Google’s upcoming Tensor G5 chipset would possibly mark a big shift within the firm’s strategy to cell silicon.
Having relied on Samsung’s Exynos structure and fabrication processes because the launch of the primary Tensor, Google is more likely to lastly produce a totally in-house designed chip, manufactured by TSMC.
Right here’s every little thing we all know to date.
When will the Google Tensor G5 launch?
The Google Tensor G5 is anticipated to debut with the Pixel 10 sequence, more likely to launch in late 2025.
Given the usual annual launch schedule for Pixel gadgets, Google is anticipated to introduce the Pixel 10 round October 2025.
Dominik Tomaszewski / Foundry
This timeline aligns with studies that Google has begun testing early samples of the Tensor G5, which have been just lately found by transport data.
Which telephones will use the Google Tensor G5?
The Tensor G5 will make its debut in Google’s Pixel 10 lineup, succeeding the present Pixel 9 sequence, which launched in August 2024.
The Pixel 10 sequence is anticipated to function the usual Pixel 10, the Pixel 10 Professional, the Pixel 10 Professional XL and the Pixel 10 Professional Fold.
Luke Baker
With the Tensor G5, Google goals to handle criticisms of earlier Tensor fashions, notably relating to thermals, battery effectivity, and uncooked efficiency.
This shift to an in-house chip design and TSMC manufacturing ought to permit Google to raised optimise its Pixel 10 sequence with improved efficiency and effectivity, one thing hindered by earlier reliance on Samsung’s foundry applied sciences.
What specs and options will the Google Tensor G5 have?
Over the previous few months, Android Authority has launched two intensive studies (first report, second report), certainly one of which comes straight from Google’s gChips division, giving us some particulars about Google’s future chipsets options.
Right here’s a breakdown of probably the most anticipated specs and options of the Tensor G5.
TSMC’s 3nm N3E fabrication course of
Probably the most vital adjustments for the Tensor G5, codenamed ‘laguna,’ is its fabrication at TSMC’s 3nm N3E node.
This is similar superior node manufacturing course of utilized in Apple’s A18 Professional chip, which powers the iPhone 16 Professional and the iPhone 16 Professional Max, marking a leap ahead in effectivity and efficiency.
Dominik Tomaszewski / Foundry
Beforehand, Tensor chips confronted efficiency points tied to Samsung’s course of nodes, which lagged behind TSMC’s choices.
The 3nm course of coould allow increased efficiency and higher energy effectivity for the G5, making it aggressive with different main cell chipsets.
CPU configuration
The Tensor G5 would possibly function an up to date CPU cluster designed to stability energy and efficiency. This configuration would come with one Arm Cortex-X4 prime core, a high-performance core supposed for demanding duties.
The mid-tier is claimed to consists of 5 Cortex-A725 cores, which improve multi-core efficiency, particularly helpful for multitasking. Lastly, two efficiency-focused Cortex-A520 cores would possibly deal with low-power duties, which helps preserve battery life when the cellphone isn’t beneath heavy load.
This new configuration, emphasising a bigger mid-core cluster, is anticipated to yield a noticeable increase in multi-core efficiency and day-to-day effectivity, a spotlight for Google.
Not too long ago, a mysterious system believed to function the Tensor G5, codenamed ‘Google Frankel,’ appeared on Geekbench (by way of GSMArena) scoring 1323 factors in a single-core and 4004 factors in a multi-core take a look at. As a reminder, the Pixel 9 scored 4185 factors in our Geekbench 6 multi-core take a look at.
The leaked specs align intently with the anticipated Tensor G5’s specs, sporting a CPU configuration with one prime core (as much as 3.40 GHz), 5 efficiency cores (as much as 2.86 GHz), and two effectivity cores (as much as 2.44 GHz).
Nonetheless, the itemizing exhibits a Energy VR graphics unit as a substitute of the anticipated Creativeness Applied sciences DXT-48-1536 GPU. Since Energy VR can also be from Creativeness Applied sciences, this discrepancy is perhaps resulting from early testing levels, and the Geekbench scores needs to be considered with warning as they could not mirror the chip’s remaining efficiency.
GPU and gaming
For the primary time within the Tensor lineup, Google would possibly swap to an Creativeness Applied sciences GPU, particularly the dual-core IMG DXT-48-1536 operating at 1.1 GHz.
This GPU improve may introduce ray tracing, a primary for Google’s Tensor chipsets, which can allow extra life like graphics and smoother gameplay experiences in cell gaming.
Luke Baker
Moreover, the GPU would possibly embody virtualisation help, permitting it to deal with accelerated graphics in digital machines.
This addition aligns with Google’s broader deal with virtualised purposes and productiveness instruments, the place high-performance graphics can improve performance.
Enhanced AI
The Tensor G5 is anticipated to see reasonable enhancements in AI processing with an upgraded TPU (Tensor Processing Unit) that enhances machine studying capabilities by roughly 14% over its predecessor.
This TPU may additionally be outfitted with embedded RISC-V cores, which might permit for customized operations, making the TPU extra versatile and able to dealing with numerous on-device machine studying duties.
Chris Martin / Foundry
These additions, together with the TPU’s help for on-device coaching, may develop the methods wherein the Pixel 10 sequence learns and adapts to consumer preferences over time, serving to the Pixel line additional combine real-time personalisation.
Built-in Fan-Out Bundle on Bundle (InFO_PoP)
The Tensor G5 is claimed to make use of TSMC’s InFO_PoP know-how to combine RAM straight on prime of the chipset, enhancing thermal administration and electrical effectivity.
This setup may permit for thinner 1.16mm packaging and assist in lowering general energy consumption whereas sustaining efficiency.
The Pixel 10 sequence is anticipated to incorporate 16GB of RAM, a rise from earlier Pixel fashions, permitting for extra environment friendly multitasking and faster response instances.
Dominik Tomaszewski / Foundry
That is all we presently learn about Google’s Tensor G5. We’ll replace this text once we be taught one thing new.
Within the meantime, you possibly can take a look at what the present flagship Pixel 9 sequence has to supply, in addition to the historical past of Pixel telephones, the place we cowl how Google’s telephones have advanced through the years.
