Apple recently unveiled its latest MacBook Pro models, featuring 14-inch and 16-inch displays and powered by the new M3 chips. While the design remains similar to the previous generation, significant improvements in performance and connectivity are promised under the hood.
![Macbook](https://51.20.133.74/wp-content/uploads/2023/11/F_WjoucbgAA01aG.jpeg)
Notably, Apple is reportedly planning to launch cellular MacBooks equipped with its custom 5G modems in 2028, marking a shift away from reliance on Qualcomm for modem technology. According to Bloomberg’s Mark Gurman in his Power On newsletter, Apple aims to reduce its dependence on Qualcomm by introducing custom modems.
Despite plans to transition to its custom 5G modems for iPhones by 2026, Apple may remain tethered to Qualcomm for a longer duration. Qualcomm’s 5G modems are currently utilized in the latest iPhone models. However, the move to custom 5G modems is expected to begin with iPhones and gradually extend to other products, including MacBooks.
Gurman speculates that Apple intends to integrate its custom modems into its System-on-a-Chip (SoC), allowing them to be a part of future MacBook designs. Initially, the introduction of cellular technology may be limited to MacBook Pro models before expanding to the more affordable MacBook Air lineup.
This shift towards custom 5G modems for MacBooks is not unprecedented. During the Steve Jobs era, Apple was rumored to consider a cellular version of the MacBook Air. However, logistical challenges related to internal space prevented its realization. With the modem integrated into the SoC, spatial efficiency could be improved, potentially making cellular MacBooks a reality.
Apple’s simultaneous development of custom micro-LED display technology adds another layer to its ongoing innovations. This technology, expected to debut with the Apple Watch, could potentially be implemented in future MacBook models as well. The combination of custom 5G modems and micro-LED displays would further enhance the performance and user experience of Apple’s laptops.
While the transition to custom 5G modems may take some time, Apple’s strategic move to reduce reliance on Qualcomm showcases its commitment to vertical integration and control over its hardware ecosystem. By developing its own modems, Apple can optimize performance, improve power efficiency, and potentially offer unique features and functionalities.
Furthermore, the shift to custom 5G modems aligns with Apple’s broader goal of delivering seamless connectivity across its product lineup. With cellular capabilities, MacBooks would no longer be solely reliant on Wi-Fi networks, providing users with greater flexibility and convenience, especially for those on the go.
As Apple continues to innovate and push the boundaries of technology, the introduction of custom 5G modems in MacBooks represents another step forward in its quest for vertical integration and enhanced user experiences. While the exact details and timeline are yet to be confirmed, Apple’s commitment to developing its own modems signals an exciting future for its MacBook lineup.