Listen to this Post
Introduction: A Major Shift in Google’s Smartphone Hardware Direction
For years, Google’s Pixel smartphones have quietly depended on Samsung’s technology ecosystem, using Samsung-made components ranging from OLED displays to memory solutions and even custom Tensor chip production. However, the upcoming Pixel 11 series appears to represent a turning point, as Google continues its effort to reduce reliance on its longtime South Korean hardware partner.
New reports suggest that Google’s next-generation Pixel lineup will introduce a major internal transformation, replacing Samsung’s Exynos-based 5G modem technology with MediaTek’s advanced modem solution. This move signals Google’s growing independence in smartphone hardware design while also highlighting the increasingly competitive relationship between major semiconductor companies such as Samsung, MediaTek, and TSMC.
The Pixel 11 series is expected to arrive with the Tensor G6 processor, a new chip architecture reportedly manufactured using TSMC’s advanced 2nm process technology. Combined with MediaTek’s M90 modem, Google appears ready to build a more customized and efficient mobile platform designed around artificial intelligence, connectivity, and power efficiency.
Google’s Long Partnership With Samsung Begins to Change
Samsung’s Role in Previous Pixel Generations
When Google redesigned the Pixel smartphone lineup in 2021, Samsung became one of its most important technology partners. The Pixel 6 series introduced Google’s Tensor processor, which relied heavily on Samsung’s semiconductor expertise.
Samsung Foundry played a key role in manufacturing early Tensor chips, while other Samsung components such as OLED displays, memory chips, and storage solutions became essential parts of Google’s smartphone hardware strategy.
For several years, Google benefited from Samsung’s manufacturing experience, allowing the company to compete more seriously against Apple’s iPhone and Samsung’s Galaxy devices.
Pixel 11 Series Reportedly Drops Samsung Modem Technology
MediaTek M90 Replaces Samsung Exynos Modem
According to new reports, Google’s Pixel 11 lineup will reportedly abandon Samsung’s Exynos-based 5G modem technology and instead adopt MediaTek’s M90 modem.
Evidence discovered through FCC documentation reportedly references MediaTek’s TA-SAR v2 algorithm, suggesting that the upcoming Pixel devices may include MediaTek networking hardware.
This would mark a significant change because previous Tensor processors relied on Samsung-derived modem solutions. By switching to MediaTek, Google could gain access to newer connectivity features and potentially improve efficiency.
Tensor G6 Could Become Google’s Most Independent Chip Design
Built on TSMC’s Advanced 2nm Manufacturing Process
The Tensor G6 processor is expected to represent another major step away from Samsung. Reports indicate that Google will use TSMC’s advanced 2nm manufacturing process to produce the next-generation chip.
TSMC has become the preferred semiconductor manufacturer for many major technology companies because of its advanced production capabilities and efficiency advantages.
Apple has already relied heavily on TSMC for its custom silicon, and Google’s reported move suggests that the company wants similar control over performance, thermal management, and artificial intelligence processing.
MediaTek M90 Brings Next-Generation Connectivity Features
Faster Networks and Satellite Communication Support
The reported MediaTek M90 modem could provide several advanced connectivity features for the Pixel 11 series.
The modem is expected to support:
High-speed cellular downloads reaching up to 12Gbps on compatible networks.
Direct satellite connectivity for emergency communication.
Dual active 5G connections for improved network reliability.
These features could make the Pixel 11 series more competitive in markets where advanced connectivity is becoming a key smartphone selling point.
Google’s focus appears to extend beyond raw performance, targeting smarter communication capabilities and improved reliability.
Samsung May Remain an Important Pixel Supplier
Google Is Not Completely Leaving Samsung Behind
Although Google appears to be reducing its dependence on Samsung, the relationship between the two companies is unlikely to disappear.
Samsung is still expected to provide important Pixel components, including:
OLED display panels.
Camera sensors.
DRAM memory chips.
UFS storage solutions.
Samsung remains one of the world’s largest semiconductor and display manufacturers, making it difficult for Google to completely remove the company from its supply chain.
Instead, Google appears to be diversifying its suppliers rather than fully replacing Samsung.
Pixel 11 Family Expected to Expand Google’s AI Smartphone Vision
Four New Models Could Launch With Android 17
The Pixel 11 lineup is reportedly expected to include four different devices:
Pixel 11.
Pixel 11 Pro.
Pixel 11 Pro XL.
Pixel 11 Pro Fold.
All models are expected to feature the Tensor G6 processor and launch with Android 17.
Google’s strategy appears focused on creating a complete AI-powered smartphone ecosystem, where custom silicon, software optimization, and cloud intelligence work together.
The company’s approach differs from traditional smartphone competition, where hardware specifications often dominate marketing campaigns.
Google vs Samsung: A New Semiconductor Competition
The Smartphone Industry Is Entering a New Era
Google’s move reflects a broader industry trend. Major technology companies increasingly want more control over their hardware supply chains.
Apple created this strategy with its A-series and M-series chips. Samsung continues developing Exynos processors and advanced manufacturing technologies. Now Google appears determined to build a more independent hardware foundation.
This competition could accelerate innovation in mobile processors, AI acceleration, battery efficiency, and connectivity technology.
What Undercode Say:
Google’s Hardware Independence Strategy Could Reshape the Pixel Future
Google’s decision to move away from Samsung modem technology is not simply a component replacement. It represents a larger strategic shift in how technology companies approach smartphone development.
For years, Google depended on Samsung’s semiconductor ecosystem because creating custom mobile hardware is extremely expensive and technically challenging.
However, artificial intelligence has changed the smartphone industry.
Modern smartphones are no longer competing only through camera quality, screen brightness, or processor speed. The biggest battlefield is now AI performance, machine learning acceleration, and intelligent communication features.
The Tensor G6 represents Google’s attempt to control more of the hardware and software relationship.
By using TSMC manufacturing, Google could potentially gain better efficiency and performance compared with previous Tensor generations.
TSMC’s advanced process technology may allow Google to reduce power consumption while increasing AI processing capability.
The MediaTek M90 modem decision is also strategically important.
Samsung’s Exynos modem technology has improved significantly, but MediaTek has become one of the fastest-growing mobile connectivity companies.
Google may believe MediaTek offers a better balance between performance, efficiency, and cost.
This move also reduces dependency on a direct competitor.
Samsung is not only a supplier. It is also one of Google’s biggest Android rivals through the Galaxy smartphone ecosystem.
Reducing reliance on Samsung components gives Google greater control over future Pixel designs.
However, completely replacing Samsung would be unrealistic.
Samsung remains a global leader in OLED technology, memory production, and camera sensors.
Google will likely continue using Samsung components where they provide the best quality and supply advantages.
The Pixel 11 series could become a critical test for Google’s smartphone ambitions.
If Tensor G6 delivers stronger performance and improved battery life, Google could finally close the gap with Apple’s custom silicon strategy.
If the improvements are limited, critics may continue questioning whether Google’s Tensor approach can compete with Snapdragon and Apple Silicon.
The smartphone industry is moving toward vertical integration.
Companies that control their processors, software, and AI systems will have stronger advantages in the future.
Google understands this shift and appears ready to invest heavily in its own ecosystem.
The Pixel 11 series may not just be another smartphone release.
It could represent Google’s attempt to become a serious semiconductor player.
Deep Analysis: Examining Pixel 11 Hardware Changes With Technical Commands
Checking Device Hardware Information
Linux users can analyze connected hardware using:
lscpu
This command displays processor architecture information and helps compare CPU designs.
Monitoring System Performance
Tensor-based devices can be evaluated through performance monitoring:
top
or:
htop
These tools show CPU utilization, memory usage, and active processes.
Checking Memory Performance
Modern smartphones depend heavily on fast memory.
Linux systems can inspect memory information using:
free -h
Network Analysis
To examine network connectivity:
ip addr
For connection testing:
ping google.com
Measuring Storage Performance
Storage speed impacts application loading times:
lsblk
and:
sudo hdparm -Tt /dev/sda
Monitoring Power Efficiency
Battery optimization is a major smartphone challenge.
Linux power analysis:
powertop
This helps identify energy-consuming processes.
Security Analysis
Checking active services:
systemctl list-units --type=service
Reviewing system logs:
journalctl -xe
✅ Reports indicate Google is expected to use a new Tensor G6 processor and reduce dependence on Samsung semiconductor technology.
✅ FCC-related information reportedly points toward MediaTek modem technology appearing in future Pixel devices.
❌ Google has not officially confirmed all Pixel 11 hardware specifications, including final modem and manufacturing details.
Prediction
(+1) Google’s move toward TSMC manufacturing and MediaTek connectivity could improve Pixel performance, efficiency, and AI capabilities if the reported hardware decisions are accurate.
Pixel devices may become more competitive against Apple and Samsung through deeper hardware and software integration.
Google could gain greater control over future AI smartphone features.
A more independent chip strategy may improve Pixel’s long-term position in the premium smartphone market.
If Tensor G6 fails to deliver major performance improvements, Pixel could continue struggling against Snapdragon and Apple silicon.
Increased hardware independence may create higher development costs and engineering challenges.
Final Conclusion: Pixel 11 Could Mark Google’s Biggest Hardware Transformation
The Pixel 11 series appears positioned as a major turning point for Google’s smartphone strategy. By moving toward TSMC manufacturing and MediaTek modem technology, Google is attempting to build a more independent hardware ecosystem.
Samsung will likely remain an important supplier, but Google’s direction is clear: reduce dependency, increase control, and create smartphones designed around artificial intelligence.
If successful, the Pixel 11 lineup could become the foundation for a new generation of Google devices where custom silicon and AI innovation define the future of mobile technology.
▶️ Related Video (70% Match):
🕵️📝Let’s dive deep and fact‑check.
🎓 Live Courses & Certifications:
Join Undercode Academy for Verified Certifications
🚀 Request a Custom Project:
Secure, high-velocity infrastructure and disruptive technological engineering. Contact our engineering team for high-tier development and proprietary systems:
[email protected]
💎 Smart Architecture | 🛡️ Secure by Design | ⭐ Trusted by Thousands
References:
Reported By: www.sammobile.com
Extra Source Hub (Possible Sources for article):
https://www.discord.com
Wikipedia
OpenAi & Undercode AI
Image Source:
Unsplash
Undercode AI DI v2
🔐JOIN OUR CYBER WORLD [ CVE News • HackMonitor • UndercodeNews ]
📢 Follow UndercodeNews & Stay Tuned:
𝕏 formerly Twitter 🐦 | @ Threads | 🔗 Linkedin | 🦋BlueSky | 🐘Mastodon | 📺Youtube
