QEC-PPC-M-090T: a 9″ EtherCAT MDevice Panel PC for Real-Time HMI, Ethernet, Modbus TCP, and EtherCAT Control

One Box for Control + HMI = Less Integration, Faster Deployment

QEC-PPC-M-090T combines real-time EtherCAT control and a 9” touch HMI into one device, helping SI teams and machine builders:

• reduce components and cabinet complexity,
• shorten commissioning time,
• and improve maintainability with fewer failure points.

To support real-world factory installation and global deployment, QEC-PPC-M-090T features an IP65 front panel and CE / FCC / VCCI certifications — helping teams deploy with confidence and shorten qualification time.
Each QEC-PPC-M unit features a built-in 2GB SLC eMMC, dual EtherCAT ports (for redundancy), one Giga LAN port, three USB ports, a USB debug port (for upload/debug), and HD Audio, which can all be accessed and controlled via an off-the-shelf Library.

Rapid HMI Design with LVGL and 86HMI Editor (Auto Code Generation)

For HMI development, QEC-PPC-M-090T supports LVGL and ICOP’s in-house 86HMI 編輯器. Engineers can build interactive touchscreen HMIs with LVGL widgets, while 86HMI Editor provides a graphical workflow with Auto Code Generation — generating HMI APIs and reducing repetitive manual coding. This helps teams build and iterate customized HMIs faster, especially in projects with frequent UI changes.

Faster Engineering with 86Duino IDE (Open-Source, Arduino-Style)

Automation projects often spend significant effort on software integration—communication, control logic, HMI flows, and diagnostics. With 86Duino IDE, teams can prototype quickly, onboard engineers faster, reuse libraries, and iterate efficiently — ideal for SI and machine builders working under tight schedules.

Industrial Connectivity for Practical System Integration

QEC-PPC-M-090T is designed for real-world deployment, supporting:

• EtherCAT for deterministic device control,
• Modbus TCP for common factory communication needs,
• 與 乙太網路 for system networking, data access, and integration with gateways/SCADA.

This multi-protocol positioning makes it easier to integrate with existing factory infrastructure while maintaining real-time control where it matters most.