Although Google’s own designed Tensor processor series stands out with its artificial intelligence capabilities, it comes to the fore with liquid glass insulation, which is a much more radical technology in the hardware world. Recent technical analysis shows that Tensor chips are actually capable of supporting this advanced insulation material, but Google has not yet included this technology in its commercial products for strategic and financial reasons.

Although liquid glass technology has the potential to minimize chip heating problems and increase structural durability, the complexities of the production line are the biggest obstacle to this innovation.

• Google Tensor processors technically have the architectural infrastructure to run liquid glass insulation technology.

• This technology significantly increases thermal efficiency and longevity by protecting processor cores from external factors.

• Due to high production costs and technical difficulties in mass production, Google is disabling this feature on Pixel devices for now.

What is Liquid Glass Technology and What Does It Mean for Processors?

The technology called “Liquid Glass” in the computer and smartphone world actually refers to a very thin silicon-based coating layer. This layer protects the microscopic circuits on the processor against both moisture and physical impacts.

But its most important advantage lies in its effect on heat conduction. While traditional epoxy-based insulation materials tend to trap heat, liquid glass derivatives help transfer heat from the processor surface to the heatsinks much faster.

The availability of this structure in Google’s Tensor chips actually means that it can offer a radical solution to the “overheating” problem that Pixel users have been complaining about for years. Thermal throttling experienced by Tensor processors, especially during intense gaming sessions or 4K video recording, can become a thing of the past with such material innovation.

Why Is Google Avoiding This Technology?

According to the details shared by Wccftech, the main reason behind Google not using this technology is based on a single factor: Production complexity. The smartphone market has a huge tape system where thousands of devices are produced in seconds. The liquid glass coating process requires a much more precise curing (freezing) process than standard insulation methods.

Additionally, the costs of this technology remain well above current consumer electronics standards. Google has its Tensor processors produced in Samsung’s foundries (Samsung Foundry).

Incorporating exotic materials such as liquid glass into the production process risks increasing not only R&D costs but also device prices reaching the end user. At this stage, the company prefers more traditional and safer methods in order to maintain the cost-performance balance.

Could Things Change in Future Tensor Models?

Industry analyzes predict that there will be a big leap in production quality after Google’s collaboration with TSMC (probably with Tensor G5). TSMC’s more advanced packaging techniques may open the door to the use of such specialized insulation materials in the future. But for now, liquid glass technology remains one of the “on paper” potentials of Tensor chips.

Although this may be a bit disappointing for hardware enthusiasts, we see that Google is trying to close this gap with optimizations on the software side. Still, such a major revolution at the hardware level can turn the Pixel series into a real performance monster.