Global smartphone vendors are gradually moving away from selling low-cost handsets. This shift is driven by ongoing supply chain issues, including a persistent semiconductor shortage affecting the industry’s production costs. As a result, the entry-level smartphone segment, traditionally the most affordable, now faces significant pricing pressures.
Heru Sutadi, Executive Director of ICT Institute, highlights that increased logistics costs, currency fluctuations, and rising raw materials prices—such as memory chips and camera sensors—have lifted manufacturing expenses. These cost hikes lead major brands like Xiaomi, Samsung, and Honor to raise device prices by roughly 5–15%, depending on the product segment. This trend undermines the availability of budget-friendly phones in many markets worldwide.
Pressure on Smartphone Prices Across Segments
While premium smartphones tend to use high-performance chipsets and advanced components, their price increases tend to be higher. However, entry-level devices usually absorb some of the cost to keep prices competitive. Heru points out that mid-range and premium models may see sharper price rises because of their more complex hardware. Nevertheless, entry-level phones are still the most affected by the overall rise in costs due to their thin profit margins.
The spike in component prices is notably related to the stronger demand from artificial intelligence sectors for memory chips. Xiaomi’s President Lu Weibing warned early in 2025 that chip cost inflation would significantly impact smartphone retail prices in 2026. He emphasized that price hikes alone cannot fully offset the increased production expenses, signaling a tougher market environment ahead for budget-friendly devices.
Market Impact on Consumer Behavior and Sales
Price elevation could slow down smartphone sales volumes, especially in the sensitive lower and middle price segments. Consumers often postpone upgrading or opt for more affordable or second-hand devices when prices rise. Heru explains that this behavior can result in extended replacement cycles and a shift toward brands or models offering better price-value balance.
Counterpoint Research projects a 2.1% decline in global smartphone shipments for 2026. This forecast has been revised downward by 2.6 percentage points compared to earlier predictions, mainly due to higher Bill of Materials (BoM) costs and weaker consumer purchasing power. The most impacted are sub-$200 devices (approximately under 3.3 million Indonesian rupiah), which faced a BoM increase of 20-30% since the start of the year. Mid-range and premium phones have also experienced component cost rises of 10-15%.
Strategies by Manufacturers and Governments
To navigate this challenging scenario, smartphone makers are exploring several approaches. These include diversifying their chipset suppliers to reduce dependency risks and optimizing product designs to improve cost efficiency. Expanding product lines with balanced specifications aimed at affordability is another key strategy to retain customer interest.
Marketing efforts such as installment programs, operator bundling, and promotional campaigns remain crucial for encouraging purchases. On the government side, incentives for local assembly industries and semiconductors development can help stabilize supply chains. Additionally, managing currency volatility and logistics costs are vital areas where public policies can support the sector’s health and consumer buying power.
Summary of Factors Affecting Low-Cost Smartphones
- Rising global logistics and raw material costs.
- Semiconductor shortage driving chip prices upward.
- Increased retail prices by 5-15% across smartphone segments.
- Entry-level phones face the greatest cost increase pressure.
- Consumer delay in upgrades due to higher prices.
- Global shipment decline predicted at 2.1% in 2026.
- Manufacturer strategies include supply diversification and product optimization.
- Government’s role in fiscal incentives and supply chain support.
The smartphone market’s shift away from affordable models reflects broader industrial challenges rather than a simple demand change. Sustainability of this trend depends on how manufacturers adapt to cost pressures and consumer acceptance of higher prices. The development of domestic semiconductor production and logistics efficiencies will be crucial for potentially restoring competitive price levels in future.
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