12GB or 9GB? The Pixel 10 reserves 3GB for AI to improve responsiveness, at the expense of multitasking.

Last update: 29/08/2025

  • The Pixel 10 comes with 12GB of RAM, but about 3GB is reserved for AI, leaving about 9GB for apps.
  • Change from the Pixel 9: The standard model now keeps AI always ready in memory.
  • AICore and the Tensor G5 TPU occupy that partition, it is not freed even if RAM is missing.
  • This is beneficial for those who use AI frequently; in demanding games, there may be more reloads.

RAM reserve for AI on smartphone

On paper, the Pixel 10 comes with 12GB of memory, but Around 3 GB are permanently reserved for AI processes, leaving users with around 9GB of effective storage for apps, games, and multitasking, according to industry reports.

This new distribution puts the focus on the growing importance of artificial intelligence in mobile and forces us to assess if the cut in usable memory compensates depending on each person's use.

Differences compared to the Pixel 9

Google Pixel 9 Series

In the previous generation, the Pixel 9 with 12 GB did not permanently set aside memory for AI; the system loaded models when needed and released resources later.

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The Pixel 9 Pro with 16 GB did reserve a portion (slightly less than 3 GB) to have the AI ​​functions ready, maintaining low latencies and stability without depending on dynamic loads.

With the Pixel 10, Google changes its approach: even the standard model set aside around 3GB of RAM for AI persistently, seeking a fast and consistent response at the level of the Pro, at the cost of cutting free memory for the rest of the tasks.

What does reserving RAM mean?

rare artificial intelligences

The reserved partition houses the Google's AICore service and key components that rely on the Tensor G5 TPUThat memory isn't available for other apps, even when a heavy game or multitasking is straining available resources.

On a daily basis, having approximately 9 GB for general use It is usually enough for several open apps and one or two games without forced closings, although in demanding titles more reloads may occur than if all the RAM were free.

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In other words: The Pixel 10 reserves RAM to ensure that AI functions (assistant, on-device processing, generative tools) respond quickly and stably, without competing for memory with the rest of the system.

  • If you use AI daily: more consistent responses, less stuttering when AI and other apps coexist, and a more predictable experience with key features.
  • If you rarely use AI: You pay for 12GB, but you effectively use ~9GB for the rest; there may be fewer apps “sticking” to memory and more reloading in heavy games.

Tensor G5 and the advantage of integration

G5 tensioner

Supported by G5 tensioner and in the joint control of hardware and software, Google can fine-tune Android to prioritize processes, manage queues, and optimize memory more precisely. than other manufacturers.

The approach is not identical to Apple's—iOS is designed only for its hardware—but it does give Google a advantage in the Android ecosystem: You can adjust how and when RAM is reserved and how responsive AI features are on the Pixel 10.

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For users who base their routine on the assistant, transcription, photo/video editing with AI or generative functions, the approach of ~3 GB reserve for AI can translate into tangible improvementFor those who prioritize playing very heavy games or keeping many apps running, having around 9 GB free imposes more visible limits.

The exchange is clear: consistency and speed in AI in exchange for less overall RAM headroom. The purchasing decision will depend on how much the AI ​​features weigh on your everyday use and whether the increased responsiveness makes up for the space lost for everything else.

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