specdeviceinfo

Beeline Fast +

Beeline Fast + · Beeline

SoC
Snapdragon 210
RAM
1 GB
Resolution
1280x720
Android API
specdeviceinfo analysis

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 beeline Beeline Fast + is built around the Snapdragon 210, a budget SoC from Qualcomm. It launched in 2015 on a TSMC 28nm LP process. Entry SoC for sub-$80 phones in the mid-2010s.

Legacy. Realistic use is limited to phone calls and SMS.

Day-to-day workload

1 GB of RAM is insufficient for modern Android. Display resolution is 1280x720.

Trust & buying notes

If you're cross-checking a phone advertised as a beeline Beeline Fast +, the fields most worth verifying are: Build.MANUFACTURER lowercase-equal to "k-touch"; Build.SOC_MODEL set (Android 12+) and consistent with Snapdragon 210. For an automated check, run our Hardware Trust Score from the DevCheck AI app and compare its output against this entry.

Identity

MANUFACTURER
K-TOUCH
BRAND
Beeline
MODEL
Beeline Fast +

Operating System

PLATFORM
qcom

SoC / CPU

SOC
Snapdragon 210
CPU
msm8909
CORES
4
FAMILY
Cortex-A7
CLOCK_SPEED
200 - 1094 MHz

GPU

GPU_VENDOR
Qualcomm
GPU_MODEL
Adreno (TM) 304
GPU_CLOCK
200 - 409 MHz

Memory & Storage

RAM
1 GB
FLASH
Q72SMB

Display

RESOLUTION
1280x720
TOUCHSCREEN
Goodix-TS

Sensors

ACCELEROMETER
bma2x2-accel
ALSPS
apds993x

Audio & Power

CHARGER
USE PMIC

Other

LCM
ty_ili9881c_720p_dsi_vdo_holitech
SOUND
msm8909skucsndc
PMIC
tps65132
OTHER
camera qcom,actuator
DevCheck AI · v1.0.4

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
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  • SoC variant + big.LITTLE breakdown
  • Multi-source thermal monitoring