Chip packaging evolves to support connected futures

As 5G, edge, and loT scale globally, chip packaging plays a critical role in delivering low-latency, energy-efficient connectivity at both core and edge.

- BY SHETAL MEHTA

The semiconductor industry is entering a phase of transition that highlights the complementary roles of legacy and advanced packaging technologies.

For decades, established methods such as wire bonding and single-die packaging have supported large-scale electronics manufacturing, powering consumer products, communication systems, and industrial applications. These techniques continue to be widely used due to their cost-efficiency, reliability, and scalability across diverse devices.

Simultaneously, as devices demand smaller footprints, greater data throughput, and improved energy efficiency, the adoption of advanced packaging technologies is accelerating. This shift does not suggest the obsolescence of legacy packaging. Rather, the industry appears set for a period of coexistence, where mature solutions address established needs while advanced packaging supports emerging, high-performance applications.

LEGACY PACKAGING IN CONNECTED ECOSYSTEMS

Legacy packaging continues to serve the industry effectively at scale. Its established processes, proven yield, and ability to support high-volume production make it a dependable choice for manufacturers. Traditional computing, consumer electronics, and industrial systems still rely on these methods, where performance requirements are met without added design complexity or cost.

For many markets—especially those prioritising affordability, product longevity, and secure supply chains—legacy packaging remains integral. Instead of being phased out, it continues to provide a stable base that supports both incremental and advanced innovation.

ADVANCED PACKAGING POWERS DATA DEMANDS