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Compatibility
Please refer to the following diagram for software compatibility among different versions of Nebula, NRSDK, and Android. Any combination along a vertical line (for example, Nebula 2.3.4, NRSDK 1.8.0, Android 12 and below with target API 31) remains a compatible combination.
Nebula 2.3.4
Nebula 3.2.1
Nebula 3.5.0
You could find settings for Target API level in Project Settings -> Player -> Target API Level.
NRSDK runs on multiple Android devices and different types of XREAL glasses (Air / Light). The following tables list the NRSDK features that are supported by XREAL Light / Air, and the Android phone models that support XREAL Light / Air.
| XREAL Light | XREAL Air |
Head Tracking | 6DoF | 3DoF |
Plane Tracking | Yes | No |
Image Tracking | Yes | No |
Hand Tracking | Yes | No |
Depth Mesh | Yes | No |
First Person View (with RGB Camera) | Application & Reality | Application |
Controller | 3DoF | 3DoF |
Customize Phone Controller UI | Yes | Yes |
Emulator Testing | Yes | Yes |
Notification Popup | Yes | Yes |
It is worth noting that XREAL Air has no camera, hence no tracking features. By default, NRSDK will attempt to run your application with best compatibility if both XREAL Light and XREAL Air support is configured. Nevertheless, be aware that the actual behavior of the running application may vary in this way and can differ from your initial intent.
If you don’t want NRSDK to automatically adapt for XREAL Air, please specify the supported devices in NRSDK’s global configuration file
NRKernalSessionConfig. See Getting Started with NRSDK for more details.
We are continuously working to ensure that the NRSDK is compatible with every model we have verified, ensuring an optimal user experience.
Below is a comprehensive list of phone models that are compatible with Nebula and NRSDK.
Additionally, we have tested these models for compatibility with our four current eyewear models: Light, Air, Air 2 and Air 2 Pro, and they are all found to be compatible.
Moreover, compatibility with Light also means that features such as hand tracking, plane detection, meshing, image tracking, and spatial anchor will work seamlessly on these phones.
Brand | Chip | Model Name | Model Number | Android Version |
|---|---|---|---|---|
huawei | Kirin 9000 5G (5 nm) | huawei mate 40 pro | NOH-AN01 | 鸿蒙3.0.0 |
huawei | Kirin 990 5G (7 nm+) | huawei mate 30 pro 5g | lio-an00 | 鸿蒙3.0.0 |
huawei | Kirin 980 | huawei p30 | ele-al00 | 鸿蒙3.0.0 |
oppo | Qualcomm SM8350 Snapdragon 888 5G (5 nm) | oppo find x5 | pffm10 | Android 13 |
oppo | Qualcomm SM8350 Snapdragon 888 5G (5 nm) | oppo find x3 pro | CPH2173 | Android 11 |
samsung | Qualcomm SM8350 Snapdragon 888 5G (5 nm) - USA/China | galaxy s21 5g | SM-G991U | Android 11 |
samsung | Qualcomm SM8350 Snapdragon 888 5G (5 nm) - USA/China | galaxy s21 ultra 5g | sm-g998u | Android 11 |
samsung | Exynos 2200 (4 nm) - Europe | galaxy s22 | sm-s901b/ds | Android 12 |
samsung | Qualcomm SM8150 Snapdragon 855 (7 nm) - USA/China | galaxy note10+ 5g | sm-n9760 | Android 12 |
samsung | exynos 990 | galaxy s20 5g | sm-g981b/ds | Android 12 |
samsung | Qualcomm SM8250 Snapdragon 865+ 5G (7 nm+) - USA | galaxy note20 ultra 5g | sc-53a | Android 12 |
Last modified 1mo ago