Qualcomm has received a US license to sell some 4G smartphone chips to Huawei
(Reuters) - Qualcomm Inc on Friday received a license from the U.S. government to sell 4G mobile phone chips to China's Huawei Technologies Co Ltd, an exemption to U.S. trade restrictions imposed amid rising tensions with China.
Context & Ripple Effects
This license is the partial answer to Qualcomm's summer lobbying push in Washington for permission to keep selling chips into Huawei's phones — though the approval covers 4G silicon, not the 5G parts Qualcomm actually asked for. The company had already telegraphed the arrangement in its Q3 report, which flagged a Huawei license deal alongside flat year-over-year revenue.
The stakes run both ways: Huawei was Qualcomm's chipset customer before the sanctions cut it off, and within months of this approval Qualcomm would be struggling to meet demand as the chip shortage compounded sanctions-related constraints. The license also proved reversible — by early 2023 the Biden administration was weighing pulling these same export permits.
First-order effects
- Qualcomm regains a sanctioned revenue stream, but only at the 4G tier — its higher-margin 5G chips to Huawei remain blocked despite the lobbying effort.
Second-order effects
- Huawei can ship mid-range 4G handsets again but stays locked out of premium 5G devices, pushing it to lean harder on domestic suppliers — a shift visible in later teardowns showing Chinese-made components climbing from roughly a third to over half of its flagship phones.
Third-order effects
- Export licenses become a granular, revocable policy instrument rather than a blanket ban — a structure the Biden administration's later review of revoking Qualcomm's and Intel's permits put to the test, leaving suppliers' Huawei business permanently contingent on Washington's next review.
The trend: US chip export controls are evolving from blanket bans into selectively granted, revocable licenses that ration access to the Chinese market while accelerating Huawei's supply-chain localization.