GAIE 2026 | AI smart terminals, customers produce ideas, we produce products, and IPDM makes innovation easier!

From May 14 to 16,2026, the 2026 Global AI Device Expo and the 7th Shenzhen International Artificial Intelligence Exhibition (GAIE 2026) were held in Shenzhen Convention and Exhibition Center (Futian). With the theme of "Opening the Future·Everything Reborn", this exhibition focuses on core fields such as AI terminals, large models, computing power and embodied intelligence, bringing together nearly 500 exhibitors and more than 50,000 industry practitioners.

At present, AI terminal industry iterates rapidly, and innovative enterprises generally face multiple challenges from prototype to mass production: cumbersome R & D link, long engineering transformation cycle, insufficient pilot test verification, insufficient stability of mass production, high cost control pressure, and a large number of innovative technologies are difficult to efficiently move to commercial implementation.

KINGBROTHER launched the IPDM solution for the artificial intelligence industry at this exhibition. With one-stop engineering service capabilities, it opens up the entire process of "design-R & D-pilot test-mass production" for innovative companies and effectively solves the pain points of AI hardware engineering.

2026 Global Artificial Intelligence Terminal Exhibition and Shenzhen International Artificial Intelligence Exhibition

Focus on multiple AI scenarios and use IPDM to solve hardware engineering problems Relying on the full-link IPDM technical service system, KINGBROTHER provides customized solutions for the core pain points of innovative enterprises in key scenarios such as specific intelligence and AI computing power, helping enterprises quickly achieve product scale implementation:

Scenario 1: Industrial Manufacturing and Robotics

For humanoid robots, industrial robots, service robots and other personalized intelligent terminals, it provides a full-chain solution covering power supply, control, communication, and drive, helping robot companies accelerate prototype transformation and commercial implementation.

Scenario 2: Computing infrastructure

Launched cloud training and reasoning IPDM solutions for hardware scenarios such as servers and AI computing power clusters, providing capability support for core requirements such as high-density heat dissipation, high-current power supply, high-speed signal transmission, and long-term high-load operation, and comprehensively improving the stability of computing power equipment. Sex and operating efficiency.

Scenario 3: Smart Cars and Transportation

For on-board intelligent hardware such as domain controllers and BMS battery management, it provides vehicle-level IPDM solutions to meet the design and production requirements of intelligent driving in terms of vehicle-scale reliability, functional safety, and wide temperature range environment, and provides large-scale mass production. Provide solid guarantee.

Scenario 4: Electric Energy

Launched the Energy Storage Monitoring and Management System (EMS) IPDM solution to provide strong support in terms of hardware heat dissipation, large current carrying, long-term operation reliability, and sampling accuracy guarantee to ensure stable and efficient operation of the energy storage system.

Scenario 5: Consumer Electronics

For intelligent hardware such as AR/VR and edge terminals, we launch end-side reasoning IPDM solutions to accelerate the rapid development and batch launch of end-side intelligent products with highly integrated and low-power hardware products.

Artificial intelligence industry IPDM solutions cover five key scenarios

Build a specific intelligent ecosystem and share AI hardware pilot mass production practices

During the same period of the exhibition, Luo Jian, deputy general manager of KINGBROTHER IPM Business Unit, was invited to attend the "Personalized Intelligent Ecosystem Conference" to share practical experience on how innovative companies can quickly complete AI hardware engineering and achieve large-scale implementation.

Luo Jian pointed out that the core bottleneck of the specific intelligent industry is insufficient hardware engineering capabilities. Based on the AI terminal pilot test platform, KINGBROTHER builds a full life cycle service closed loop from design and development, pilot test certification to mass production. It integrates PCB, IPD integrated design, and IPM integrated manufacturing capabilities to help innovative companies solve software and hardware integration in one stop., full-chain engineering problems such as integration, cost control, high-precision manufacturing, and mass production.

At present, this model has been applied to education and entertainment, medical care, home service robots and other fields, helping many leading enterprises complete engineering transformation and promoting the commercial implementation of technological achievements.

Luo Jian, Deputy General Manager of KINGBROTHER IPM, delivered a speech and shared

Based on the real needs of customers, display hard-core products on site

During the exhibition, KINGBROTHER displayed a variety of hardware products and solutions suitable for the industry based on customers 'actual scene needs, and provided technical answering and consulting support to visiting companies to help solve hardware R & D and production problems.

In response to the customization requirements of a humanoid robot control system put forward by an innovative company-it needs to adapt to industrial scenarios with high computing power, high real-time, and miniaturization, and at the same time meet the requirements of strong electromagnetic compatibility, low power consumption and long battery life, the KINGBROTHER team responded quickly on site. Based on the advantages of IPDM capabilities, we introduced the full-process support path from scheme design, R & D verification to mass production implementation to the customer system. The service model and professional capabilities were highly recognized by customers, and preliminary cooperation intentions were reached.

• Highly anti-interference industrial-grade 7-inch smart terminal, suitable for complex environments such as smart grid and industrial automation;

• Intelligent robot main control system integrates communication, data processing and motion control to provide a stable control core for automated equipment;

• High-precision and sophisticated PCB products such as AI computing boards, AI accelerator cards, and server carrier boards have the characteristics of high speed, high precision and high reliability.