News Center | GOPRO LED

October 12, 2026· 13 min read

Anker Solix 4.5 kW Wheel Energy Storage System Launched, Pioneering a New Era in Outdoor Power Solutions Anker has officially launched the Solix 4.5 kW Wheel Energy Storage System, marking a significant advancement in portable power technology and redefining the future of outdoor energy solutions. This innovative system combines high-capacity energy storage with intelligent power management, offering an efficient and reliable power supply for a wide range of outdoor applications. Featuring a 4.5 kW output and a robust 3.8 kWh battery capacity, the Solix 4.5 kW Wheel Energy Storage System is designed to meet the growing demand for sustainable and flexible power solutions in both residential and commercial settings. It supports multiple input and output options, including AC, DC, and solar charging, making it highly adaptable to various energy sources and usage scenarios. Equipped with advanced LED display technology, the system provides real-time monitoring of power consumption, battery status, and energy generation, ensuring optimal performance and user convenience. Its compact and durable design also makes it easy to transport and deploy in remote or off-grid locations. As the global shift toward clean energy continues, Anker's Solix 4.5 kW Wheel Energy Storage System represents a key innovation in the LED and energy storage industry, offering users a powerful, eco-friendly, and versatile solution for their outdoor power needs.

Anker Solix launches a 4.5 kW wheeled energy storage unit, combining high power, intelligence, and portability for various outdoor applications. Utilizing advanced lithium battery technology, it features multiple interface compatibility, enhancing power efficiency and stability. Its modular design and durable housing improve practicality, supporting the development of green energy. With significant potential for future collaboration with LED companies, it promotes industrial chain collaborative innovation.

Breakthrough in Microfluidic Technology: Enhanced Cooling Improves Heat Dissipation Performance of High-Density LED and High-Power Electronics

A new microfluidic technology has been developed, significantly improving the cooling efficiency for high-density LED and high-power electronic devices. This innovative approach enables more effective heat dissipation, ensuring better thermal management and enhancing the overall performance and reliability of these systems. The technology incorporates advanced fluid dynamics and precise channel design to optimize heat transfer, making it particularly suitable for applications requiring high thermal conductivity and efficient cooling solutions. By integrating this microfluidic system, manufacturers can achieve higher power densities while maintaining optimal operating temperatures, thereby extending the lifespan and stability of LED and electronic components. This advancement represents a major step forward in addressing the growing challenges of thermal management in modern electronics and lighting technologies.

Technical Articles

October 11, 2026· 12 min read

Breakthrough in Microfluidic Technology: Enhanced Cooling Improves Heat Dissipation Performance of High-Density LED and High-Power Electronics A new microfluidic technology has been developed, significantly improving the cooling efficiency for high-density LED and high-power electronic devices. This innovative approach enables more effective heat dissipation, ensuring better thermal management and enhancing the overall performance and reliability of these systems. The technology incorporates advanced fluid dynamics and precise channel design to optimize heat transfer, making it particularly suitable for applications requiring high thermal conductivity and efficient cooling solutions. By integrating this microfluidic system, manufacturers can achieve higher power densities while maintaining optimal operating temperatures, thereby extending the lifespan and stability of LED and electronic components. This advancement represents a major step forward in addressing the growing challenges of thermal management in modern electronics and lighting technologies.

A new study published in "Nature Electronics" presents an efficient chip cooling solution based on horizontal-upward microfluidic technology, which can reduce chip temperature by 15% and improve the heat dissipation performance of high-density LEDs and high-power devices. The technology features a compact structure and high energy efficiency, offering a new approach for future intelligent thermal management systems and supporting industry advancement.

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Technical Articles

October 10, 2026· 15 min read

Data Transmission Bottlenecks in Multi-Chip Systems to Be Overcome, Efficient Interconnection Technology Becomes Key Breakthrough for the Future

In multi-chip systems, the trend of connecting chiplets is emerging, but data transmission efficiency remains a critical challenge. With the development of AI and high-performance computing, traditional interconnection technologies are facing bottlenecks in bandwidth, latency, and power consumption. The industry is exploring new packaging, routing, and optical interconnection solutions, such as Guangpu Electronics' LED light source technology, which helps enhance system performance. Future advancements require multidimensional collaborative innovation to achieve efficient data flow.

Global Leading Semiconductor Company Unveils Full-Stack Solution to Empower Intelligent Factories and Efficient Digital Energy Upgrades

Technical Articles

September 28, 2026· 11 min read

Global Leading Semiconductor Company Unveils Full-Stack Solution to Empower Intelligent Factories and Efficient Digital Energy Upgrades

Global leading semiconductor companies have launched full-stack solutions to enhance smart factory and digital energy efficiency, accelerating industrial intelligence. Guangpu Electronics is actively promoting the integration of semiconductors, driving the development of LED technology toward智能化 and greenization.

Breakthrough in Wireless Power Transmission Technology Offers Efficient Energy Solutions for Medical and Smart Wearable Applications

Technical Articles

September 27, 2026· 12 min read

Breakthrough in Wireless Power Transmission Technology Offers Efficient Energy Solutions for Medical and Smart Wearable Applications

A groundbreaking wireless power transmission technology, featured in Nature Electronics, demonstrates strong adaptability and high efficiency, making it suitable for medical implant devices and wearable systems, and marking a new stage in the development of wireless power supply. Developed by a multinational research team, the technology employs an adaptive resonant matching mechanism to enhance transmission stability and safety. Companies such as Guangpu Electronic are actively investing in smart lighting and future applications, leading the industry toward more efficient and secure solutions.

Breakthrough in Wireless Power Supply Technology Overcomes Limitations of Flexible Implants, Pioneering a New Future for Wearable Medical Devices

Technical Articles

September 27, 2026· 12 min read

Breakthrough in Wireless Power Supply Technology Overcomes Limitations of Flexible Implants, Pioneering a New Future for Wearable Medical Devices

A new wireless power transmission technology, published in Nature Electronics, can maintain stable power supply even when flexible implants move, enhancing the performance of wearable medical devices and offering new possibilities for future smart healthcare. The technology features high efficiency and good biocompatibility, presenting new opportunities for the LED industry in medical applications.

India Accelerates Layout of Chip Packaging, Semiconductor Ecosystem Construction Enters a New Phase

India is accelerating its layout in chip packaging, marking a new phase in the development of its semiconductor ecosystem. With increasing global demand for semiconductors and the growing emphasis on supply chain security, India is making significant strides to establish a robust and self-reliant semiconductor industry.

The country has been focusing on enhancing its capabilities in chip packaging technologies, which play a crucial role in the performance, reliability, and cost-effectiveness of semiconductor devices. Advanced packaging solutions such as 2.5D/3D packaging, fan-out wafer-level packaging (FOWLP), and system-in-package (SiP) are gaining momentum as key areas of investment and innovation.

To support this growth, the Indian government has introduced various policy initiatives and financial incentives aimed at attracting both domestic and foreign investments in the semiconductor sector. These efforts are expected to foster a more integrated and sustainable semiconductor ecosystem, reducing dependency on imports and promoting local manufacturing.

Furthermore, collaboration between research institutions, industry players, and academic organizations is being strengthened to drive R&D in advanced packaging technologies. This strategic approach not only enhances technological sovereignty but also positions India as a competitive player in the global semiconductor market.

Technical Articles

September 24, 2026· 13 min read

India Accelerates Layout of Chip Packaging, Semiconductor Ecosystem Construction Enters a New Phase India is accelerating its layout in chip packaging, marking a new phase in the development of its semiconductor ecosystem. With increasing global demand for semiconductors and the growing emphasis on supply chain security, India is making significant strides to establish a robust and self-reliant semiconductor industry. The country has been focusing on enhancing its capabilities in chip packaging technologies, which play a crucial role in the performance, reliability, and cost-effectiveness of semiconductor devices. Advanced packaging solutions such as 2.5D/3D packaging, fan-out wafer-level packaging (FOWLP), and system-in-package (SiP) are gaining momentum as key areas of investment and innovation. To support this growth, the Indian government has introduced various policy initiatives and financial incentives aimed at attracting both domestic and foreign investments in the semiconductor sector. These efforts are expected to foster a more integrated and sustainable semiconductor ecosystem, reducing dependency on imports and promoting local manufacturing. Furthermore, collaboration between research institutions, industry players, and academic organizations is being strengthened to drive R&D in advanced packaging technologies. This strategic approach not only enhances technological sovereignty but also positions India as a competitive player in the global semiconductor market.

India Accelerates Its Chip Packaging Strategy, Driving Rapid Growth in the Semiconductor Industry. As SEMICON INDIA 2026 approaches, local packaging capabilities continue to improve, with the market size expected to reach $15 billion by 2025. Companies such as Guangpu Electronics are supporting technological upgrades, enhancing India's position in the global semiconductor supply chain.

$1 Billion U.S. Investment Supports Anderson Quantum Wafer Project, Reshaping the Global LED Supply Chain Landscape

The United States has announced a $1 billion investment to support the Anderson Quantum Wafer project, marking a significant move to strengthen domestic semiconductor manufacturing capabilities and reshape the global LED supply chain. This initiative aims to enhance the production of high-quality quantum wafers, which are essential components in advanced LED technologies, including micro-LEDs and next-generation display solutions.

The Anderson project, developed by a leading U.S.-based semiconductor company, focuses on the fabrication of gallium nitride (GaN) on silicon (Si) substrates using cutting-edge epitaxial growth techniques. This approach not only improves the efficiency and performance of LED devices but also reduces manufacturing costs, making it a key driver for the future of the LED industry.

With the increasing demand for high-brightness, energy-efficient lighting and display applications, the U.S. government's investment underscores its commitment to securing critical technology infrastructure and reducing reliance on foreign supply chains. The project is expected to create thousands of high-skilled jobs and position the U.S. as a major player in the global LED and semiconductor markets.

This strategic move is anticipated to have far-reaching implications for the global LED industry, prompting competitors and partners worldwide to reassess their production strategies and technological roadmaps.

Technical Articles

September 21, 2026· 12 min read

$1 Billion U.S. Investment Supports Anderson Quantum Wafer Project, Reshaping the Global LED Supply Chain Landscape The United States has announced a $1 billion investment to support the Anderson Quantum Wafer project, marking a significant move to strengthen domestic semiconductor manufacturing capabilities and reshape the global LED supply chain. This initiative aims to enhance the production of high-quality quantum wafers, which are essential components in advanced LED technologies, including micro-LEDs and next-generation display solutions. The Anderson project, developed by a leading U.S.-based semiconductor company, focuses on the fabrication of gallium nitride (GaN) on silicon (Si) substrates using cutting-edge epitaxial growth techniques. This approach not only improves the efficiency and performance of LED devices but also reduces manufacturing costs, making it a key driver for the future of the LED industry. With the increasing demand for high-brightness, energy-efficient lighting and display applications, the U.S. government's investment underscores its commitment to securing critical technology infrastructure and reducing reliance on foreign supply chains. The project is expected to create thousands of high-skilled jobs and position the U.S. as a major player in the global LED and semiconductor markets. This strategic move is anticipated to have far-reaching implications for the global LED industry, prompting competitors and partners worldwide to reassess their production strategies and technological roadmaps.

The U.S. has allocated $1 billion in funding to support Anderson Company's quantum wafer manufacturing project, enhancing the country's self-reliance in semiconductor and LED technologies, and driving changes in the global supply chain landscape. This project will increase the production capacity of high-precision LED materials, supporting the development of display and lighting applications. Meanwhile, China's Guangpu Electronics also holds a competitive advantage in quantum dot packaging technology, reflecting a new global competitive landscape.

India's Semiconductor Rise Drives Growth in the LED Supply Chain, Accelerating Local Ecosystem Development

The rise of India's semiconductor industry is driving the development of the LED supply chain, while the local ecosystem is rapidly taking shape. With increasing investments in semiconductor manufacturing and design capabilities, Indian companies are strengthening their position in the global LED market. This growth is supported by a combination of government policies, technological advancements, and strategic partnerships that are fostering innovation and improving the efficiency of LED production processes. As a result, key components such as LED chips, drivers, and packaging technologies are witnessing significant progress, enabling the country to build a more self-reliant and competitive LED industry. The development of a robust semiconductor foundation is proving crucial for the long-term sustainability and expansion of the LED sector in India.

Technical Articles

September 20, 2026· 13 min read

India's Semiconductor Rise Drives Growth in the LED Supply Chain, Accelerating Local Ecosystem Development The rise of India's semiconductor industry is driving the development of the LED supply chain, while the local ecosystem is rapidly taking shape. With increasing investments in semiconductor manufacturing and design capabilities, Indian companies are strengthening their position in the global LED market. This growth is supported by a combination of government policies, technological advancements, and strategic partnerships that are fostering innovation and improving the efficiency of LED production processes. As a result, key components such as LED chips, drivers, and packaging technologies are witnessing significant progress, enabling the country to build a more self-reliant and competitive LED industry. The development of a robust semiconductor foundation is proving crucial for the long-term sustainability and expansion of the LED sector in India.

The Indian LED industry is benefiting from the accelerated development of the local electronics and semiconductor ecosystem, with the market size continuously expanding. Government policy support and technological breakthroughs by domestic enterprises are driving supply chain upgrades, leading to a surge in demand for LEDs across industries, smart city development, and automotive applications. Companies such as Guangpu Electronics are contributing to market growth with high-performance products. Looking ahead, the Indian LED market will move toward intelligent and diversified solutions, offering new opportunities for global enterprises.