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GrapheneOS

Pixel 11 and GrapheneOS

12 GB RAM · 256 GB storage · Obsidian

GrapheneOS support for the Pixel 11 depends on Google’s December 2026 update.

GrapheneOS fully supports the Pixel 10 today.

Status as of

See the Pixel 10 with GrapheneOS

GrapheneOS support
Awaiting Google’s update
Screen
6.3-inch Actua display
Storage
256 GB
Memory
12 GB
Colour
Obsidian

When the Pixel 11 can get GrapheneOS

If Google’s December 2026 update for the Pixel 11 includes the security feature GrapheneOS requires, the GrapheneOS team hopes to add support for the phone after December. As soon as GrapheneOS is released for it, the Pixel 11 joins our range.

GrapheneOS relies on a security feature built into the phone’s processor that helps stop a common type of attack. Google launched the Pixel 11 with this feature switched off. A test version of Google’s December update includes early support for it, and the GrapheneOS team is waiting for the final release to confirm it works.

Technical details and the GrapheneOS team’s statements

GrapheneOS requires hardware memory tagging (MTE) on the devices it adds. The Pixel 11 has MTE in hardware and launched with it disabled in firmware. Android 17 QPR2 Beta 4 added preliminary firmware support while keeping MTE disabled for the operating system, even as a developer option. The project enabled it on that beta for testing: MTE passed every test, and the benchmarks showed fine performance.

Most of the port is already done. If Android 17 QPR2, due in December 2026, ships with working MTE, the project hopes to complete Pixel 11 support after that release.

What MTE does

MTE (Memory Tagging Extension) is a hardware security feature of the ARMv9 processor cores in Pixel phones from the Pixel 8 onward. GrapheneOS uses it by default to protect the operating system and compatible apps against attacks that exploit memory bugs. The processor and its firmware have to provide it; software alone cannot add it.

What the GrapheneOS project has said

  1. · GrapheneOS, Mastodon · Read the original ↗

    “We’ll hopefully be able to add Pixel 11 series support after December 2026 if at least minimal MTE firmware support ships as part of Android 17 QPR2.”

  2. · GrapheneOS, project forum · Read the original ↗

    “It has hardware level support for MTE but it shipped without firmware support for it. […] Android 17 QPR2 Beta launched for the Pixel 11 after we made our initial posts about this and added preliminary firmware support for MTE while keeping it fully disabled for the OS even as a developer option.”

  3. · GrapheneOS, Mastodon · Read the original ↗

    “Android 17 QPR2 is being released in December and will hopefully provide what we need to support the Pixel 11 series. […] we can circle back and finish Pixel 11 support if they ship working MTE support.”

  4. · GrapheneOS, Mastodon · Read the original ↗

    “Performance appears to be fine for MTE on the Pixel 11. […] It’s added back to firmware but still disabled in Android 17 QPR2 Beta 4 which was released after our initial thread about it. We used that to enable it and test it. It passes all our tests and other standard tests. We benchmarked it and the performance is fine.”

  5. · GrapheneOS, Mastodon · Read the original ↗

    “MTE was unavailable in the initial Pixel 11 release but appears to be getting added back for Android 17 QPR2. We’ve tested it with Android 17 QPR2 Beta 4 which was released after our initial post and it appears to work fine based on all the tests we ran. It also performs well enough. If MTE ends up being fully functional in Android 17 QPR2 then we can support the Pixel 11.”

  6. · GrapheneOS, Mastodon · Read the original ↗

    “We want to support the Pixel 11 but it launched without MTE support and we need to know it’s going to work before we can commit to officially supporting it. We already completed most of the port to the Pixel 11 and there isn’t a lot left to do to get experimental releases going for it.”

  7. · GrapheneOS, Mastodon · Read the original ↗

    “Pixel 10 has been fully supported for almost a year. There’s no reason to wait for it. Pixel 11 support hasn’t been completed yet and got stalled due to MTE being disabled in the initial firmware for unclear reasons since MTE is a required hardware security feature for GrapheneOS.”

  8. · GrapheneOS, Mastodon · Read the original ↗

    “We have good news about the Pixel 11. It still has at least bare minimum support for MTE at a hardware level. We think they removed most of the hardware acceleration from the CPU cache to save money. They ruined the performance so it ended up being fully disabled in firmware. It may still be usable.”

  9. · GrapheneOS, project forum · Read the original ↗

    “We have a partial port of GrapheneOS to the Pixel 11 series after a week of work on it. We’re unable to complete the port due to lack of support for ARM hardware memory tagging in software, firmware and near certainly hardware. It appears Google cut an important security feature to save money.”

Devices GrapheneOS officially supports ↗

Specifications

Operating system

  • GrapheneOS
  • Security updates until

Display

  • 6.3-inch (160 mm) Actua display
  • 20:9 aspect ratio
  • 1080 x 2424 OLED at 422 PPI
  • Smooth Display (60-120Hz)
  • Corning Gorilla Glass Victus 2 cover glass
  • Up to 2000 nits (HDR) and up to 3000 nits (peak brightness)
  • >2,000,000:1 contrast ratio
  • HDR support
  • Full 24-bit depth for 16 million colors

Dimensions & weight

  • 152.8 height x 72.0 width x 8.6 depth (mm)
  • 197 g

Battery & charging

  • 30+ hour battery life
  • Typical 4985 mAh (minimum 4840 mAh)
  • Fast charging up to 55% in about 30 minutes using 30W USB-C PPS charger or higher
  • Pixelsnap wireless charging (Qi2.2-certified) up to 25W

Memory & storage

  • 12 GB RAM
  • 256 GB storage

Processor

  • Google Tensor G6
  • Titan M3 security coprocessor

Rear camera

Advanced triple rear camera system

  • 48 MP wide with Macro Focus
  • 13 MP ultrawide
  • 10.8 MP 5x telephoto lens
  • Super Zoom up to 30x
  • Optical quality at 0.6x, 1x, 2x, 5x, 10x

48 MP Quad PD wide camera

  • ƒ/1.70 aperture
  • 85° field of view
  • 1/1.56" image sensor size

13 MP ultrawide camera

  • ƒ/2.2 aperture
  • 120° field of view
  • 1/3.1" image sensor size

10.8 MP Dual PD telephoto camera with optical image stabilization

  • ƒ/3.1 aperture
  • 23° field of view
  • 5x optical zoom
  • 1/3.2" image sensor size

Features

  • Super Zoom up to 30x
  • Multi-zone LDAF (laser detect auto focus) sensor
  • Spectral and flicker sensor
  • Optical and electronic image stabilization on wide and telephoto

Front camera

  • 10.5 MP Dual PD selfie camera with autofocus
  • ƒ/2.2 aperture
  • 95° ultrawide field of view

Video & audio

Rear camera video

  • 4K video recording at 24/30/60 FPS
  • 1080p video recording at 24/30/60 FPS
  • Dual exposure on wide camera
  • Digital video zoom up to 20x

Front camera video

  • 4K video recording at 30/60 FPS

Materials & durability

  • Scratch-resistant Corning Gorilla Glass Victus 2 cover glass
  • Corning Gorilla Glass Victus 2 polished back with satin finish spacecraft-grade aluminum frame
  • IP68 dust and water resistance
  • Fingerprint-resistant coating
  • The aluminum in the housing is 100% recycled content
  • Made with at least 33% recycled materials based on product weight
  • 100% plastic-free packaging
  • The battery cell is made with 100% recycled cobalt and 100% recycled lithium
  • 100% recycled rare earth elements used in all magnets
  • The haptic engine is made with 100% recycled tungsten and 100% recycled copper wire
  • The main logic boards are made with 100% recycled copper and gold
  • 100% recycled tin in the solder of multiple printed circuit boards
  • Of the 12 plastic components, 9 are made with recycled content that is at least 30% recycled plastic

Authentication

  • Fingerprint Unlock
  • Pattern, PIN, password

Sensors

  • Proximity sensor
  • Ambient light sensor
  • Accelerometer
  • Gyroscope
  • Magnetometer
  • Barometer

Buttons & ports

  • USB Type-C 3.2
  • Power button
  • Volume controls

SIMs

  • Dual SIM (Single Nano SIM and eSIM)

Media & audio

  • Stereo speakers
  • 3 microphones
  • Noise suppression
  • Spatial Audio

Connectivity & location

  • Wi-Fi 6E (802.11ax) with 2.4GHz, 5GHz, 6GHz, 2x2 MIMO
  • Bluetooth v6 with antenna diversity for enhanced quality and connection
  • NFC
  • Dual Band Multi-constellation GNSS

Other models

All Pixel phones with GrapheneOS →

Articles on Pixel and GrapheneOS

DEVICES · PIXEL · GRAPHENEOS

Which phones run GrapheneOS, and why only Pixel

GrapheneOS runs on Google Pixel only: every model from the Pixel 6 to the Pixel 10a is supported, the Pixel 8 and later are recommended, and the project’s hardware requirements, from verified boot to a secure element and hardware memory tagging, rule out every other brand. With Google’s support-end date for each model.

PIXEL · ANDROID · GRAPHENEOS

Which operating system a Google Pixel runs, and what GrapheneOS replaces

Every Google Pixel ships with Android: Google’s own build of it. GrapheneOS replaces that build with its own, also based on the Android Open Source Project, on the same hardware. It removes Google’s privileged services from the system.

GUARDDO · ENCROCHAT · SKY ECC · ANOM

GuardDo Pixel: how to verify a secure phone

In September 2026 every check we could run on GuardDo Pixel gave the same result: its security claims come with no evidence a customer can verify. A claim that cannot be checked has to be taken on trust. Owners of EncroChat, Sky ECC and ANOM phones took the same kind of promise on trust.

IMEI · PIXEL · GRAPHENEOS

The IMEI on a Google Pixel: where it is stored and what changing it takes

Where the IMEI physically lives on a Tensor Pixel, the three layers that hold it in place, why it is an integrity check inside signed modem firmware rather than a hardware fuse, what IMEI spoofing modules actually change, and why none of it buys anonymity on a cellular network.

VPN · PIXEL · GRAPHENEOS

VPN on a GrapheneOS Pixel: why an app on the handset does not cover all traffic

Enforcement in Android applies to application identifiers, and system identifiers are exempt from it at the level of the networking subsystem. Which categories Google confirms are outside the tunnel, why tethered traffic never enters it, where DNS leaks come from, and the one configuration — cellular off, Wi-Fi only, tunnel on the router — that leaks nothing.

BANKS · DIIA · GRAPHENEOS

Banking apps, Diia and Reserv+ on GrapheneOS: what works on a Pixel in Ukraine

Privat24, monobank, Oschad, Sense SuperApp, MyRaif and KredoBank work with sandboxed Google Play. Reserv+ works even without Google services. Diia works under two conditions. Binance works. The NFC chip works, while tap-to-pay through Google Wallet and Google Pay is unavailable, because Google permits it only on operating systems it has certified itself.

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