Hygon 1000 Series' First Industrial Control CPU 14XX Debuts in Wuzhen, Selected as One of the "Light of the Internet" Top Ten Products

Hygon's new CPU makes its debut in Wuzhen and is selected as one of the "Top 10 Internet Light" highlights. Source: Semiconductor Horizons. Published: 2026-11-03 09:44. Hygon Information CPU-generated poster. Hygon is working with industry partners to advance the integration of computing power and industrial applications, using a more complete cloud-edge-device layout to support the intelligent upgrading of on-site equipment, enabling AI capabilities to reach deep into production processes and serve the real economy.

On November 2, the 2026 World Internet Conference Wuzhen Summit opened. The 14XX, the first CPU in the Hygon 1000 series aimed at industrial control scenarios, was grandly released and successfully selected as one of the "Top 10 Internet Light Debut Achievements." It is also the first computing power chip selected since the award was established in 2022. The processor further improves Hygon's computing power layout from cloud computing and edge processing to on-site control.

Computing power moves downward, closer to the site

As industrial intelligence advances in depth, tasks such as machine vision, equipment monitoring, and local inference are continuously moving into production sites, placing higher demands on computing power for real-time response, safety and reliability, and deployment adaptability. Bringing computing closer to equipment and enabling data to be processed promptly on site is becoming an important foundation for AI to enter the physical world.

Zhao Xiaoming, general manager of Hygon Information's Sales Support Department, said at the new product launch at the "Internet Light" Expo that in order to meet the extreme requirements of production sites for real-time performance, data security, and bandwidth costs, the Hygon industrial control CPU 14XX adopts a multi-core low-power design, balancing graphics computing power and wide-temperature adaptability, and can fully adapt to a rich range of industrial embedded applications. Its application scenarios broadly cover core fields such as process automation (PA), discrete automation (FA), instrumentation and embedded electronic systems, as well as the industrial Internet of Things and pan-industrial applications, providing underlying computing power support for various demanding industrial scenarios.

Performance adaptation, reliable operation

Superior performance: Based on the self-developed C86 architecture, the CPU 14XX integrates high-speed cache and a GPU module and supports hardware virtualization, meeting the needs of lightweight industrial control applications such as HMI human-machine interfaces, data acquisition, and edge AI inference. The product supports DP and HDMI dual independent display outputs, with a maximum resolution of up to 4K.

Broad compatibility: The CPU 14XX is compatible with DDR4 and DDR5 memory, supports 10 PCIe 4.0 lanes, and provides multiple serial ports, adapting to scenarios such as PLC control, sensor acquisition, and machine vision. Industrial control systems equipped with this chip can be seamlessly replaced, with no modifications needed to the operating system or host computer software, and the migration period can be controlled within two weeks.

Industrial-grade high reliability: It supports wide-temperature operation from minus 40 degrees Celsius to 105 degrees Celsius, with a minimum TDP of 10W, can adapt to fanless cooling solutions, supports 7×24-hour continuous operation, and offers a 10-year long-term supply commitment. The chip integrates SM2, SM3, and SM4 national cryptographic algorithm engines, supports trusted execution environments and secure boot, and strengthens data security protection for industrial control equipment from the hardware level.

Co-building the ecosystem, implementing applications

For chip capabilities to enter industrial sites, they also need to work in coordination with control systems, industry software, and equipment solutions.

Around development and deployment needs, Hygon has built an embedded software ecosystem, providing SDKs, real-time operating systems, development platforms, and basic software for industrial communication and security, supporting common industrial protocols such as EtherCAT, Modbus, MQTT, and OPC UA. On this basis, Hygon demonstrated intelligent and secure trusted PLC and large-scale intelligent and secure DCS solutions, covering equipment forms such as controllers, edge servers, operating terminals, and security gateways, and supporting applications such as on-site control, edge AI, and security protection. Through the coordination of software, hardware, and industry solutions, device-side computing power can be brought closer to production tasks and serve the intelligent upgrading of industrial sites.

From device-side chips to development tools, and then to control systems and industry solutions, Hygon is working with industry partners to advance the integration of computing power and industrial applications, using a more complete cloud-edge-device layout to support the intelligent upgrading of on-site equipment, enabling AI capabilities to reach deep into production processes and serve the real economy.

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