As the smartphone technology of the future is rapidly transforming, Google is making a bold decision that will alter its Pixel smartphones’ future. According to reports, the tech giant is preparing to make a major leap from Samsung to Taiwan Semiconductor Manufacturing Company (TSMC) to produce its proprietary Tensor chipsets. The transition is not a simple swap of suppliers, it’s a fundamental move that will likely boost efficiency and performance of the next-gen Pixels, starting with the Pixel 10.
For years, Pixel phones from Google have been equipped with the company’s Tensor processors, designed alongside Samsung and manufactured at the Samsung Foundry, yet a recent industry leak reveals that ‘the horizons have shifted’, as TSMC finally transforms from a passive player to an active one, and will be manufacturing chipsets for the next editions of the Pixel series. Google is reportedly going to TSMC for more energy-efficient processors. Astute TSMC followers will likely have already spotted the key driver for this momentous shift, with the ample indications of the impending volume production of TSMC’s 3nm process technology expected to be used for the Tensor G5.
It’s easy to see why TSMC is the king of chipsets. For years, its chipsets have been seen as greater performers than their Samsung-made counterparts in at least two key metrics: battery life and sustained performance. Those are the types of distinctions that would give the Pixel phones an edge. Google’s commitment to Taiwan and extra RD investment, and those semiconductor engineers, point to a long-term relationship with TSMC leveraging TSMC’s power to produce future Pixel devices.
The main expectation we should get from the switch to TSMC is a significant increase in performance and efficiency. Applying TSMC’s 3nm process to the Tensor G5 chipset should increase battery life and provide users of the next generation of Pixel phones with smoother performance, being the top two complaints of contemporary smartphone users.
By switching to TSMC, Google becomes an outlier once more. This change could allow Google to add more differentiated features to its Pixel phones, helping it to better compete against the iPhone and Samsung’s Galaxy phones and boosting sales over time. The effort to develop a custom chipset emphasises Google’s ambition for innovation and ambition for the Pixel brand.
Optimistic though this sounds, moving to a TSMC-made custom chipset will be far from painless: designing custom processors is an expensive proposition, requiring a long time and investment. And the Pixel phones alone don’t sell enough of the global smartphone market for a Pixel-specific processor to make immediate financial sense. The long-term ambition of Google, though, seems to be less about overturning the iPhone’s market dominance by undercutting on price, and more about technological leadership and product differentiation.
The relatively long time (until 2025) before Google launches its first real SOC, called Laguna, at least shows that while Google might be taking its time, it means business – delaying founding a new set of in-house chips with Laguna until around the time the Tensor G5 will land in a Pixel device could mean that when that happens, Google’s ambitions for the smartphone space in terms of performance, energy-efficiency, and innovation could be set to raise the bar in the industry.
This imminent pivot to TSMC to make Pixel’s Tensor chipsets is a gamechanger. It could pressurise an increasingly competitive market to embrace innovation and make the Pixel something completely different to what it is today. Google is ready for a technological quest. I wonder where this will lead us all?
Here, before you delve into my FAQs on selling Pixel devices, is a primer on what makes Pixel phones as unique and special as critics and fans claim them to be. First of all, they’re praised for software: ‘no bloatware, just clean stock Android’, because every Pixel phone since the very first launch in 2016 runs an almost-virgin version of Android, which, for the techies, can be flashed in the purest and happiest way. One of most attractive features to commend this phone is its photography. While the first few iterations of the Pixel suspensefully teased the concept of the phone as a computational camera, the idea suddenly dazzled with one big explosion moment of brilliance: one Pixel 6 Pro review summarised it as ‘one of the best cameras you can get in a phone’. And lately, it would be remiss to not mention the Google Tensor chipsets in FAQs about Google’s Pixel phones because everywhere you look and read is a promise of new and notable advancements in AI and machine learning delivered literally in the palm of your hand. Every year, Pixel smartphones tilt each other in a bid to evolve into an instrument of hardware and software symbiosis, unified towards a harmonious user experience.
With Gizmogo, all you need to do is head to its website, select your Pixel phone model and describe the condition, and Gizmogo will propose a trade-in price. If you are satisfied with the price, ship the old phone for free. They inspect it and pay for it within a day.
How much your Pixel phone is worth is conditioned by various factors, for example: 1) Pixel model – for example, 2017 vs 2016;2) Phone storage capacity – for example, 64GB vs 128GB;3) Phone condition – for example, perfect or damaged;4) Current market demand for it. It would be helpful to work out the details of your device in order to get the best price.
Yes. It couldn’t be safer, simpler or more convenient to trade in your used Pixel phone through Gizmogo. Your personal data will be erased from your device as soon as it’s received.
Before you sell your Pixel phone, back up your information, factory reset the device to remove all your personal details, and remove your SIM and SD cards. The cleaner the phone and the cuter it looks, the higher the price you’ll fetch.
You can get cash for a damaged Pixel phone through Gizmogo – such as this one – and a damaged one might have a lower offer but we will still quote on it. We will accept not working phones and this can be a simple way to recycle your damage device.
To summarise, Google’s strategic change for the next-gen Pixel smartphones with TSMC is highly anticipated, and the company’s move is already commended for its commitment to innovation amid Nvidia’s historic deal and capacity expansion with the Taiwanese foundry. Google should invest in the most up-to-date technologies to continue to gain ground in the fiercely competitive smartphone market. With this shift, the Pixel phones promise to be on the cutting edge of performance and efficiency. Pixel fans and gadget geeks alike should closely watch their own favourite tech to see the future of smartphones emerge.
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