Samsung is proactively addressing production bottlenecks that have affected the availability of its Galaxy Z Fold8 by expanding its supplier network for display driver integrated circuits (DDIs). Struggling with rising component costs and increasing demand, Samsung's decision to seek additional suppliers reflects the company's commitment to enhancing its production capabilities and ensuring a steady supply of essential components for its devices.
The Samsung Galaxy Z Fold8 has been met with considerable consumer interest; however, the company has encountered challenges in meeting demand due to several constraints. In addition to escalating prices for storage and RAM, Samsung has identified a critical shortfall in display driver chips, which are integral to the functionality of its devices.
Display panel operation diagram (Samsung Display)
DDIs play a crucial role in mobile devices, acting as the communication bridge between the CPU and the display panel. These specialized chips are responsible for controlling sub-pixel rendering, as well as managing color and brightness levels across the screen. Currently, Samsung relies exclusively on the United Microelectronics Corporation (UMC) for its DDI supply.
Recent reports from ZDNet Korea indicate that Samsung's dependence on UMC has become problematic. The company faced production setbacks when UMC, already at maximum capacity, was unable to fulfill Samsung's increased requests for DDI chips. This scarcity forced Samsung to adjust its September production plans for the Galaxy Z Fold8, ultimately affecting revenue expectations.
Samsung Galaxy Z Fold8
| 256GB 12GB RAM | £ 1,299.00 |
€ 1,406.00 |
| 512GB 12GB RAM | £ 1,499.00 |
€ 1,829.00 |
| Show all prices |
To mitigate future supply chain challenges, Samsung is now seeking to diversify its DDI supplier base by potentially collaborating with GlobalFoundries (GF). The company is particularly interested in utilizing GF's 22nm and 28nm production facilities, with plans to integrate these chips into its entry-level Galaxy A-series devices by the end of 2027.
