Vietnam Positions for 6G Development With Engineering Talent and Semiconductor Push

Building Blocks in Place

Vietnam holds the fundamentals needed to participate in the development of 6G wireless technology, according to Dr. Durga Malladi at Qualcomm Technologies, Inc. The country's young engineering workforce, expanding startup scene, and heightened national attention to artificial intelligence and semiconductor manufacturing combine to create what Malladi describes as a strong foundation for a larger role in next-generation connectivity.

The assessment arrives as global chipmakers and telecom infrastructure providers begin early-stage research into 6G, expected to deploy commercially in the 2030s. While 5G networks continue rolling out across Southeast Asia, attention among industry leaders is already shifting to the successor standard that will underpin autonomous systems, immersive digital environments, and industrial automation at scale.

Regional Competition and National Strategy

Vietnam's ambitions in advanced wireless technology sit within a broader regional contest. Singapore has positioned itself as a testbed for 6G research through partnerships with Nokia and Ericsson. South Korea allocated $220 million in 2024 for 6G development, targeting commercial deployment by 2028. China's state-backed research institutes have filed more than 40 percent of global 6G-related patents as of early 2025, according to data from the Japan Patent Office.

For Vietnam, the opportunity hinges on leveraging existing strengths. The country graduates approximately 50,000 engineers annually, many specializing in electronics and telecommunications. Hanoi and Ho Chi Minh City have seen a rise in hardware and software startups focused on Internet of Things devices, edge computing, and connectivity solutions. Government policy has shifted in recent years to prioritize semiconductor fabrication and AI development, with incentives for foreign direct investment in high-tech manufacturing.

Qualcomm's Footprint and Broader Engagement

Qualcomm operates research and development facilities in several Southeast Asian markets, including Vietnam. The company has collaborated with Vietnamese telecom operators on 5G trials and has worked with local universities on engineering training programs. Dr. Malladi's remarks reflect a broader pattern of multinational technology firms assessing where to allocate resources for 6G research, testing, and eventual production.

The calculus involves more than engineering talent. Infrastructure, regulatory clarity, intellectual property protection, and access to regional supply chains all factor into decisions about where to site advanced wireless development. Vietnam has made strides in each area, though gaps remain compared to more mature markets.

Technical and Economic Stakes

6G technology is expected to deliver peak data rates exceeding 1 terabit per second, latency below one millisecond, and support for up to 10 million connected devices per square kilometer. These capabilities will enable applications that current networks cannot support, from real-time holographic communication to coordinated swarms of autonomous vehicles and drones.

The economic stakes are substantial. A 2025 report from the GSM Association projected that 6G-enabled services could generate $800 billion in annual revenue globally by 2040. Countries and companies that shape the standard, hold key patents, and manufacture critical components stand to capture outsized shares of that value.

For Vietnam, participation in 6G development offers a path to move up the value chain from assembly and basic manufacturing to design, research, and intellectual property creation. The country has set a target of becoming a regional semiconductor hub by 2030, with plans to attract $30 billion in chip-related investment over the next decade. 6G technology and semiconductor manufacturing are tightly linked, as next-generation wireless will demand advanced radio frequency chips, signal processors, and integrated circuits.

Challenges Ahead

Vietnam faces hurdles in translating potential into tangible contributions. The country lacks large-scale semiconductor fabrication plants, with most existing facilities focused on packaging and testing rather than chip design or wafer production. Research and development spending as a percentage of GDP remains below 1 percent, well behind South Korea's 4.8 percent and Singapore's 2.2 percent.

Talent retention is another concern. Many Vietnamese engineers trained at domestic universities move abroad for higher salaries and advanced research opportunities. Reversing that flow will require sustained investment in research infrastructure, competitive compensation, and collaboration with global technology leaders.

Regulatory frameworks for spectrum allocation, data privacy, and cross-border data flows will also need refinement as 6G research progresses. Early engagement with international standards bodies and alignment with regional partners will be essential for Vietnam to influence the technical specifications that define 6G.

The timeline for 6G deployment remains fluid. Industry consensus points to commercial launch sometime between 2028 and 2032, with widespread adoption extending into the following decade. That window gives Vietnam time to build capacity, but also means competitors are moving quickly. The next two to three years will be critical for establishing research partnerships, securing investment, and demonstrating technical capability in key areas such as terahertz communication, AI-native network architecture, and quantum-resistant security protocols.

Vietnam's role in 6G will ultimately depend on how effectively the country mobilizes its engineering base, attracts capital, and integrates into global technology supply chains. The fundamentals are present, but execution will determine whether potential translates into leadership.