As vehicles become increasingly connected and software-defined, they are evolving into mobile systems that combine sensing, computing, communication, and control. Commercial fleets such as buses and logistics vehicles, as well as fire engines, construction equipment, and mining vehicles, must connect cameras, displays, sensors, vehicle controllers, and wireless devices while processing large volumes of data in real time.

Designed for these demands, Vantron VPC-R5744 Expandable In-Vehicle Edge AI Box PC brings high-performance computing, vehicle communication, multi-display output, and wireless connectivity into a single platform. It provides a versatile computing foundation for public transportation, special-purpose vehicles, V2X, and other in-vehicle applications.

Product Highlights

High-Performance Computing for Multitasking

Supporting 12th, 13th, and 14th Gen Intel® Core™ desktop processors, the VPC-R5744 offers two DDR5 SO-DIMM slots for up to 96GB of memory, delivering the performance needed to run multiple applications simultaneously, efficiently process HD video, and handle edge analytics.
The system supports Windows 10/11 IoT, with Linux available upon request, allowing customers to deploy existing software or build dedicated in-vehicle applications. Two front-access 2.5-inch drive bays support software RAID 0/1 for local storage of video footage, vehicle logs, and application data. Built-in TPM 2.0, watchdog timer, hardware monitoring, and Intel® iAMT further support system security and long-term remote maintenance.

Four Independent Displays for Multiple In-Vehicle Applications

The VPC-R5744 supports up to four independent displays via two HDMI and two DisplayPort interfaces, enabling separate presentation of navigation and vehicle status, task dispatching, video surveillance, and operational controls. This reduces the number of computing devices required and simplifies cockpit wiring and system architecture.

Rich Interfaces for Vehicle Systems and Peripherals

Four 2.5GbE M12 PoE+ ports enable the VPC-R5744 to transmit data and supply power to in-vehicle cameras through a single cable, while maintaining reliable connections in environments exposed to continuous vibration.
Isolated interfaces, including RS232/422/485, CAN, DI, and DO, support integration with vehicle ECUs, battery management systems, PLCs, sensors, ticketing equipment, and other peripherals. M.2 and Mini PCIe expansion options enable 4G/5G, Wi-Fi, Bluetooth, and GNSS connectivity for vehicle tracking, remote data transfer, and cloud communication.

Built for Demanding In-Vehicle Environments

To address frequent vehicle start-stop cycles, voltage fluctuations, and continuous vibration, the VPC-R5744 supports a wide 9V–60V DC input, compatible with common 12V, 24V, and 48V vehicle power systems. It also supports 16-mode software ignition control to help the system manage frequent vehicle start-up and shutdown cycles.
With a fanless design, the system supports operation from −40°C to 70°C when configured with a 35W TDP processor. It also features IP50 protection and shock‑and‑vibration resistance for reliable operation in demanding mobile environments.

Application Scenarios

Smart Public Transportation

Public transportation vehicles often require separate systems for video surveillance, driver monitoring, vehicle tracking, passenger information, and operating status collection. The VPC-R5744 consolidates these functions by serving as a central computing platform inside the vehicle.
It can collect vehicle operating data, and run video analytics, event detection, and passenger-counting applications locally. Relevant alerts and operational data can then be transmitted to the dispatch center over 4G/5G network. Operators gain a clearer view of vehicle location, operating conditions, and abnormal events, helping improve fleet dispatch and remote maintenance.

Special-Purpose Vehicles

Fire engines, construction vehicles, mining vehicles, and mobile command vehicles operate in environments where crews need immediate access to maps, live video, equipment status, and task instructions. They may also need to control onboard equipment while staying connected with a remote command center.
The VPC-R5744 can process data from cameras, vehicle controllers, and field sensors within the vehicle, while presenting critical information across multiple displays. With 4G/5G and GNSS connectivity, vehicles can continuously report their location and operating status, receive new assignments, and send field data back to the command center.

Conclusion

Smarter vehicles require more than additional cameras and sensors. They need a central platform capable of processing data, connecting devices, driving multiple displays, and supporting control functions.
The VPC-R5744 brings together high-performance computing, extensive vehicle interfaces, four independent display outputs, wireless connectivity, and a rugged in-vehicle design. It helps equipment manufacturers reduce distributed hardware, simplify system integration, and retain the flexibility needed for future upgrades.

Learn more about the VPC-R5744.