Thermal reliability gap at high power density

A surge in demand for data center infrastructure drives hyperscaler procurement teams to accelerate the qualification cycle for GaN.

A surge in demand for data center infrastructure drives hyperscaler procurement teams to accelerate the qualification cycle for GaN.

A surge in demand for data center infrastructure drives hyperscaler procurement teams to accelerate the qualification cycle for GaN.

A major silicon carbide supplier faces production issues, causing a shortage and increasing prices significantly.

A major silicon carbide supplier faces production issues, causing a shortage and increasing prices significantly.

A major silicon carbide supplier faces production issues, causing a shortage and increasing prices significantly.

Academic research reveals new methods to enhance GaN reliability, leading to rapid industry adoption and accelerated deployment cycles.

Academic research reveals new methods to enhance GaN reliability, leading to rapid industry adoption and accelerated deployment cycles.

Extensive testing confirms GaN's reliability at extreme power densities, accelerating its adoption in hyperscaler data centers.

Academic research reveals new methods to enhance GaN reliability, leading to rapid industry adoption and accelerated deployment cycles.

Extensive testing confirms GaN's reliability at extreme power densities, accelerating its adoption in hyperscaler data centers.

Extensive testing confirms GaN's reliability at extreme power densities, accelerating its adoption in hyperscaler data centers.

New regulations mandate the use of semiconductors with high reliability in extreme power density applications, favoring GaN.

New regulations mandate the use of semiconductors with high reliability in extreme power density applications, favoring GaN.

New regulations mandate the use of semiconductors with high reliability in extreme power density applications, favoring GaN.

The market for semiconductor devices saturates, leading procurement engineers to prioritize cost over long-term reliability concerns.

The market for semiconductor devices saturates, leading procurement engineers to prioritize cost over long-term reliability concerns.

The market for semiconductor devices saturates, leading procurement engineers to prioritize cost over long-term reliability concerns.

A leading silicon carbide company produces an overabundance of materials, driving down prices beyond the economic viability of GaN.

A leading silicon carbide company produces an overabundance of materials, driving down prices beyond the economic viability of GaN.

A leading silicon carbide company produces an overabundance of materials, driving down prices beyond the economic viability of GaN.

A new startup emerges with a disruptive technology that outperforms both GaN and silicon carbide, capturing market share quickly.

A new startup emerges with a disruptive technology that outperforms both GaN and silicon carbide, capturing market share quickly.

A major GaN manufacturer releases a new device that eliminates trapping effects and self-heating at high power densities.

A new startup emerges with a disruptive technology that outperforms both GaN and silicon carbide, capturing market share quickly.

A major GaN manufacturer releases a new device that eliminates trapping effects and self-heating at high power densities.

A major GaN manufacturer releases a new device that eliminates trapping effects and self-heating at high power densities.

New regulatory guidelines favor silicon carbide for high-power applications, discouraging the use of GaN in hyperscaler data centers.

New regulatory guidelines favor silicon carbide for high-power applications, discouraging the use of GaN in hyperscaler data centers.

New regulatory guidelines favor silicon carbide for high-power applications, discouraging the use of GaN in hyperscaler data centers.