It is a 17.3-inch Full HD industrial panel PC with two independent DC power inputs and automatic failover, running the Phytium FT-D2000 8-core ARM64 processor with Kylin OS V10. It exists for installations where the power supply must not be a single point of failure and where a domestic processor is required: electric power substations and grid control, rail transit and signalling rooms, and government or utility networks with Xinchuang requirements.

The panel has two wide-range inputs, DC_IN_1 and DC_IN_2, each accepting 9~36V DC. Both are monitored, and the panel runs from one of them; if that input drops — supply failure, a blown fuse upstream, a loose terminal — it switches to the other automatically in under 20 ms. The two inputs are independent, so a fault on one side cannot take the other down with it.

Nothing. The switchover is OS-transparent: the operating system, the HMI session and any open SCADA connection stay up, and there is no reboot and no operator action. That is the whole point of doing the redundancy in the panel rather than adding an external UPS — a UPS eventually runs out, while a second supply line does not.

Each channel has its own ERROR indicator and a dry-contact alarm output, so the fault is visible on the panel and can be wired into the site’s alarm system. The power modules are hot-swappable: a technician replaces the failed module without shutting the panel down, and the machine keeps running on the other input while that is done.

Because on a growing number of government, utility and state-owned networks in China, a domestic processor is a condition of being connected at all — the Xinchuang requirement. The FT-D2000 is an 8-core ARM64 processor at 2.3 GHz and satisfies that mandate, while still running the HMI, the SCADA client and a local data log on a 17.3-inch Full HD screen. Where no such mandate applies, an Intel-based model in the same family does the same job.

Kylin OS V10 is the standard operating system, fully optimised for the FT-D2000 and the usual choice for Xinchuang-compliant deployments; Ubuntu Linux is available as an alternative. Tell us which one the site standardises on and the panel is installed and tested with it before it ships, including the HMI or SCADA client you intend to run.

2× USB 3.0 and 2× USB 2.0 (Type-A), 4× RS232 on DB9, two Intel I210 Gigabit LAN ports, one audio output and a GND terminal — plus the BlockCore™ i-Function slot, which accepts function modules for 5G, extra LAN ports, CAN or digital I/O. A Mini PCIe socket is available for Wi-Fi/Bluetooth, and a 4G module is an option.

The chassis is 437.0 (W) × 270.0 (H) × 75.1 (D) mm with a cutout of 420 × 253 mm, a display active area of 381.7 × 214.6 mm, a weight of 7 kg and VESA 100 × 100 mounting. A 17.3-inch 1920 × 1080 panel sits behind an IP65 front with 10-point projected-capacitive touch at 350 cd/m² and 450:1. Operating temperature is 0~50℃ with −40~70℃ available, storage is −10~60℃ at 10%~90% humidity, and cooling uses a hot-swappable fan with intelligent thermal control.

Where an HMI that stops causes a real consequence: substation and grid-control rooms where equipment must not restart during a grid event, rail transit and signalling installations where software continuity is a safety matter, water, gas and district-energy SCADA with remote and unattended sites, and government or state-owned networks that require a domestic processor. In all of them the same logic applies: the second power input costs far less than the outage.

Yes — this is an ODM platform. BlockCore™ covers BIOS configuration, booting on your own LOGO and OEM branding, and the i-Function slot takes the interface modules your project needs (5G, multi-LAN, CAN, DIO). Custom I/O arrangements and enclosure branding are quoted per project; the panel, the cutout and the redundant power design stay the same.