CUBOT_NOTE_S
CUBOT_NOTE_S · Cubot
- SoC
- mt6580
- RAM
- 2 GB LPDDR3_1066
- Resolution
- 1280x720
- Android API
- —
What this hardware actually means
Editorial interpretation generated from the device's self-reported fields and our SoC tier database. Cross-reference with the raw fields below; if you spot a contradiction, please tell us.
Platform & performance positioning
The cubot CUBOT_NOTE_S is built around the MT6580, a budget SoC from MediaTek. It launched in 2015 on a TSMC 28nm process. Ultra-budget 3G SoC of the mid-2010s; in countless white-label Android phones.
Legacy. Not realistically usable as a primary phone in 2026.
Day-to-day workload
2 GB LPDDR3_1066 of RAM is below the realistic minimum for current Android — expect Android to aggressively kill background apps. Display resolution is 1280x720.
Trust & buying notes
If you're cross-checking a phone advertised as a cubot CUBOT_NOTE_S, the fields most worth verifying are: Build.MANUFACTURER lowercase-equal to "cubot"; Build.SOC_MODEL set (Android 12+) and consistent with MT6580. For an automated check, run our Hardware Trust Score from the DevCheck AI app and compare its output against this entry.
Identity
- MANUFACTURER
- CUBOT
- BRAND
- CUBOT
- MODEL
- CUBOT_NOTE_S
Operating System
- PLATFORM
- mt6580
SoC / CPU
- CPU
- MT6580
- CORES
- 4
- FAMILY
- Cortex-A7
- CLOCK_SPEED
- 604 - 1300 MHz
GPU
- GPU_VENDOR
- ARM
- GPU_MODEL
- Mali-400 MP
- GPU_CLOCK
- 107 - 500 MHz
Memory & Storage
- RAM
- 2 GB LPDDR3_1066
- FLASH
- Q823MB
Display
- RESOLUTION
- 1280x720
- TOUCHSCREEN
- gt9xx
Sensors
- ACCELEROMETER
- MXC622X:2
- ALSPS
- ltr559
Connectivity
- WIFI
- CONSYS_MT6735
Audio & Power
- CHARGER
- fan5405 ncp1851
Other
- LCM
- xc_rm68200_dsi_vdo_hd720
- CAMERA
- ov5648mipigc2355mipiraw
- LENS
- MAINAF DW9714AF GAF001AF FM50AF GAF002AF GAF008AF BU6424AF
- SOUND
- amp_6323pmic_spk
- MODEM
- M800_ALLINONE_M_PHASE1
- OTHER
- kd_camera_hw kd_camera_hw_bus2
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or emulated phone in 3 seconds.
DevCheck AI cross-checks 8 hardware signals on your Android device — CPU cores, ABI, SoC↔GPU vendor pairing, sensor presence, build fingerprint structure and more — and gives a single Hardware Trust Score.
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