Google’s Pixel 11 series has reportedly received an important connectivity upgrade alongside the new Tensor G6 chipset. According to details that have surfaced online, the Pixel 11 lineup uses a new modem supplied by MediaTek, marking a reported change from the Samsung-built modem solutions used in earlier Tensor generations.
The Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL and Pixel 11 Pro Fold are all powered by the Tensor G6. Google says the new chipset is built using a 3nm manufacturing process and comes with an all-new modem designed to improve reliability, speed and power efficiency.
Modem
According to the Google Pixel 11 Pro product page on the company’s online store, the Tensor G6 features an “all-new modem”. Google says the new component is faster and more reliable while also improving power efficiency.
The company has, however, included an important qualification in its product information. Google says the performance claims are based on average results from internal testing conducted with pre-production devices under controlled laboratory conditions.
That means real-world performance can vary depending on factors such as network conditions, carrier support, location and usage.
A report from 9to5Google claims that the new modem is supplied by MediaTek. If accurate, the change represents a notable shift in Google’s modem strategy for its Tensor-powered smartphones.
Efficiency
Modem efficiency matters because the component is responsible for maintaining cellular connectivity, including mobile data and other network functions.
A more efficient modem can potentially reduce the amount of power used during network activity. That could have an effect on battery endurance, particularly when a phone is operating in areas with weaker or inconsistent cellular signals.
Google has specifically highlighted power efficiency as one of the improvements associated with the new modem. However, the company’s current information does not establish how much longer the Pixel 11 series will last in typical everyday use.
The reported move to MediaTek therefore appears to be more about improving the overall balance between connectivity, reliability and power consumption than simply increasing network speeds.
MediaTek
The reported use of a MediaTek modem is significant because previous Tensor generations relied on Samsung-derived modem technology.
Earlier Tensor chips were closely connected to Samsung’s Exynos platform. Google moved away from that approach with the Tensor G5, which was reportedly manufactured by TSMC, and the Tensor G6 continues the company’s TSMC relationship.
The modem change adds another layer to that transition.
Reports have previously highlighted areas such as heat management and power efficiency as challenges associated with older Pixel modem solutions. A switch to MediaTek could give Google a different platform for addressing those areas.
However, the reported change should not automatically be interpreted as proof that every Pixel 11 model will deliver substantially better battery life or cellular performance. Independent testing will be needed to determine the practical difference.
Tensor
The Tensor G6 itself is another important change in the Pixel 11 generation.
Google has confirmed that the chipset is built on a 3nm process. Earlier expectations had pointed toward a 2nm manufacturing process, but the company ultimately chose 3nm technology.
Like the Tensor G5, the Tensor G6 is reportedly manufactured using TSMC’s process. This continues Google’s move away from the Samsung-based approach used in earlier Tensor generations.
The newer manufacturing process and modem are separate components of the platform, but together they could influence areas such as efficiency, thermal behaviour and overall smartphone performance.
Pixel
The Pixel 11 series was launched in India and other global markets on August 12.
The standard Pixel 11 features a 6.3-inch OLED Actua display with a resolution of 1,080 x 2,424 pixels and a refresh rate of up to 120Hz. The display also supports HDR and is protected by Corning Gorilla Glass Victus 2.
Google lists peak brightness of up to 3,000 nits for the display, while the Tensor G6 is paired with the company’s new Titan M3 security coprocessor.
The broader Pixel 11 family includes the standard Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL and Pixel 11 Pro Fold. All four models use the Tensor G6 platform.
Testing
The modem claims will ultimately need to be assessed through independent testing.
Google’s own description points to better reliability, faster connectivity and improved power efficiency, but its footnote makes clear that the results come from internal testing involving pre-production hardware in controlled conditions.
Real-world smartphones operate in much less predictable environments. Cellular bands, carrier networks, signal strength and software updates can all affect performance.
For buyers, the most meaningful comparison will therefore come from battery tests, sustained network performance and thermal measurements conducted on retail devices.
The reported MediaTek modem nevertheless represents an interesting change for the Pixel 11 generation. Google is continuing its move toward a more independently controlled Tensor platform while adopting a different approach to cellular connectivity. If the reported efficiency improvements translate to everyday use, the modem could become one of the less visible but more practical upgrades in the Pixel 11 series.
FAQs
What modem does the Pixel 11 reportedly use?
Reports say the Pixel 11 uses a MediaTek modem.
What chipset powers the Pixel 11 series?
All four models use Google’s Tensor G6 chipset.
Is the Tensor G6 built on 3nm?
Yes, Google says the Tensor G6 uses a 3nm process.
Will the new modem improve battery life?
It may improve efficiency, but independent tests are needed.
When was the Pixel 11 series launched?
The series launched on August 12 in India and other markets.
