LSN News › India

Business · India Bureau

Qualcomm pins hopes on compact AI models to keep smartphone prices in check

As memory costs surge, chipmaker Qualcomm is banking on smaller, more efficient artificial intelligence models to bring advanced AI capabilities to budget smartphones without inflating prices further.

LSN India · 9 October 2026

Qualcomm pins hopes on compact AI models to keep smartphone prices in check

Qualcomm has signaled that the rollout of AI-powered features across its smartphone portfolio will depend increasingly on the development of compact AI models that require less memory, as rising costs for memory chips threaten to drive up handset prices across price segments.

The semiconductor manufacturer expects advanced artificial intelligence functionality to gradually penetrate lower-cost devices as smaller AI models become more efficient and memory price pressures ease. This shift reflects industry challenges in democratizing AI features without significantly increasing the cost burden on consumers already facing elevated smartphone prices.

For Indian consumers, the development holds particular significance as the country represents one of the world's largest markets for affordable smartphones. Manufacturers and chipmakers have been exploring ways to integrate AI capabilities into budget devices to remain competitive in a price-sensitive market where consumers expect value for money.

The strategy underscores a broader industry trend where AI optimization—rather than raw processing power—will determine how quickly cutting-edge features reach mass-market devices. As competition intensifies, companies that successfully balance AI performance with cost efficiency are likely to gain an edge in emerging markets where price sensitivity remains a critical purchasing factor.

Qualcomm's approach suggests the technology sector is entering a phase where innovation will be driven not merely by computational advances, but by engineering solutions that make AI accessible across multiple price tiers without prohibitively increasing device costs.