For years, Google’s Pixel phones have been the thinking person’s smartphone — admired for their camera prowess and software intelligence, but often dismissed by mainstream buyers who gravitate toward Apple and Samsung. That calculus may be about to change. According to multiple reports, Google is preparing to equip the Pixel 11 with a fully custom-designed modem, a move that would give the company end-to-end control over the most critical wireless component in any phone and potentially transform the Pixel line from a niche favorite into a genuine mass-market contender.
The significance of this development cannot be overstated. A modem is the chip responsible for connecting a phone to cellular networks — handling everything from 5G downloads to voice calls. For more than a decade, Qualcomm has dominated this space, supplying modems to virtually every major Android manufacturer. Apple only recently began shipping its own in-house modem with the iPhone 16e earlier this year, after a bruising multi-year development effort. Google’s push to follow suit signals that the company views modem independence as essential to its hardware ambitions.
From Borrowed Parts to Full Ownership
As reported by MSN, Google has been steadily building toward this moment. The company’s Tensor processors — which debuted with the Pixel 6 in 2021 — were designed in partnership with Samsung, but they still relied on Samsung’s Exynos modems. Those modems were widely regarded as inferior to Qualcomm’s Snapdragon alternatives, resulting in complaints about signal strength, battery drain during cellular use, and inconsistent connectivity. For Pixel enthusiasts, the modem was the Achilles’ heel of an otherwise impressive phone.
The Pixel 10, expected later this year, will reportedly still use a Samsung-fabricated Tensor chip but may begin incorporating elements of Google’s own modem technology. The Pixel 11, however, is where the full transition is expected to occur. According to the MSN report, Google plans to ship a modem that is entirely its own design — not a rebadged Samsung part, but a ground-up Google creation. This would make Google only the fourth company in the world, alongside Qualcomm, MediaTek, and Apple, to ship a smartphone with a fully proprietary modem.
Why Modems Matter More Than Most People Think
To the average consumer, a modem is invisible. But to engineers and industry analysts, it is arguably the most complex single component in a modern smartphone. A modem must simultaneously support multiple cellular standards (4G LTE, 5G sub-6, 5G mmWave), handle carrier aggregation across dozens of frequency bands, manage power consumption with extreme precision, and do all of this while fitting into a chip package smaller than a fingernail. Getting even one of these variables wrong can result in dropped calls, sluggish data speeds, or a phone that burns through its battery by mid-afternoon.
Apple learned this the hard way. The company spent roughly four years and billions of dollars developing its first in-house modem, and the initial version — shipped in the iPhone 16e — was limited to 4G LTE, lacking 5G support entirely. Apple reportedly plans to add 5G capability in subsequent generations, but the slow rollout illustrates how technically demanding modem design can be. Google, which has been quietly hiring modem engineers and acquiring wireless technology patents for several years, appears to be taking a similarly cautious but determined approach.
The AI Integration Angle
What makes Google’s modem ambitions particularly interesting is the company’s stated goal of deeply integrating artificial intelligence across every layer of its hardware. With full control over both the application processor (the Tensor chip) and the modem, Google could theoretically optimize how AI workloads interact with network connectivity in ways that no competitor currently can. Imagine a phone that intelligently pre-fetches data based on predicted user behavior, or one that dynamically adjusts its radio power based on real-time analysis of network conditions — all coordinated by on-device AI models running on a unified chip architecture.
This kind of tight hardware-software integration is precisely what Apple has achieved with its A-series and M-series chips, and it is the primary reason iPhones consistently outperform Android phones with ostensibly superior specifications. Google clearly wants to replicate this model. The Tensor chip was the first step; the custom modem is the next. Together, they would give Google a level of vertical integration that no other Android manufacturer possesses.
Competitive Implications for Samsung and Qualcomm
The ripple effects of Google’s modem push extend well beyond the Pixel lineup. Samsung, which has served as Google’s chip fabrication partner and modem supplier, stands to lose a significant customer. More importantly, if Google’s custom modem proves superior to Samsung’s Exynos modems — which are already under pressure from Qualcomm’s offerings — it could further erode confidence in Samsung’s semiconductor division at a time when the Korean giant is struggling to keep pace with TSMC in advanced chip manufacturing.
Qualcomm, meanwhile, faces a different kind of threat. The San Diego-based chipmaker has long derived enormous revenue and profit from licensing its modem technology. Every major company that develops its own modem — first Apple, now Google — represents a customer that Qualcomm can never win back. While Qualcomm’s Snapdragon modems remain the gold standard for Android devices, the trend toward in-house modem development is unmistakable. MediaTek, which supplies modems for many mid-range and budget phones, could also feel pressure if Google’s modem technology eventually trickles down to more affordable Pixel devices.
What Consumers Should Actually Expect
Industry insiders caution that first-generation custom modems rarely match the performance of established players. Apple’s initial modem lacked 5G. Intel’s modem efforts — which Apple inherited through a 2019 acquisition — were plagued by delays and performance issues for years before Apple could ship anything usable. Google’s first custom modem will almost certainly have limitations, whether in supported frequency bands, 5G performance, or power efficiency.
But the long-term trajectory matters more than the first iteration. If Google can deliver a modem that matches or exceeds Samsung’s Exynos offerings — a relatively low bar, given the widespread criticism of those modems — it would immediately improve the Pixel experience for millions of users. And if subsequent generations close the gap with Qualcomm, Google could find itself with a genuinely differentiated product that offers the best of Android software, Google AI, and custom hardware in a single package.
The Broader Trend Toward Vertical Integration
Google’s modem project is part of a broader industry shift in which the most ambitious technology companies are bringing more and more chip design in-house. Apple pioneered this approach with its move away from Intel processors in Macs and Qualcomm modems in iPhones. Amazon has developed custom server chips for its AWS cloud business. Microsoft is designing custom AI accelerators. Meta is building custom silicon for its data centers. In each case, the motivation is the same: off-the-shelf components impose compromises, and companies with sufficient scale and engineering talent can gain meaningful advantages by designing chips tailored to their specific needs.
For Google, the stakes are particularly high. The Pixel phone is not just a hardware product — it is the primary showcase for Android, Google’s AI capabilities, and the company’s vision for how computing should work. Every weakness in the Pixel hardware undermines that vision. A subpar modem that drops calls or drains batteries sends a message that Google cannot compete with Apple on hardware quality. A custom modem that works well sends the opposite message: that Google is serious about building phones that can stand toe-to-toe with the iPhone.
A Make-or-Break Moment for Pixel
The Pixel 11 is likely still more than a year away from launch, and much can change in that time. Google could encounter unforeseen technical challenges, delay the custom modem to a later generation, or scale back its ambitions. But the direction of travel is clear. Google is investing heavily in becoming a vertically integrated hardware company, and the custom modem is the most visible and consequential piece of that strategy.
If the company executes well, the Pixel 11 could be the phone that finally breaks Google out of its single-digit market share and into genuine competition with Apple and Samsung. If it stumbles, the Pixel line will remain what it has always been: a beloved but marginal product that punches above its weight in software but falls short in the hardware fundamentals that mainstream buyers care about most. Either way, the wireless industry will be watching closely. The modem wars have a new combatant, and the outcome will shape the smartphone market for years to come.