LMC 8.4 Device Compatibility Guide: Samsung, OnePlus, Xiaomi, Realme & Motorola (2026)
LMC 8.4 can run on hundreds of Android phones, but whether it runs well on yours depends on three things: your chipset, your Camera2 API support level, and whether your phone exposes its auxiliary cameras to the app. This guide covers all five major brands in one place — Samsung, OnePlus, Xiaomi (Redmi/POCO), Realme, and Motorola — with the brand-specific details that actually matter, based on release notes and widely reported user experiences.
How LMC 8.4 Compatibility Works
Key point
Before the brand details, the three fundamentals that decide everything:
Camera2 API level
Android’s Camera2 API reports FULL, LIMITED, or LEGACY support per device. HDR+ and Night Sight work best at FULL. Many mid-range phones report LIMITED, which usually still runs LMC 8.4 but with some modes unavailable. You can check your level with a free Camera2 probe app from the Play Store.
Chipset
Snapdragon phones are the smoothest target — most LMC 8.4 development and testing happens on Snapdragon. MediaTek phones usually work but can be less stable; on MediaTek, the R17 release is commonly reported as more stable than R18. Samsung Exynos phones need R15 or newer, which added working Exynos support.
Package-name variants
Each LMC 8.4 release ships in variants that differ only in package name — for example the standard build, Snapcam (org.codeaurora.snapcam), Aweme, and Samsung-named builds like Ruler or Scan3D. Some phones only expose their ultrawide, telephoto, or macro cameras to certain package names. If your install shows only the main camera, installing a different variant of the same release often unlocks the rest.
Samsung Galaxy Phones
Samsung is one of the trickiest brands for camera ports because of regional chipset differences — the same Galaxy model can ship with Snapdragon in one region and Exynos in another.
Key Samsung facts: LMC 8.4 added working Exynos support in R15 (covering phones like the Note20 Ultra, S21 Ultra and S10). R17 added a Samsung Metering Mode option in System Setup. The Samsung-named variants — Ruler (com.samsung.android.ruler), Scan3D (com.samsung.android.scan3d), and the R18 Iris build (com.samsung.android.server.iris) — borrow package names of Samsung system apps, and some Galaxy phones grant those names access to more cameras. If the standard build shows only the main camera on your Galaxy, try a Samsung-named variant.
Galaxy models commonly reported working include the S23, S22 Ultra, S21, S20 Plus, A72, A51, A33, A30, M51, M31 and M10. Treat this as community-reported rather than guaranteed: results differ between regional versions, chipsets and firmware, and Samsung’s A and M series often report Camera2 at LIMITED level. A known-good config example is JavaSaBr_lmc18_s23u_v1, made for the Galaxy S23 Ultra on R18.
OnePlus Phones
OnePlus has historically strong Google Camera support, and LMC 8.4 runs on models from the OnePlus 5T up to recent flagships. There is no OnePlus-specific variant — start with the standard build.
Worth knowing: OnePlus’s own camera is faster and usually better for video, so most users keep it alongside LMC 8.4 and use the port mainly for stills. In the release notes, R8 fixed RAW geometry on OnePlus devices and R16 brought front-camera fixes for some models. Newer OxygenOS shares much of its camera stack with OPPO’s ColorOS. A commonly used config is Carlos_V2_OP12.xml for the OnePlus 12.
Reported working: OnePlus 12R, 11, 10 Pro, 9 Pro, 8 Pro, 7 Pro, 7T, 6T, 5T, and the Nord, Nord 2, Nord CE, Nord N20 and Nord N10. Nord N-series phones use different chipsets and are less predictable. Suggested starting settings: HDR+ Enhanced, Auto White Balance on the Pixel 5 model, noise reduction enabled, sharpness low, saturation medium.
Xiaomi, Redmi & POCO Phones
Xiaomi, Redmi and POCO phones are among the most common devices running LMC 8.4, and on mid-range Redmi and POCO models the improvement over stock is often most visible in high-contrast scenes and night shots. Xiaomi’s own camera is fast with strong video modes, so many users keep both.
Brand-specific issues: many Xiaomi phones only expose the ultrawide, telephoto or macro lenses to certain package names — if lenses are missing, try the Snapcam or Aweme variant. Green or pink colour casts are reported on some Redmi and POCO sensors; a config made for your exact model usually fixes it. In release history, R13 Fix 2 fixed the Xiaomi 12 Ultra and R15 improved the Xiaomi 12T Pro and Mi 11 Ultra. A known config example is bubnois-v2.xml for the POCO F4.
Reported working: Redmi Note 11 Pro, Mi 11 Ultra, POCO X3 Pro, 12S Ultra, Mi 10T 5G, plus the wider Redmi Note, POCO, Mi and flagship lines. Results vary with MIUI/HyperOS version and region.
Realme Phones
LMC 8.4 runs on many Realme phones, but Realme — like OPPO, whose software it shares — often hides auxiliary cameras from third-party apps, so expect to experiment with variants.
Release notes relevant to Realme: R8 improved video compatibility on OPPO, Vivo and Realme phones. Entry-level C-series phones with weaker chipsets are the least predictable — check Camera2 support before spending time on setup. Configs in public indexes are user-made and untested by any central team; place them in the /LMC8.4/ folder in internal storage.
Reported working: Realme 11, 10 Pro, 9i, 8 Pro, 7 Pro, Narzo 50, 50A, 60, 20, C55, C53, C35 and C21Y. Versus the stock Realme camera, LMC 8.4 typically wins on night shots, HDR and manual controls including RAW and astrophotography, while the stock app remains faster and better for video.
Motorola Phones
Motorola phones run close-to-stock Android, which usually makes them straightforward for camera ports. Motorola’s own camera is simple and fast; LMC 8.4 adds Google’s HDR+ processing and far deeper manual control.
Chipset matters here: many Moto G phones use MediaTek chips, and on MediaTek the R17 release is commonly reported as more stable than R18. A config example is Edge50ProLMC8.4R18beta.xml for the Edge 50 Pro. Benefits users report: better dynamic range and night shots, no cost, wide device support on Android 10+ 64-bit, and deep configurability. Drawbacks: occasional crashes on some models, sideloading required, some advanced modes need FULL Camera2 support, and there have been no new releases since R18 (June 2023).
XML Configs: The Short Version
Quick tip
Copy the <a href=”https://the-lmc84.com/config-file-for-lmc-8-4-apk/”>XML configs</a> into the LMC8.4 folder in your phone’s internal storage (create it if missing). Open LMC 8.4 and double-tap the dark area beside the shutter button, then pick the config from the dialog. Prefer configs made for your exact phone model and the release you’re running.
Frequently Asked Questions
It can for stills on most supported phones, but most users keep the stock app too — stock cameras are usually faster and better for video.
It is unofficial software outside the Play Store. Download from reputable indexes, verify file and package names, scan the APK, and back up your data.
Your phone exposes auxiliary lenses only to certain package names. Install a different variant of the same release — Snapcam, Aweme, or a brand-specific one.
Not strictly, but image quality is usually much better with a config tuned for your model.
R17 is the commonly recommended pick for MediaTek; R18 can be less stable there.
Conclusion
Start from your chipset and brand section above, pick the matching release and variant, and load a config made for your model. That combination — right release, right variant, right config — is what separates a flawless LMC 8.4 install from a frustrating one. If you hit issues, see our troubleshooting page. For more ideas, check our tips and tricks. Visit our download page to get started.
Want to compare all versions side by side? See all LMC 8.4 releases.