IE32

The Winmate IE32 embedded motherboard is designed for compact embedded control, industrial HMI, and automation systems that need efficient Intel performance. In Winmate’s product planning, board selection is usually based on the complete system design rather than just the board size, so this platform is best evaluated alongside installation space, interface demand, and long-term service requirements.

The IE32 embedded motherboard uses the Intel® Celeron® N6211 processor. This provides buyers with a compact x86 platform for embedded and industrial workloads, while the final configuration should still be aligned with the application’s performance target, thermal conditions, and operating environment.

In Winmate’s product planning, the motherboard form factor refers to the board’s physical size, mounting layout, and expansion structure. For the IE32 embedded motherboard, this directly affects chassis design, port placement, cooling strategy, and upgrade flexibility. Smaller platforms help reduce installation footprints while still supporting necessary I/O and reliable performance.

The IE32 embedded motherboard supports DDR4 3200 memory up to 16GB. Memory selection should be matched to the intended workload, especially for applications involving multitasking, edge analytics, graphics, or data-intensive control processes.

The IE32 embedded motherboard supports M.2 2242 B-Key SATA III SSD plus optional SATA III 2.5-inch storage. For Winmate-related industrial use cases, storage planning should consider boot speed, data logging needs, maintenance access, and whether the application benefits more from compact flash storage, additional drive capacity, or both.

The IE32 embedded motherboard provides dual 2.5 Gigabit LAN RJ45 connectors. In industrial deployment, network choice impacts system architecture, cable routing, and connected device strategy, so buyers should match the board’s Ethernet capability to their real-world communication and field integration requirements.

The IE32 embedded motherboard supports optional HDMI 2.0, default LVDS, and optional eDP, along with practical embedded I/O for industrial integration. This type of flexibility is important because chassis compatibility, connector clearance, display routing, and peripheral support all influence how easily the finished system can be deployed and maintained.

Yes. The IE32 embedded motherboard supports an M.2 2230 E-Key slot for optional WLAN modules. For compact industrial systems, expansion planning should balance footprint, thermal headroom, and future upgrade needs rather than just focusing on connector counts. It is a practical choice for projects prioritizing stable performance, standard industrial interfaces, and a balanced cost-performance profile.

The IE32 embedded motherboard supports Windows 11 IoT Enterprise, Windows 11 Pro, Windows 10 IoT Enterprise, and Ubuntu 22.04 with TPM 2.0 and uses a 12V DC power input. In Winmate’s product selection, power architecture should first be matched to the deployment environment, paying attention to input stability, thermal design, security requirements, and the surrounding application ecosystem.

Yes. The IE32 embedded motherboard is specified for 0°C to 60°C operating temperature, -40°C to 70°C storage temperature, 10% to 95% non-condensing humidity, and CE/FCC compliance. With Winmate products, compatibility is evaluated at the system level: board dimensions, mounting patterns, I/O clearances, power input, and cooling space are all vital. Therefore, the right platform should be selected according to the ruggedness, operating environment, and application-specific integration needs.