Cao Liang

Q: What is Cao Liang email address?

Email Cao Liang at k_c_liang@yahoo.com and cliang@qualcomm.com. This email is the most updated Cao Liang email found in 2026.

Q: How to contact Cao Liang?

To contact Cao Liang send an email to k_c_liang@yahoo.com or cliang@qualcomm.com.

Principal Engineer at Qualcomm | San Francisco Bay Area

About Cao Liang

Cao Liang is a seasoned Principal Engineer at Qualcomm, bringing over 15 years of extensive experience in RFIC design, particularly in the realms of RX/TX and calibration path design. His expertise spans a diverse range of applications, including cutting-edge technologies such as MM-Wave, LTE, 11ac, 11ax, GPS, and Bluetooth 5.1, with a robust understanding of technology nodes from 14 nm to 90 nm. Currently, Cao serves as the 11ax Wi-Fi Lead for the QCA6XXX series, focusing on delivering high-performance solutions tailored for value-tier customers. His role involves not only the design and integration of advanced RF circuits but also the meticulous verification processes that ensure the reliability and efficiency of these systems in high-volume mass production.

In addition to his work on Wi-Fi technologies, Cao is also the Design and Integration Lead for Bluetooth 5.1 in next-generation flagship mobile applications. This position requires a deep understanding of analog circuit design and RF principles, as well as proficiency in tools like Cadence Virtuoso for circuit simulation and layout. His responsibilities extend to system modeling and link budget analysis, where he collaborates with cross-functional teams to specify architecture that meets the rigorous demands of modern mobile communications. With a solid foundation in electrical engineering and a passion for innovation, Cao Liang continues to drive advancements in wireless technology, ensuring Qualcomm remains at the forefront of the industry. His contributions not only enhance product performance but also pave the way for future developments in the rapidly evolving landscape of wireless communication.

Cao Liang Work