By 2027, Apple aims to significantly advance its iPhone and iPad capabilities, driven by a pressing need to stay ahead of the competition. Despite initial momentum, Apple’s modem growth has encountered unexpected technical hurdles. Apple’s first proprietary modem is expected to launch, initially integrated into the rumored iPhone “Slim” and entry-level iPads.
By 2026, Apple is set to debut a two-stage deployment of its next-generation modem, which will integrate cutting-edge millimetre wave (mmWave) technology, coinciding with the release of iPhone 18 and premium iPads. By 2027, Apple aims to launch the “Prometheus” modem, poised to outstrip Qualcomm’s offerings with advanced capabilities including support for next-generation satellite TV networks and AI-driven features.
The new iPhone SE may be the first to debut Apple’s proprietary in-house modem.
The forthcoming modem is expected to support dual-SIM standby mode, allowing for the simultaneous connection of two active lines; yet, it may not match Qualcomm’s performance in certain specific areas. Without mmWave assist, this device will struggle to fully leverage the potential of high-speed networks available in certain urban zones.
Moreover, it will enable four-carrier aggregation as a more efficient alternative to six, thereby capping its maximum bandwidth potential. While theoretical peak speeds are influenced by these limitations, actual performance is frequently compromised by a range of factors, including these considerations.
As part of its strategy to reduce dependence on external vendors and increase control over critical technologies, Apple’s gradual transition to in-house modem development is a deliberate move towards greater self-sufficiency. Will Apple’s transition prove decisive in surpassing Qualcomm’s industry-standard benchmarks?
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