“ The Tensor inside Pixels is basically a mirror of Samsung ’s Exynos silicon , and so are the problems . ” That ’s a rough summation of Pixel drug user sentiments over the preceding few year .

If you ’re a Pixel smartphone substance abuser and have encountered problems such as overheating and pathetic battery , as well as subpar performance when compared against the Qualcomm processors built atop the TSMC stack , you get the gist . Things might change next year , though , for good .

For the fifth - generation Tensor C.P.U. destined for next year’sPixel 10series , Google is reportedly tapping TSMC ’s 3 nanometer N3E node . To recall , that ’s the same node Apple deployed for gettingits M4 silicon , which now powers theiPad Proand will presently look inside Macs , too .

Qualcomm ’s latestSnapdragon 8 Eliteis also reliant on the same stack , and give the monolithic operation gains it has achieved , the hereafter of Tensor G5 for sure look exciting . Of naturally , the custom Oryon core does the heavy lifting and has help Qualcomm ’s claims of one - upping the A18 Pro .

While the Tensor G5 appears set to finally vie with its rivals , it expect like the heir arrive in 2026 will in truth go toe - to - toe with Apple . Both companies are eyeing TSMC ’s N3P leaf node for the A19 ( likely appearing inside the iPhone 18 ) and Tensor G6 ( for the Pixel 11 series ) , says the report .

Theoretically , shift to more in advance procedure knob means a encouragement in raw performance as well as vigour efficiency . But just how big of a leap one buzz off , depends alone on how well the usance applied science work was . In the slip of central processor , it ’s a monumental task .

Let me give you a brief example . Qualcomm ’s Snapdragon processors have fall behind behind Apple ’s A - serial publication central processor for the past few years , and they certainly are n’t beating the M - series inside the iPad Pro and Air lineup . This year , the state of affairs has reverse , and the secluded sauce is custom cores on the Snapdragon 8 Elite .

Specifically , the Oryon core . Interestingly , there ’s a very strong Apple influence here . Not long ago , Qualcomm acquired a startup called Nuvia , which was formed by ex - Apple engineers who worked on Apple silicon . Nuvia licensed Arm technical school to make custom chips .

The second - gen Oryon cores are packed inside the Snapdragon 8 elect package , and accord to Qualcomm , they beat Apple ’s mighty A18 Pro . Will Google achieve the same kind of succeeder with Tensor G5 and G6 ? That remain to be seen .

But TSMC ’s process node is noticeably good than Samsung ’s Exynos mountain , and that is sure enough going to reflect on the Tensor G5 , and beyond . The ball ’s now in Google ’s court .

But there ’s a heavy “ if ” here . Plans can change down the road , and if Samsung manages to pull off a miracle within its semiconductor sectionalisation and offers a better deal , Google just might stick with its old better half .

I , for one , ca n’t wait for the next Pixel .