For years, 7-inch and 8-inch displays have been the standard choice for many industrial vehicles. They worked well for basic navigation and machine control, and for a long time, that was enough.
However, in recent years, we have engaged with an increasing number of clients and received numerous feedback and suggestions, many of which are quite similar.
"Can the navigation screen be larger?"
"Is there enough room to display four camera views at once?"
"Can RTK guidance, machine status, and operating information stay on one screen without constantly switching pages?"
At first glance, these requests seem to be about screen size. In reality, they reflect how industrial vehicles are evolving.
Today's industrial vehicle computer is expected to do much more than display information. It has become the center of the entire onboard system, connecting RTK GNSS positioning, cameras, vehicle controllers, wireless communication, and fleet management software. This shift is exactly what inspired the development of the new T12 12-inch vehicle computer.
Rather than simply making the display larger, we designed the T12 as a more capable rugged vehicle mounted terminal for modern industrial applications.
More Screen Space Means Less Screen Switching
A larger display is often associated with better visibility, but in daily operation, the biggest advantage is actually workflow.
Take precision agriculture as an example. An operator may need to monitor an RTK guidance line, vehicle status, implement information, and camera images at the same time. Switching repeatedly between different interfaces interrupts the workflow and makes long operating hours more tiring.
The 12-inch vehicle computer gives operators enough space to keep essential information visible simultaneously. Instead of managing multiple screens or constantly changing pages, they can focus on the task itself.
Equipped with a high-brightness IPS display, the T12 also works well as a sunlight readable vehicle computer, maintaining clear visibility in outdoor environments such as farmland, construction sites, mining areas, and logistics yards.
Built for Different Software Platforms
Every equipment manufacturer follows a different software roadmap.
Some have invested heavily in Android development, while others continue building industrial applications on Linux. For many OEM projects, changing hardware should not mean rebuilding software from the beginning.
That's why the T12 supports both Android 13 and Linux Kernel 5.15 + Qt 5.15.
Whether you're developing an HMI, a fleet management platform, or an RTK guidance application, the T12 provides a stable hardware platform that adapts to existing software instead of forcing developers to change their workflow.
For companies looking for either an Android vehicle mounted computer or a Linux vehicle mounted computer, the T12 offers the flexibility to support both.
When Four Cameras Become Part of Everyday Operation
In the past, an engineering vehicle might have only one reverse camera. Today, multi-camera systems have become standard equipment in many types of vehicles: construction sites require monitoring of the surroundings; agricultural machinery needs to assess rear operations; mining vehicles must track blind spots; and fleet management systems need to assess driver performance, among other applications. An increasing amount of information must be displayed in real time for drivers. The T12 supports four 1080P cameras, enabling multiple video feeds to be displayed collectively on a single screen.
For a camera input vehicle terminal, the benefit goes beyond hardware specifications. Operators spend less time looking between different displays, while the dashboard remains cleaner and easier to manage.
As more intelligent vehicles adopt multi-camera systems, integrated video monitoring is quickly becoming an expected feature rather than an optional upgrade.
RTK GNSS Is Becoming Part of Everyday Equipment
In the past, when people heard about RTK, they would immediately think of high-end surveying equipment.
Today, it is widely used in precision agriculture, tractor auto steering systems, intelligent construction machinery, and autonomous vehicle projects where accurate positioning directly affects efficiency.
The T12 can be configured as an RTK GNSS rugged vehicle terminal with optional centimeter-level positioning capability, providing a reliable platform for applications that require consistent navigation accuracy.
For equipment manufacturers developing RTK GNSS terminals for precision agriculture or smart farming vehicle terminals, the T12 integrates positioning, communication, and computing into a single industrial platform.
A single screen connects not just the vehicle but the entire system.
Today's in-car computers are far more than just a display screen.
It must connect vehicle controllers, cameras, RTK positioning modules, wireless communication devices, and various sensors to serve as the data center for the entire intelligent system.
Therefore, the T12 offers a comprehensive range of interfaces—including CAN Bus, RS232, RS485, Ethernet, 4G, Wi-Fi, and Bluetooth—making integration with various devices effortless.
For OEM and ODM customers, this enables rapid development of diverse projects on a single hardware platform without the need to redesign products for each industry.
Reliability Matters More Than Specifications
Industrial equipment works in environments that office electronics were never designed for.
Dust, vibration, rain, mud, unstable vehicle power, and long operating hours are simply part of everyday work.
That's why reliability remains one of the core priorities behind the T12.
With IP66 protection, a wide 9–36V DC input, compliance with the ISO 7637-II vehicle power standard, and vibration resistance tested to MIL-STD-810G, the T12 is built to operate where ordinary commercial devices cannot.
For customers looking for an IP66 vehicle mounted computer or a rugged vehicle computer for construction equipment, durability is just as important as computing performance.
Ready for OEM and ODM Integration
Every industrial vehicle project is different.
Some customers require additional communication interfaces. Others focus on RTK integration, Linux development, or application-specific hardware customization.
PDS Technology T12 supports flexible OEM and ODM customization to match different vehicle platforms and industry requirements.
As a vehicle mounted computer manufacturer, PDS Technology works with equipment manufacturers and system integrators from prototype development through mass production, helping customers shorten development cycles while reducing integration effort.
Looking Ahead
Industrial vehicles will become more intelligent, more connected, and more data-driven. As that happens, onboard computers must process more information without making operation more complicated.
The T12 was developed with that goal in mind.
Its larger display, dual operating system support, RTK GNSS compatibility, four-channel Full HD camera capability, and industrial communication interfaces are not simply individual features—they work together to create a rugged computing platform for real-world applications.
Whether you're building agricultural machinery, construction equipment, mining vehicles, or intelligent fleet solutions, the T12 is designed to support the next generation of industrial vehicle computing.
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Disclaimer
The information in this article is for reference only. PDS Technology Co., Ltd. assumes no responsibility for errors, omissions, or suitability of the content for specific applications. Product specifications are subject to change without notice. Buyers should verify all technical details with our team before use.
About PDS Technology
PDS Technology is a leading OEM/ODM manufacturer of high-precision RTK GNSS terminals and vehicle computers, serving agriculture, construction, mining, taxi, and logistics industries since 2011.
With 15+ years of automotive-grade R&D experience, we offer rugged, multi-OS (Android/Linux/OpenHarmony) devices featuring RTK centimeter-level positioning, IP66 protection, and AI-ready performance. Our IATF16949-certified factories have produced over 100,000 units deployed globally, holding 30%+ of China's agricultural auto-steering terminal market. We export to Japan, the US, UK, Turkey, Russia, and beyond.
