Rail Computer Solutions
Rail Computer Solutions
Meeting the stringent safety requirements is standard for rail applications
PC products often need pre-certifications such as EN50155 / EN50121 and must be anti-vibration compliant with MIL-STD 810F-514.5 C1, C2, and C3
Key Features of Our Rail-Certified Products Include:
- Versatile DC Power Input Options: Compatible with a wide voltage range up to +110V. This ensures that the device can harness power from various sources and conditions, enhancing its adaptability in different environments.
- Comprehensive Display Connectivity: Features VGA, DVI-D, HDMI, and LVDS interfaces. This allows for flexible display options to accommodate different types of monitors and projectors, suitable for a range of applications.
- Engineered for Durability with Anti-Vibration Chassis Design. The specialized chassis is designed to withstand vibrations, making it ideal for use in industrial settings where movement and shaking are common.
- Enhanced Connectivity with Robust M12 I/O Connectors. These connectors are designed to resist vibration and provide reliable, durable connectivity even in harsh environmental conditions.
Rail solutions typically necessitate customization to align with rail application requirements. BVM manages these changes while ensuring standards compliance and certification through its collaborations with UK-based testing facilities. BVM’s technology extends to the interiors of train cabs and the rolling stock (meeting IEC 61373 standards), as well as trackside systems that enhance level crossing safety.
Rail PCs
Railway Embedded PC Systems available with Intel i3 / i5 / i7 / Celeron CPU’s. EN45545, EN50155 and EN50121-4 Certification. Suitable for demanding IIoT applications in the railway sector, including tasks like monitoring and controlling speed, temperature and security.
Rail Panel PCs
With rail certifications of EN45545, EN50155 and EN50121-4, Rail Panel PCs meet applications such as monitoring & controlling train speed, temperature and security & passenger infotainment updates – featuring high bright LED backlight (up to 1000 nits) display touchscreens to allow a train- operators to easily read any operational status messages, even under direct sunlight. Other features include display auto dimming and M12 lockable connectors to combat shock and vibration.
AI-based Transport Solutions
Artificial intelligence (AI) is transforming the transportation industry by developing and implementing AI-powered technologies. Autonomous vehicles, logistics and supply chain management, and air transportation are all areas benefitting from AI. These innovations aim to optimize routes, cut costs, shorten delivery times, improve safety, and enhance customer service, promising a revolutionary shift in transportation systems.
The Impact of Artificial Intelligence in Transportation and the SMART City
Here are a few examples of how artificial intelligence (AI) is being used in transportation and the smart city:
- Autonomous Vehicles: AI enables cars, trucks, buses, and drones to operate independently, managing navigation, obstacle avoidance, and efficient routing.
- Traffic Management: AI analyzes sensor data to optimize traffic flow and decrease congestion by adjusting traffic lights and rerouting vehicles.
- Public Transportation: AI improves public transport efficiency by optimizing routes and schedules, and offering real-time travel updates.
- Logistics & Supply Chain: AI enhances supply chain efficiency by optimizing goods distribution and warehouse operations.
- Energy Management: AI reduces costs and increases efficiency in energy usage across buildings and infrastructures by regulating systems like heating and electricity distribution.
- Environmental Monitoring: AI monitors environmental conditions, analyzing data on air quality and wildlife movements to track health and ecological trends.
The hardware required to support artificial intelligence (AI) can vary depending on the specific application and the type of AI being used. Some AI algorithms are computationally intensive and require powerful hardware to run effectively.
Deep learning algorithms, which are used for tasks such as image and speech recognition, typically require specialised hardware such as graphics processing units (GPUs) to run efficiently. GPUs are designed to perform the complex matrix calculations that are required for deep learning – and they can be much faster than traditional central processing units (CPUs) at these types of tasks.
Other types of AI, such as rule-based systems, may not require as much computational power and can be run on standard CPUs.
BVM Design, Manufacturing and Distribution Services
- Rugged, Industrial and Embedded Computer Design, Manufacturing and Customisation Services
- Computer-on-Module Carrier Board Design and Manufacturing Service
- COM Express, SMARC, Qseven, Jetson, Pi
- Rugged, Industrial and Embedded Hardware Distribution
- From Small form factor Fanless Box PCs to Large 4U Rack AI Inference Systems
- 7″ – 32″ Rugged, Industrial Touchscreen Panel PCs
- Industrial Motherboards, Embedded SBCs and Computer-on-Modules
At BVM, we bring over 35 years of experience in designing, manufacturing and distributing rugged, industrial and embedded computer hardware. Our dedication to quality and innovation has made us a trusted partner for Original Equipment Manufacturers (OEMs) and system integrators worldwide.
What we Offer OEMs, ODMs and System Integrators
With cutting-edge design and manufacturing facilities in Southampton, complemented by a vast global partner network, BVM offers a variety of ready-made “off the shelf” rugged, industrial and embedded computing solutions for a number of industries including industrial automation, harsh and hazardous environments, medical, military, transport, smart city and more. These solutions can be completely customised and integrated into larger systems to meet our customers’ exact requirements.
If you can’t find an “off the shelf” product that suits your needs, our in-house design team can create a new solution from scratch.
Case Studies
Case Study: Rail Communications – Custom Modem
Custom quad modem design for railway system communication. Low speed modem for multi-drop information flow in track side operation.
Case Study: Rail – Level Crossing Safety Systems
Here at BVM, we work on a wide range of projects, applying a range of expertise. Here we discuss our design and manufacture of a system PC, highlighting the challenge and our solution, plus much more.
Case Study: Rail Passenger Information & Communication Systems
As a prominent player in their field, our customer sought an innovative solution to elevate their railway passenger and platform information and communication systems for an established network provider for the UK rail network.