Apple has posted a job listing for a Cellular Modem Systems Engineer focused on advancing its work toward 6G connectivity. The role, advertised on the company's careers site, offers a base salary between $175,000 and $308,500 annually, plus stock awards and standard benefits.

The position requires a degree in electrical engineering, computer engineering, or a closely related discipline, along with a minimum of 10 years of professional experience in cellular technology development. Candidates must demonstrate expertise in cellular communication standards and proficiency in programming languages including MATLAB, C/C++, and Python. Preferred qualifications include a history of published research or patents in wireless communications, as well as experience applying generative artificial intelligence and large language model tools to streamline engineering processes.

Responsibilities outlined in the listing include shaping feature requirements for next-generation modems, developing algorithms to enhance performance and energy efficiency, and collaborating with cross-functional hardware and software teams to bring solutions to market. The role emphasizes an end-to-end understanding of wireless systems, spanning 3GPP standards through hardware and software architecture.

Apple describes the opportunity as a chance to influence the evolution of wireless communication at scale as the industry moves beyond 5G. While 6G remains in early research phases, industry groups such as the International Telecommunication Union have projected potential peak speeds of up to 200 gigabits per second — ten times faster than 5G’s theoretical limit — and latency as low as 0.1 milliseconds. AI-driven network optimization is also expected to play a central role in future 6G architectures.

The first formal 6G technical specifications are not expected until the end of 2028, with commercial deployment likely not occurring before 2030. Apple’s hiring initiative reflects broader industry efforts to prepare for next-generation wireless standards still in the foundational research stage.