In the wake of digital transformation, scenarios such as industrial sites, data center and base stations, energy power plants, smart manufacturing facilities, and security‑focused campuses no longer require merely data‑acquisition devices; they demand edge‑hardware platforms that deliver local computing power, a rich array of industrial interfaces, stable operation across wide temperature ranges, and compatibility with domestically developed solutions. As a high‑tech enterprise deeply rooted in China’s embedded industrial‑control sector, Xiangcheng Electronics has built a comprehensive lineup of industrial PCs: the EUS XC3568BF_DH environmental‑monitoring host, the IPCA_3588H AI edge gateway, the IPCA_3588E industrial PC, and the XC3576H‑IPC industrial PC—providing end‑to‑end solutions for edge‑deployment challenges, from lightweight environmental‑monitoring data collection to high‑performance AI‑driven visual inference.

EUS XC3568BF_DH Dynamic Environmental Monitoring Host | The Reliable Guardian for Unattended Data Center Operations

Targeting data center, telecom base station, substation, and industrial park power‑environment monitoring applications, the EUS XC3568BF_DH is built on a self‑developed XC3568BF_DH environmental‑monitoring motherboard, powered by Rockchip’s RK3568 quad‑core Cortex‑A55 processor manufactured on a 22nm process, and features an integrated 1‑TOP NPU. It combines multi‑channel data acquisition, video linkage, and multi‑protocol integration into a single platform.

Featuring 10 serial ports, 6 network ports, 16 digital inputs (DI), and 8 digital outputs (DO), this device natively supports industrial protocols such as Modbus and IEC 104. It can simultaneously connect to dozens of sensors—including those for temperature and humidity, smoke detection, water immersion, UPS systems, precision air conditioners, and access control—enabling 24/7 continuous collection of environmental and power‑related data, with proactive fault prediction and sub‑second alarm notifications. It also supports H.264/H.265 video encoding and decoding, and integrates dynamic environmental and power‑monitoring data with live camera feeds for coordinated early warning, transforming traditional passive alarms into intelligent operations and maintenance. With a low‑power design, it is ideally suited for long‑term unattended server rooms, making it the cost‑effective first choice for distributed site‑level environmental and power monitoring.

IPCA_3588H AI Edge Gateway | Flagship-level computing power, bridging the gap between edge and cloud intelligence.

The IPCA_3588H AI edge gateway is powered by an RK3588 octa-core big.LITTLE processor—4×A76 plus 4×A55—with a maximum clock speed of 2.4 GHz. It features a built-in 6 TOPS NPU, delivering robust on-device AI performance while supporting both multimedia processing and multi‑device protocol forwarding.

Equipped with a rich array of industrial serial ports, Gigabit Ethernet interfaces, and USB ports, it can simultaneously connect a large number of front-end cameras, sensors, and PLC devices. In smart park, industrial security, and energy‑inspection applications, it performs AI‑driven analysis on-site—detecting smoke and flames, perimeter intrusions, personnel leaving their posts, and equipment status—enabling local processing of massive video and sensor data. This significantly reduces cloud‑side bandwidth demands while ensuring data privacy and security. Supporting 8K‑resolution encoding and decoding, multi‑screen heterogeneous display output, and compatible with edge‑AI analytics as well as multi‑protocol aggregation and forwarding, it serves as the core gateway for large‑scale IoT projects.

IPCA_3588E Industrial Control Host | A versatile, industry‑grade workhorse for XinChuang applications and a robust platform for smart manufacturing.

The IPCA_3588E industrial PC features an all‑metal chassis built on a self‑developed XC3588E motherboard, delivering efficient industrial‑grade cooling and stable, continuous operation across a wide temperature range. It is designed for high‑end applications such as smart manufacturing, industrial vision, photovoltaic energy storage, government and financial IT innovation, AI‑powered inspection robots, and smart healthcare.

Equipped with the flagship RK3588 computing platform, it features multiple industrial‑grade isolated serial ports, a CAN bus, Gigabit Ethernet, and high‑speed USB, enabling direct connectivity to servo drives, vision cameras, actuators, and a wide range of industrial peripherals—thereby reducing on‑site wiring and secondary development costs. It can deploy AI models for product defect detection, predictive maintenance of production‑line equipment, energy‑storage‑station monitoring, and more, delivering low‑latency local inference and real‑time control commands. Natively compatible with China’s Kylin operating system, it meets the autonomy and controllability requirements of domestic information‑technology innovation (ITI) projects, while also satisfying the stringent standards of industrial automation, energy monitoring, and government‑sector terminals—balancing computational performance, system stability, and compliance with domestic‑made‑in‑China regulations.

XC3576H-IPC Industrial PC | Balanced computing power and cost, the ideal choice for mid-range AI vision applications

The XC3576H-IPC industrial PC is powered by an RK3576 octa-core processor (4×A72 + 4×A53), built on a 8nm process with a base clock of 2.2 GHz, and features a 6 TOPS NPU, striking an optimal balance among performance, power consumption, and project cost. It supports 4K@60fps hardware‑accelerated video encoding and decoding, as well as dual‑display independent output. The system can be equipped with external LiDAR, infrared thermal imaging, and 4G/5G modules, making it ideal for applications such as campus patrol robots, distribution‑room inspections, warehouse visual recognition, lightweight industrial quality inspection, and smart‑education recording and broadcasting. With the YOLO series of object‑detection models enabling efficient local inference and supporting parallel multi‑camera acquisition, it excels at tasks like meter reading, foreign‑object detection, and personnel‑intrusion detection—making it a highly cost‑effective industrial PC host for large‑scale, mid‑range AI vision projects.

The four products form a clearly tiered product portfolio:

EUS XC3568BF_DH: Environmental monitoring and data collection, as well as data center surveillance—lightweight and reliable data acquisition.

XC3576H-IPC: Mid-range AI vision and inspection robots, with a balanced performance-to-cost ratio.

IPCA_3588H: AI edge gateway, multi-channel video aggregation and protocol forwarding

IPCA_3588E: High-end industrial control, machine vision, and indigenous innovation projects, with flagship-level computing power.

The entire product line supports multiple operating systems, including Android, Ubuntu, and the domestically developed Kylin OS, and features a wide range of industrial‑grade isolation interfaces. It also offers OEM/ODM custom development, with memory, storage, and peripheral interfaces configurable to meet specific requirements. From self‑developed motherboards to fully integrated industrial control boxes and all‑in‑one host solutions, Xiangcheng Electronics provides comprehensive technical documentation, low‑level drivers, and robust technical support, helping equipment manufacturers and system integrators shorten project development cycles and mitigate implementation risks.

From data center infrastructure monitoring to intelligent manufacturing, from energy power plants to AI‑driven security, in the era of domestically developed edge computing, Xiangcheng Electronics’ industrial control host series provides a stable and reliable hardware foundation, helping industries across the board achieve digital and intelligent transformation.