, Application Development, System Implementation
Product Lineup
SXVPU AI model
Native support for deep learning models, AI inference directly within the unit, and seamless integration of neural network algorithms.
AMD Kria SOM enables AI computing efficiency of up to 10 TOPS per watt for high-density model inference. AMD
End-to-end video stream processing latency of less than 10 ms ensures real-time image analysis and decision-making capabilities.
SXVPU Wi-Fi Models
Built-in Wi-Fi modules support independent network segments for quick deployment without wiring.
Supports H.264/H.265 encoding for high-resolution video transmission in Wi-Fi environments.
Wireless connectivity breaks the limitations of Ethernet for temporary surveillance and mobile operations.
SXVPU 5G Model
Supports 5G NR for ultra-high bandwidth and low-latency remote transmission.
Combining AI gas pedals and 5G to enable rapid analysis and feedback from remote sites.
Adapts to harsh environments and ensures long-lasting, stable mobile network connectivity.
SXVPU Customized
Multiple I/O interfaces can be configured to flexibly integrate various sensors and peripherals.
The modular design supports additional hardware acceleration components to scale up computing and I/O as required by the project.
The enclosure is available in IP65 or IP67 for a wide range of outdoor and industrial environments.
SXVPU Development Kit: Get Results Fast!
Includes SXVPU mainframe, 4 IP69k-grade HDR cameras, Ethernet and power cables, sturdy carrying case
3 Mpix @ 60 fps, 118° wide angle for high quality image capture.
The industrial-grade housing and shockproof design allow for field testing and rapid iteration.
Product Advantage
- I/O ports, CAN and general purpose I/O support
- HDMI 1.4/2.0
- USB3, JTAG
- High performance computing at 26 TOPS
- Quad-core Arm® Cortex®-A53 MPCore
- Mali-400 MP2, 667 MHz GPU
- 4GB onboard DDR4
Product Features
System Performance
- High computing power and efficiency up to 10 TOPS per watt
- H.264 / H.265 codec with up to 4K video streaming support
- Low-latency, real-time video stream processing
- All-weather safe operation
Customizable Hardware
- All interfaces are flexible for all environments
- Scalable processing and versatile hardware acceleration
- Easy configuration and simplified system integration
- Enclosure protection class IP65 (IP67 optional)
Scalable Software + Smart Applications
- Seamless Integration of Neural Networks and Machine Learning Models
- Fast and Efficient Development with PetaLinux
- Customized Processing for Industrial Vehicle Applications
- Support for common frameworks and industry standards
Optional Bird's Eye View application
- Overview of Vehicle Surroundings
- Target Detection Algorithm
- Mixing image data from multiple sources
- Supports up to 4 cameras
Applications
Injecting intelligence into industrial automation
Injecting Intelligence into Industrial Automation :
SXVPU empowers industrial automation with 10 TOPS/W energy efficiency and AMD architecture hardware acceleration. Its multi-sensor fusion capability enables real-time processing of complex data, combined with H.264/H.265 encoding and decoding technology to realize precise cross-system collaboration. The IP65 protection rating and customizable hardware architecture facilitates the rapid integration of third-party algorithms, helping enterprises to build flexible production systems.
SXVPU empowers industrial automation with 10 TOPS/W energy efficiency and AMD architecture hardware acceleration. Its multi-sensor fusion capability enables real-time processing of complex data, combined with H.264/H.265 encoding and decoding technology to realize precise cross-system collaboration. The IP65 protection rating and customizable hardware architecture facilitates the rapid integration of third-party algorithms, helping enterprises to build flexible production systems.
Safe navigation and collision avoidance system for industrial vehicles and robots.
Safe Navigation and Collision Avoidance System for Industrial Vehicles and Robotics :
Using low-latency processing and synchronized multi-camera inputs, a 360° environment awareness model is constructed in real time. AI-accelerated modules run algorithms in parallel to realize dynamic obstacle avoidance on devices such as forklifts. Recognize and trigger commands in advance through data fusion in warehousing scenarios. Independent of the Linux system, the safety supervision function can still protect the operation of the obstacle avoidance logic when the main system fails, providing double safety protection.
Using low-latency processing and synchronized multi-camera inputs, a 360° environment awareness model is constructed in real time. AI-accelerated modules run algorithms in parallel to realize dynamic obstacle avoidance on devices such as forklifts. Recognize and trigger commands in advance through data fusion in warehousing scenarios. Independent of the Linux system, the safety supervision function can still protect the operation of the obstacle avoidance logic when the main system fails, providing double safety protection.
Industrial Environmental Monitoring and Safety Troubleshooting
Industrial Environment Monitoring and Safety Troubleshooting.
Used for construction site and work environment monitoring, detecting environmental changes and safety hazards in real time. Powerful data analysis capability allows managers to obtain timely construction and personnel safety information for decision-making. Integration capability supports access to multiple sensors and devices, realizing comprehensive site management and risk alerts to enhance construction efficiency and safety.
Used for construction site and work environment monitoring, detecting environmental changes and safety hazards in real time. Powerful data analysis capability allows managers to obtain timely construction and personnel safety information for decision-making. Integration capability supports access to multiple sensors and devices, realizing comprehensive site management and risk alerts to enhance construction efficiency and safety.
Precise control of machine operation and running status
Precise control of machine operation and running status.
For machine control, the SXVPU enables precise operation of heavy machinery. Through quick response and intelligent control, it can optimize the operation status of machines and improve operation precision and efficiency. For example, in agricultural machinery, SXVPU adjusts its strategy based on real-time data to realize precision farming, optimize resource utilization, and reduce environmental impact.
For machine control, the SXVPU enables precise operation of heavy machinery. Through quick response and intelligent control, it can optimize the operation status of machines and improve operation precision and efficiency. For example, in agricultural machinery, SXVPU adjusts its strategy based on real-time data to realize precision farming, optimize resource utilization, and reduce environmental impact.
Customer Examples
Automated Intelligent Robot Front End
Integration and protection of LVDS cameras
Independent and powerful monitoring functions
Personalized additional functions and controls
Clients:Mobile Automation - Robotics
Challenge:Customers are placing additional, cross-cutting demands on camera systems for hard real-time and image acquisition flexibility, including not only the integration of specialized cameras, but also precise control of exposure, shutter and other imaging parameters to achieve a comprehensive solution.
Solution: The SXVPU integrates and protects the LVDS camera and provides personalized additional functionality and control on the front end. This flexibility ensures reliable and stable image acquisition, allowing not only seamless integration of additional peripherals on top of the camera, but also direct implementation of complex image analysis, which significantly improves the overall performance of the system.
Supervision of construction sites and working environment
Integration and protection of LVDS cameras
Independent and powerful monitoring functions
Provide a protective layer
Clients:A construction machinery manufacturer
Challenge:Customers require secure and reliable personnel detection in demanding work environments. The solution should provide intrinsic security in image acquisition and latent neural networks without significantly increasing complexity.
Solution: The SXVPU integrates and protects LVDS cameras and provides powerful, independent monitoring capabilities outside of Linux with high reliability and device security based on AI. The system provides an easy-to-implement protection layer and simplifies error management.
Lowest Latency Imaging for Real-Time Processing in Industrial Vehicle Technology
Low-latency connection for up to 4 cameras
Optimized transmission within 10ms latency
Support for Multiple Use Cases
Clients:Industrial Vehicle Technology
Challenge:The customer needed an intelligent camera system that required minimal latency in video compression and AI processing, which was critical to their overall application. The system should support multiple use cases, either with a single high resolution sensor or multiple HD sensors.
Solution: The SXVPU can be used to realize low-latency connections between up to four cameras (total resolution of 8 MPix) and the device's built-in neural network. Latency-optimized transmission of compressed images over Ethernet can be achieved within 10 milliseconds after image acquisition. This ensures fast and accurate processing of image data, which is critical to meeting customer needs.
Agricultural Automation - Improving Efficiency through Intelligent Controls
Provide customized platform
Multi-camera, multi-sensor, AI algorithm support
Track Control, Load Management, Travel Distance Detection
Clients:Agri-Tech Solution Provider
Challenge:The customer plans to expand its portfolio of intelligent control products to improve the efficiency or partially automate agricultural processes. The core mission was to enable precise trajectory control, load management and row spacing detection in a self-contained box.
Solution: SXVPU provides a customized platform that supports multi-camera, multi-sensor and AI algorithms. The system achieves the required accuracy and efficiency with its high flexibility in sensor selection and the ability to seamlessly integrate neural networks in separate boxes.
Machine Vision IPC based on IP65
IP65 Protection Rating
High-performance, AI-based
Flexible and expandable
Clients:Logistics Automation - AGV/AMR
Challenge:The customer was looking for a high-performance, AI-based computer vision solution that was IP65 rated, capable of meeting the demands of a wide range of environments, ruggedized, and flexible for expansion.
Solution: The SXVPU provides an optimal solution with support for up to four cameras, Gigabit Ethernet (GbE) connectivity, EtherCAT expansion, Profibus bus and real-time options. As a result, customers can use the IPC in various environments such as smart city/industry, traffic management, logistics automation and industrial vehicles.
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