Amid the ongoing wave of industrial digitalization and domestic IT innovation, industries such as industrial automation, government services, energy, and smart manufacturing are placing increasingly stringent demands on edge‑computing hardware: stability and reliability, independent controllability, wide‑temperature operation, and robust durability, along with on‑device AI inference capabilities. Having深耕ed the embedded edge‑hardware market for many years, Xiangcheng Electronics has officially launched… IPCA_3588E Industrial Control Host , the entire system is equipped with a self-developed XC3588E industrial control motherboard, and we consistently select Brand-new original chip , developing an integrated edge computing terminal that combines domestically produced chips with a domestic operating system, providing a high-performance platform for the localization and replacement efforts across various industries.

Self-developed XC3588E motherboard, a robust computing‑power foundation.

The IPCA_3588E industrial PC features a core built-in with self-developed technology from Xiangcheng Electronics. XC3588E Industrial Control Motherboard , it features the Rockchip RK3588 octa-core 64-bit processor, with a big.LITTLE architecture of 4×A76 + 4×A55, a clock speed of up to 2.4 GHz, and an advanced 8nm process, along with a built-in 6 TOPS native NPU It enables on‑device AI image recognition, object detection, video analytics, and lightweight large‑model inference, eliminating reliance on the cloud and delivering low‑latency processing of edge data. The motherboard offers a rich array of industrial interfaces: dual Gigabit Ethernet ports, six serial ports, dual CAN buses, and two USB ports; it also supports HDMI IN/OUT and includes an M.2 M‑KEY slot for external AI accelerator cards, allowing flexible scaling of computing power. Additionally, it seamlessly integrates with industrial cameras, sensors, servo drives, displays, and other peripherals, reducing on‑site wiring and development costs.

All-metal body, efficient heat dissipation, industrial-grade durability for continuous operation.

IPC A_3588E adopts All-metal unibody casing The design features a housing that combines structural strength with excellent thermal conductivity, while the overall airflow and heat‑dissipation architecture have been optimized to deliver an efficient passive cooling solution, enabling 24/7 continuous, stable operation. The all‑metal enclosure offers robust EMI immunity, dust resistance, and shock/vibration protection, effectively withstanding electromagnetic interference, particulate contamination, and temperature fluctuations typical of industrial environments. It is well‑suited to harsh operating conditions, maintaining stable performance across a wide temperature range. Furthermore, the fanless version eliminates the risk of failures caused by dust accumulation, significantly reducing post‑deployment maintenance burdens—making it a reliable hardware choice for unattended industrial applications.

A domestically developed software and hardware solution, independently controllable.

IPCA_3588E implementation Domestic hardware platform + domestic operating system Fully stack‑level, self‑controlled and independently developed. The hardware is built on the domestically produced RK3588 platform, with Xiangcheng Electronics undertaking in‑house motherboard design and development; at the software level, it features deep‑level adaptation. Galaxy Kylin and Starry Kylin operating systems , while also being compatible Android, Ubuntu systems With domestic‑made system support, data is stored and processed locally, ensuring information security and meeting the indigenous innovation (XinChuang) compliance requirements of sectors such as government affairs, power, and finance. This facilitates rapid localization of projects, reduces reliance on imported hardware, and—thanks to a robust ecosystem of domestically developed tools—shortens the project development cycle.

Widespread adoption across multiple industries, with a rich array of application scenarios.

Smart Manufacturing and Industrial Vision : Product defect detection on the production line, visual quality inspection, production-line data acquisition, and equipment‑status monitoring; local AI‑based recognition with real-time alerts to improve first‑pass yield; dual CAN bus for seamless integration with automated equipment and robotic actuators.

Smart Energy and Photovoltaic Energy Storage Substation, energy storage station, and photovoltaic equipment room environmental and power‑supply monitoring; device data acquisition and anomaly alerts; compliance with the power industry’s information technology innovation requirements; enabling unattended monitoring of equipment rooms.

Smart Park and Security Surveillance : Local AI analysis of multiple video streams, including fire and smoke detection, unauthorized intrusions, and out-of‑position alerts; on‑premises video processing reduces bandwidth consumption, while private‑cloud deployment ensures data security.

Government and Financial IT Innovation Terminals : Domestic‑made business terminals, window‑interaction hosts, and data gateways, all running the Kylin operating system, comply with the self‑reliant and controllable standards of the information technology innovation (ITI) projects.

AI Robots and Edge Control : Inspection robots, mobile robot master control units, multi-sensor fusion, real-time path planning, and on-board computing power to ensure low-latency responses.

Smart medical devices : Medical interactive terminals and edge‑preprocessing hosts for medical imaging, offering stable and reliable performance to meet the localized data‑processing needs of healthcare settings.

Xiangcheng Electronics’ IPCA_3588E industrial control host, built on a self-developed XC3588E motherboard, remains committed to… Brand-new original chip Material Standards Combined with powerful computing capabilities, an all‑metal, high‑efficiency cooling architecture, and a domestically developed ecosystem, it brings high‑performance edge AI to industrial and information‑technology‑independence (XinChuang) applications. Balancing computational performance, stability, and domestic security requirements, it offers a cost‑effective, rapidly deployable, domestically produced edge‑computing hardware platform for industrial intelligence, helping enterprises across sectors achieve domestic‑supply‑chain upgrades.