Google is dropping Samsung modems for the Pixel 11, and it’s the only upgrade I actually care about Google’s decision to replace Samsung modems in the Pixel 11 with internally developed solutions marks a significant shift in its hardware strategy. After years of relying on external suppliers for cellular connectivity, the company is moving toward full vertical integration with its upcoming Tensor G6 chipset. This change addresses longstanding concerns about modem performance, power efficiency, and feature timing that have affected previous Pixel generations. The Pixel 11 series, expected to launch in August 2026, will feature Google’s first fully in-house 5G modem integrated directly into the Tensor G6 system-on-chip. Built on a 2nm process, this advancement promises improved signal stability, faster upload and download speeds, and better battery life during active cellular use. Unlike earlier models that used discrete Samsung modems requiring separate power management and signal routing, the integrated design reduces latency and minimizes power loss between components. This move resolves a persistent pain point for Pixel users. Previous Tensor chips paired with Samsung modems showed inconsistent real-world performance, particularly in areas with weak signal strength or during handoffs between towers. Users frequently reported dropped calls, slower-than-expected 5G speeds, and unexplained battery drain—issues often traced to modem inefficiencies rather than the application processor. By bringing modem development in-house, Google gains complete control over firmware updates, power optimization algorithms, and antenna tuning coordination—factors that directly impact daily usability. The Tensor G6 also incorporates a new Titan M3 security chip and an upgraded MediaTek-assisted 5G subsystem for enhanced carrier aggregation and mmWave support. Even as MediaTek continues to assist with certain baseband functionalities, the core modem intellectual property and stack now originate from Google’s internal silicon team. This hybrid approach allows Google to retain proven RF expertise while asserting greater influence over feature prioritization and security patching timelines. Battery life improvements are expected to be most noticeable during prolonged LTE/5G use, such as video streaming or navigation. Early leak indicators suggest up to 15% better efficiency in cellular-bound tasks compared to the Pixel 10’s Tensor G3 and Samsung modem combination. Combined with rumored advancements in display materials and thermal management, the Pixel 11 could deliver the first truly all-day Pixel experience under heavy modem load. Google’s shift away from Samsung modems reflects a broader industry trend seen in Apple’s transition to its own 5G modems and Qualcomm’s push for integrated solutions. For Google, it represents a maturation of its silicon ambitions—moving beyond AI-focused tensor cores to control the full connectivity stack. While camera upgrades and design refinements often dominate Pixel conversations, this modem change may prove to be the most impactful upgrade for everyday users who prioritize reliable calls, consistent data speeds, and longer battery life over peak benchmark scores. As the Pixel 11 approaches its anticipated August 2026 release, this internal modem development stands out not as a speculative rumor, but as a measurable step toward resolving one of the platform’s most criticized shortcomings. For users frustrated by inconsistent connectivity, it’s not just an upgrade—it’s a long-overdue fix.
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