How a rejected satellite startup became the backbone of global mobile communication networks
Founded in 1985 as a contract research center, Qualcomm survived early skepticism to revolutionize wireless standards. By solving the near-far field effect that once made CDMA technology seem unviable, the company transformed from a struggling satellite firm into the dominant force behind 2G, 5G, and modern mobile computing.
Qualcomm was established in July 1985 by Irwin Jacobs and six colleagues from Linkabit. Initially, the company focused on government and defense projects, but it soon pivoted to commercial success with Omnitracs, a satellite system for trucking companies. Profits from this venture provided the essential capital for Qualcomm to research code-division multiple access (CDMA) technology, a standard that would eventually define the company's trajectory.
The path to dominance was far from certain. In 1989, the Cellular Telephone Industries Association (CTIA) rejected Qualcomm's CDMA proposal in favor of the more established time-division multiple access (TDMA) standard. Critics argued that CDMA could not handle high-volume traffic due to the near-far field effect, where strong signals from nearby phones drowned out distant ones. Qualcomm countered this by patenting a power management system, a 'soft handoff' methodology, and a variable rate encoder. These innovations allowed CDMA to outperform TDMA, eventually leading the CTIA to adopt it as the IS-95A standard in 1993.
Following this victory, Qualcomm underwent a massive restructuring in 1998, laying off 700 employees to shed its loss-making base station manufacturing division. This shift toward a high-margin, fabless business model—focusing on patents and chipsets—proved lucrative. By 2000, the company was the fastest-growing stock on the market. Today, Qualcomm continues to expand its reach through strategic acquisitions, including Nuvia for server CPU technology and various AI-focused firms, while maintaining its role as a central architect of global connectivity.
Source: Qualcomm
