Qualcomm is advancing AI technology by creating a new chip architecture called high bandwidth compute (HBC) that integrates AI accelerators directly beneath stacked LPDDR memory, significantly reducing data transfer delays and power consumption. This innovation targets AI inference tasks on edge devices such as smartphones, PCs, and vehicles, aiming to improve performance and energy efficiency compared to traditional high-bandwidth memory designs. While similar 3D memory stacking exists in the industry, Qualcomm focuses on power-efficient AI inference rather than training, leveraging its expertise in mobile chip design. The main challenge remains managing heat in compact devices, but Qualcomm believes its materials and power management can handle this. Success could enable more powerful local AI processing, reducing cloud reliance and enhancing privacy and battery life, with upcoming benchmarks and deployments critical to watch.
The global graphene chip market, valued at $4.41 billion in 2025, is projected to grow to $19.78 billion by 2035 with a CAGR of 16.2%. This growth is fueled by rising demand for advanced nanoelectronics, AI computing, and faster communication technol...
Qualcomm's strategic acquisitions have enhanced its CPU, GPU, interconnect, and software capabilities, positioning the company as a future leader in AI beyond its traditional handset market. Management projects $40 billion in non-handset revenues by ...
The American Century U.S. Quality Growth ETF (QGRO) and Quality Value ETF (VALQ) recently completed their index rebalances, adjusting stock weights to reflect market trends. Notable changes include increased weights for Apple, Qualcomm, and Cisco in ...
Qualcomm has doubled its 2029 non-handset revenue target to over $40 billion, signaling a strong shift toward becoming a major AI infrastructure platform. The company’s new Dragonfly CPUs, AI accelerators, and modular software aim to position Qualcom...
Qualcomm announced higher long-term revenue and earnings targets at its investor day, raising its fiscal 2029 non-handset revenue goal to $40 billion from $22 billion. This includes over $15 billion from data centers, $10 billion from automotive, and...
