How AI Is Ending Asia's Era of Cheap Laptops and Phones

For Ahmed*, a Nigerian civil servant earning roughly $220 a month, the barrier to learning data analysis was not motivation. 

It was a laptop. 

His current machine still ran on an older hard disk drive and had only 4GB of RAM. To comfortably use tools like Excel, SQL, Power BI, and Python, he needed to upgrade to an SSD and at least 8GB of RAM. 

That upgrade would cost between $66 and $96. A few years ago, local repair estimates suggested a similar RAM-and-storage upgrade could have cost closer to $30 to $50. 

In global terms, that’s a modest upgrade. For Ahmed, though, it represents roughly 30% to 43% of one month's salary and is enough to delay a learning journey that could improve his earning power. 

Ahmed's problem may look personal. But it sits inside a much larger question: in an AI era where computing power is becoming more valuable, who still gets to own, upgrade, and maintain capable devices? 

How Asia Made Tech Affordable for Everyone 

Asia is central to this story because it sits at the heart of the global consumer-tech supply chain. In previous years, Taiwan has provided an advanced chipmaking base. TSMC's leadership in process technologies such as 7nm, 5nm, and 3nm helps power the chips used in smartphones, AI processors, PCs, and other high-performance devices. 

South Korea, meanwhile, supplies the memory backbone. Samsung and SK hynix together accounted for about two-thirds of the global DRAM market in Q1 2026, with Samsung at 38% and SK hynix at 29%. That makes South Korea central to the cost of phones, PCs, AI servers, and other connected devices. 

China provides the scale. In smartphones, Chinese brands such as Xiaomi, OPPO, and vivo ranked among the world’s top five vendors in Q1 2026, while Transsion retained a 44% share of Africa’s smartphone market in Q25 through brands including TECNO, itel, and Infinix.