//Our Products
|
|
SM Wolfberry
Compact single-board computer
Designed for use as an embedded computing module and running AI workloads
SmartCore One+
Compact hardware and software platform based on a Russian neural processor
Serves as a foundation for AI-powered hardware-software systems
SM Spine
Software that processes lumbosacral spine MRI scans
Saves specialists' time: calculates key metrics and generates a structured report template
UCP
Smart Automation Center for Industrial Control Systems
Unites process equipment into a single system
SM Pie
Industrial single-board computer
Includes optional modules for custom applications
SM Pie Lite
Compact single-board microcomputer
A single base computer with no need to assemble multiple expansion boards
Your Project
We will develop a custom project from scratch. Describe your task and we will propose a solution
Manufacturing microelectronics since 2020 |
SmactCore — is an egngineering company specializing in design, manufactruring and software development for microelectronics and radioelectronics.
⠀We produce modular products: single-board computers, telecom equipment, thin clients and other solutions. In addition to our own product line we develop custom gardware-software systems.
⠀We produce modular products: single-board computers, telecom equipment, thin clients and other solutions. In addition to our own product line we develop custom gardware-software systems.
Smartcore is an engineering company specializing in the design, manufacturing and software development for microelectronics and radioelectronics.
⠀We produce modular products: single-board computers, telecom equipment, thin clients and other solutions. In addition to our own product line we develop custom hardware-software systems.
End-to-end expertise and delivery
Our in-house competencies cover engineering, circuit design, embedded and application software development, testing, production preparation and assembly. This allows us to deliver projects on a turnkey basis.
In-house products
We independently develop and market modular solutions, from single-board PCs to routers and client terminals. This specialization ensures flexibility, reliability and quality control.
Integration with a technology platform
We use industrial equipment, CAD/EDA tools and production capacity for prototyping, testing and scaling our solutions.
Scientific and technical collaboration
We take part in industry projects and R&D programs and collaborate with universities, laboratories and industry partners. This keeps our technical solutions up to date and strengthens our engineering school.
⠀We produce modular products: single-board computers, telecom equipment, thin clients and other solutions. In addition to our own product line we develop custom hardware-software systems.
End-to-end expertise and delivery
Our in-house competencies cover engineering, circuit design, embedded and application software development, testing, production preparation and assembly. This allows us to deliver projects on a turnkey basis.
In-house products
We independently develop and market modular solutions, from single-board PCs to routers and client terminals. This specialization ensures flexibility, reliability and quality control.
Integration with a technology platform
We use industrial equipment, CAD/EDA tools and production capacity for prototyping, testing and scaling our solutions.
Scientific and technical collaboration
We take part in industry projects and R&D programs and collaborate with universities, laboratories and industry partners. This keeps our technical solutions up to date and strengthens our engineering school.
SM Spine
Software for analyzing lumbosacral spine MRI scans
Advantages
- Clinical decision support
- Shorter MRI reporting time
- Early detection of diseases
Benefits for
- Public healthcare organizations
- Private healthcare providers
- Research institutes
- Pharmaceutical companies
- Insurance companies
Use cases
Medical data analysis
Processes and interprets medical data and generates preliminary diagnostic reports.
Analysis of processed studies
Makes measuring anatomical structures on images faster and simpler. Reduces reliance on subjective assessments and the risk of errors.
Long-term outcome monitoring
Supports the assessment of potential adverse outcomes of medical care.
Quality-of-care monitoring
Can serve as a data source for benchmarking medical care within a facility, helping to improve the quality of services.
Follow-up study recommendations
Helps identify priority follow-up examinations to investigate detected pathologies.
// Request a quote for SM Spine
We will contact you within one business day and offer possible solutions
By clicking the button, you agree to our Privacy Policy
// Case studies: how our products power analytics
Challenge. Identify deformed links in the continuous drive chain of industrial equipment. This required developing algorithms to recognize and process objects in video footage of chain sections.
Solution. We developed a system comprising a video camera, a lighting system and dedicated software and algorithms. It filters noise and interference from captured images and detects gaps in chain links, along with their boundaries and dimensions. The processed data is sent to structured databases for storage and statistical analysis, and is displayed to the operator.
Results
Solution. We developed a system comprising a video camera, a lighting system and dedicated software and algorithms. It filters noise and interference from captured images and detects gaps in chain links, along with their boundaries and dimensions. The processed data is sent to structured databases for storage and statistical analysis, and is displayed to the operator.
Results
- Real-time predictive analytics implemented for the target equipment.
- Fewer errors in assessing the criticality of component wear.
- More efficient equipment operation thanks to a shift from scheduled to condition-based maintenance.
- A dataset obtained for building aggregate equipment condition statistics.
- Large areas (entire workshops) covered with minimal resources.
- 98% recognition accuracy for target defects.
Equipment wear detection and product defect identification
Challenge. Build a modern video surveillance system without replacing existing surveillance systems of different generations. Requirements:
— transmit only the data needed for decision-making, without compression or loss of image quality;
— integrate with existing video equipment to protect prior investments;
— analog infrastructure with digital capabilities.
Solution. We developed a compact hardware-software system that connects to existing video surveillance systems.
Results
— transmit only the data needed for decision-making, without compression or loss of image quality;
— integrate with existing video equipment to protect prior investments;
— analog infrastructure with digital capabilities.
Solution. We developed a compact hardware-software system that connects to existing video surveillance systems.
Results
- The application software provides full functional integration with existing equipment.
- Augmented reality makes video surveillance more effective by speeding up decision-making while reducing the impact of human error.
- Multi-view feature: images from multiple cameras are automatically stitched into a single video space that is convenient for the operator.
Virtualization of security and process video surveillance systems
Challenge. Improve the manufacturing quality of finished frame structures for rolling stock. This required a system for real-time verification of the product's geometric parameters against the design documentation.
Solution. We developed a hardware-software system consisting of a high-speed video camera, directional lighting and dedicated software and algorithms. The system processes the video image, measures the frame structure and compares its dimensions against a reference template.
Results
Solution. We developed a hardware-software system consisting of a high-speed video camera, directional lighting and dedicated software and algorithms. The system processes the video image, measures the frame structure and compares its dimensions against a reference template.
Results
- Real-time quality control of a complex 3D product.
- Reduced human error in detecting deviations of the finished product from the specified dimensions.
- Higher production-line efficiency thanks to significantly faster and more accurate acceptance testing.
- Statistics collected to classify detected defect types.
Geometry and quality inspection of a large load-bearing structure
Challenge. Foreign inclusions such as metal fragments, stones and oversized chips are found when processing wood raw material. They damage equipment further down the processing chain and reduce the quality of the final product.
The task was to scan the flow of wood particles and detect oversized and foreign objects based on defined parameters.
Solution. We deployed a system comprising a high-speed video camera, directional lighting and dedicated software and algorithms. The camera captures the conveyor belt, the image is sent to a workstation for processing, and results reach the user with a 2-second response time.
Results
The task was to scan the flow of wood particles and detect oversized and foreign objects based on defined parameters.
Solution. We deployed a system comprising a high-speed video camera, directional lighting and dedicated software and algorithms. The camera captures the conveyor belt, the image is sent to a workstation for processing, and results reach the user with a 2-second response time.
Results
- Foreign inclusions are detected according to the specified parameters with 97% probability.
- Calibration time for non-standard chips or other materials meets the technical specification at no more than 2 seconds.
Detection of foreign inclusions in products on a high-speed conveyor
SMART CORE
Built products customized to your request
Before we start, we dive deep into your challenge, gather technical and business requirements and estimate the project budget. We build what companies need in today's environment, and then continue with refinements and further development.
Offer best-in-class IP solutions
We provide high-quality Soft IP and Hard IP blocks for any microelectronics project, from basic elements to complex systems.
End-to-end expertise
We are proficient in the design, manufacturing, packaging and testing of state-of-the-art microelectronics and radio electronics. We also build AI-based software solutions.
Help you put it into operation
We prepare all documentation, provide technical consulting, stay in touch until full deployment and help resolve any issues during operation.
// Let's discuss your project
+7 (495) 128–5113
info@smartcoredesign.com
Available Monday to Friday, 9 AM – 6 PM (MSC, UTC+3)
We will reply within one business day and offer possible solutions
By clicking the button, you agree to our Privacy Policy
+7 495 128 51 13
info@smartcoredesign.com
support@smartcoredesign.com
3 4-ya Ulitsa 8 Marta, Bldg. 3, Moscow, Russia
info@smartcoredesign.com
support@smartcoredesign.com
3 4-ya Ulitsa 8 Marta, Bldg. 3, Moscow, Russia
// Submit a request
We will contact you within one business day
By clicking the button, you agree to our Privacy Policy
// Develop a unique project for your needs
We'll contact you within one business day and suggest possible solutions
Нажимая на кнопку «Отправить», вы соглашаетесь с Политикой конфиденциальности