The graphics processing capabilities of 3.5 inch industrial motherboards vary greatly depending on their design uses and configurations.
First, you need to consider the type of graphics card integrated into the motherboard. Some basic 3.5-inch industrial motherboards may only be equipped with simple integrated graphics cards, whose graphics processing capabilities are relatively weak and can only meet general display needs, such as basic 2D graphics display, simple office software interfaces and low-resolution Video playback. This kind of integrated graphics card usually does not have powerful 3D graphics rendering capabilities and is difficult to support tasks with high graphics performance requirements such as complex graphic design, gaming or high-definition video editing.
However, there are also some high-end 3.5-inch industrial motherboards that use integrated graphics cards with better performance, or provide expansion slots to support independent graphics cards. These motherboards offer significant improvements in graphics capabilities. They can smoothly handle medium-resolution 3D graphics and are suitable for some industrial applications that have certain graphics requirements, such as simple machine vision inspection, animation effect display in industrial control interfaces, etc.
When evaluating graphics processing capabilities, you also need to pay attention to the video memory capacity and bandwidth of the graphics card. Larger video memory capacity can store more graphics data, thereby reducing lags and delays when processing complex graphics. The high bandwidth helps to quickly transmit graphics data and improve the efficiency of graphics processing.
In addition, the display output interface supported by the motherboard will also affect the effect and scope of graphics processing. Common interfaces include VGA, DVI, HDMI, DisplayPort, etc. The maximum resolution and refresh rate supported by different interfaces vary. For example, the HDMI 2.0 interface can support 4K resolution and a refresh rate of 60Hz, while the older VGA interface has greater limitations in resolution and refresh rate.
For example, in an automated production line monitoring system, the 3.5-inch industrial motherboard used is equipped with a medium-performance integrated graphics card and HDMI interface, which can display clear and smooth production line monitoring images in real time, satisfying the need for intuitive observation of the production process. need. But if you are in an industrial design studio that needs to display complex 3D models, you may need to choose a 3.5-inch industrial motherboard with an expansion slot that can install a high-performance independent graphics card to achieve rapid processing of complex 3D graphics. and high-quality display.
To sum up, the graphics processing capabilities of 3.5 inch industrial motherboard vary depending on the positioning and configuration of the product. When selecting, factors such as integrated graphics card performance, video memory capacity, bandwidth, display output interface, etc. should be considered based on specific application scenarios and graphics processing performance requirements to ensure that the selected motherboard can meet the graphics processing needs in industrial applications.
