GT-N7000B
GT-N7000B · Samsung
- SoC
- smdk4210
- RAM
- 1 GB
- Resolution
- 1280x800
- 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 samsung GT-N7000B reports its platform as smdk4210. The CPU configuration is 2-core, Cortex-A9, running up to 200 - 1400 MHz. The GPU is ARM Mali-400 MP. Without a confirmed SoC tier mapping for this platform string, we treat the device as unverified. If you're using this entry to compare against a phone you're inspecting, focus on the raw fields below rather than tier-level conclusions.
Day-to-day workload
1 GB of RAM is insufficient for modern Android. Display resolution is 1280x800.
Identity
- MANUFACTURER
- samsung
- BRAND
- samsung
- MODEL
- GT-N7000B
Operating System
- PLATFORM
- smdk4210
SoC / CPU
- CPU
- SMDK4210
- CORES
- 2
- FAMILY
- Cortex-A9
- CLOCK_SPEED
- 200 - 1400 MHz
GPU
- GPU_VENDOR
- ARM
- GPU_MODEL
- Mali-400 MP
Memory & Storage
- RAM
- 1 GB
- FLASH
- VYL00M
Display
- RESOLUTION
- 1280x800
- TOUCHSCREEN
- Atmel MXT540E sec_touchkey_driver
Sensors
- ACCELEROMETER
- mc1n2
- GYROSCOPE
- K3G
- MAGNETOMETER
- AK8975
- ALSPS
- gp2a
Connectivity
- WIFI
- bcm4330
- NFC
- pn544
Audio & Power
- CHARGER
- max17042 smb328-charger
Other
- SOUND
- U1YMU823
- OTHER
- dummy max8997 s5p_ddc sii9234_mhl_tx sii9234_tpi sii9234_hdmi_rx sii9234_cbus k3dh k3g ak8975 bmp180 wacom_g5sp_i2c Si4709
Related devices
Other phones in our database with similar hardware — same brand or same SoC.
Spot a refurbished, cloned,
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.
- ✓ Hardware Trust Score
- ✓ Real Battery State-of-Health
- ✓ SoC variant + big.LITTLE breakdown
- ✓ Multi-source thermal monitoring