While Africa may not compete with global leaders in advanced chip fabrication in the short term, it is well-positioned to enter key segments of the value chain, including circuit design, assembly, and testing. Kenya's Sillicon Savannah model has the potential to lead the continent's breakthrough in this critical sector, writes Ossama El-Khattib, Export Sales Director at El Sewedy Electric Industries, Egypt.
Africa holds nearly one-third of the world’s critical minerals, including cobalt, copper, graphite, and silicon, key inputs in semiconductor manufacturing. These components are essential to modern digital economies, powering everything from smartphones and autonomous vehicles to advanced military systems and artificial intelligence.
Despite this vast resource base, Africa’s current role in the semiconductor industry is limited as it is largely confined to raw material extraction. The continent contributes less than 1% to the global semiconductor market, a significant gap in higher-value stages such as design, fabrication, and advanced manufacturing.
While this sector has long been dominated by East Asia and North America, the continent is increasingly attracting attention as countries seek to diversify supply chains and enhance resilience amid rising geopolitical tensions and demand.
The continent’s strategic geographic location, bridging Europe, the Middle East, and Asia, further enhances its attractiveness as a future hub for global supply chains
The semiconductor value chain consists of three main stages: raw material extraction, design and fabrication, and assembly, testing, and packaging (ATP). While Africa has a strong position in the first stage due to its mineral wealth, it is still in the early stages of developing capabilities in the latter two.
The continent's challenges include limited infrastructure, insufficient investment, and a shortage of specialized technical expertise. However, these also present significant opportunities, particularly in the ATP segment, which requires lower capital investment compared to fabrication and relies more on skilled yet cost-effective labor, a comparative advantage for many African economies.
The Foundations for Industrial Growth
Several African countries have begun implementing policies to maximize the value of their natural resources, including:
- •Introducing export controls to retain more value locally
- •Strengthening legal frameworks governing mining operations
- •Enhancing transparency in resource contracts
- •Advocating for fairer revenue-sharing mechanisms
- •Promoting local industrialization linked to resource extraction
In 2022, Kenya launched a semiconductor and nanotechnology facility embedded within Dedan Kimathi University of Technology.
In parallel, early-stage initiatives in research and development are emerging, such as specialized centers for microelectronics and nanotechnology, signaling a gradual move toward building a domestic semiconductor ecosystem.
Kenya stands out as one of Africa’s most promising technology hubs, earning the nickname “Silicon Savannah” in reference to Silicon Valley. The country has cultivated a dynamic innovation ecosystem supported by a growing number of startups in electronics and technology.
In 2022, Kenya launched a semiconductor and nanotechnology facility embedded within Dedan Kimathi University of Technology. The effort, led by a company called Semiconductor Technologies Limited, was the first such effort, and its progress since is a good example of some of the early stage challenges moving higher in the critical supply chain present.
In 2023, Kenya attracted nearly $800 million in startup funding, maintaining its position as a leading investment destination in Africa’s tech sector. The country is also making strides in local manufacturing, including initiatives to assemble affordable smartphones and expand digital production capabilities.
Global technology companies such as Amazon Web Services and Microsoft have established development centers in Kenya, further strengthening its digital infrastructure and talent ecosystem.
Such progress is underpinned by Kenya’s long term strategic vision, notably Vision 2030, and supported by a rapidly expanding digital infrastructure, including extensive fiber-optic networks, widespread internet access, and ongoing digital transformation of public services.
Kenya’s semiconductor ambitions have also received international backing through partnerships, grants, and technical cooperation agreements. Investment incentives within special economic zones, along with collaborations with global research institutions, are helping to create a conducive environment for growth.
Additionally, Kenya’s reliance on renewable energy, particularly geothermal power, offers a competitive advantage by reducing energy costs, a critical factor in semiconductor production.
While Africa may not compete with global leaders in advanced chip fabrication in the short term, it is well-positioned to enter key segments of the value chain, including circuit design, assembly, and testing. These entry points can serve as stepping stones toward more advanced manufacturing capabilities over time.
The continent’s strategic geographic location, bridging Europe, the Middle East, and Asia, further enhances its attractiveness as a future hub for global supply chains, particularly as companies seek to mitigate risks associated with geopolitical disruptions.
In a world increasingly defined by supply chain resilience and diversification, Africa is no longer just a source of raw materials. It is a region with the potential to become a strategic partner in shaping the future of global technology. Kenya’s “Silicon Savannah” is not just a national success story, it is a glimpse into what Africa’s semiconductor future could look like.
Africa stands at a pivotal moment, with the potential to become a significant player in the global semiconductor industry. Its abundant natural resources, young and growing workforce, and increasing technological adoption provide a strong foundation for future growth.
Although challenges remain, successful examples such as Kenya demonstrate that with the right policies, investments, and international partnerships, the continent can gradually build a competitive and integrated semiconductor ecosystem.
