Samsung and Broadcom have signed a major semiconductor Memorandum of Understanding. The agreement could exceed $200 billion over five years. The companies announced it at the AI Summit in San Francisco.
The deal targets next-generation chips for AI infrastructure, networking, and connectivity. It also shows how fast hardware demand is changing. Telecom networks now need more computing power, faster data movement, and lower energy use.
Under the agreement, Samsung will supply advanced memory products to Broadcom. These include High Bandwidth Memory, often called HBM. HBM helps chips move large amounts of data quickly. That matters when AI systems process huge datasets in real time.
At the same time, both companies will collaborate on Samsung’s 2-nanometre manufacturing process. This refers to extremely small chip features. Smaller features can improve performance and reduce power use. However, these processes also demand major investment and careful production control.
The partnership also covers advanced chip packaging. Samsung and Broadcom plan to work on 2.3D and 2.5D packaging technologies. These methods place several chip components close together. As a result, data travels shorter distances inside the package.
For telecom and cloud providers, this could improve AI workloads at scale. Faster chips can support network automation, traffic analysis, security tools, and edge services. They can also support AI systems inside future radio and core networks.
Still, the market will watch execution closely. Advanced chip production remains expensive and technically demanding. Supply chains also face pressure from regional policy, materials shortages, and strong global demand. A partnership of this size can reduce risk, but not remove it.
Samsung Electronics Vice Chairman & CEO of the Device Solutions Division, Young Hyun Jun, said: “AI is driving unprecedented demand for tightly integrated semiconductor technologies spanning memory, logic and advanced packaging.
“By expanding our collaboration with Broadcom across these critical technologies, we look forward to delivering greater value to customers while advancing the AI infrastructure of the future.”
The comments highlight a wider shift in semiconductor strategy. Memory, logic, and packaging no longer develop in isolation. AI systems need all three to work together efficiently. That makes cooperation across the chip ecosystem more important.
Broadcom President of Semiconductor Solutions Group, Charlie Kawwas, said: “As AI infrastructure continues to scale, close collaboration across the semiconductor ecosystem becomes increasingly important.
“By combining Samsung’s memory and foundry expertise with Broadcom’s AI and connectivity leadership, we aim to continue to deliver technologies that power the next generation of AI infrastructure.”
For network operators, the agreement points to stronger hardware foundations. AI growth will affect data centres, transport networks, and 5G evolution. Better chips may enable faster services and smarter operations.
However, customers will expect clear gains in cost, energy efficiency, and availability. The next five years will test whether this $200 billion framework can deliver those results.
