specdeviceinfo

KT107H

KT107H · Jty

SoC
mt6582
RAM
2 GB LPDDR3
Resolution
1280x800
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 jty KT107H is built around the MT6582, a budget SoC from MediaTek. It launched in 2013 on a TSMC 28nm process. Cheap 4-core SoC of the early-2010s feature-phone-replacement wave.

Legacy. Calls and SMS only.

Day-to-day workload

2 GB LPDDR3 of RAM is below the realistic minimum for current Android — expect Android to aggressively kill background apps. Display resolution is 1280x800.

Trust & buying notes

If you're cross-checking a phone advertised as a jty KT107H, the fields most worth verifying are: Build.MANUFACTURER lowercase-equal to "jty"; Build.SOC_MODEL set (Android 12+) and consistent with MT6582. For an automated check, run our Hardware Trust Score from the DevCheck AI app and compare its output against this entry.

Identity

MANUFACTURER
JTY
BRAND
JTY
MODEL
KT107H

Operating System

PLATFORM
mt6582

SoC / CPU

CPU
MT6582
CORES
8
FAMILY
Cortex-A7
CLOCK_SPEED
598 - 2000 MHz

GPU

GPU_VENDOR
ARM
GPU_MODEL
Mali-400 MP

Memory & Storage

RAM
2 GB LPDDR3
FLASH
H16GE2

Display

RESOLUTION
1280x800
TOUCHSCREEN
mtk-tpd

Sensors

ACCELEROMETER
MC3XXX

Connectivity

WIFI
CONSYS_MT6582

Audio & Power

CHARGER
fan5405

Other

CAMERA
ov8858_mipi_rawgc8024mipi_raws5k4e2ya_mipi_rawa5142_mipi_rawgc5005mipi_rawov5647mipi_rawgc5025_mipi_rawhi351_yuvgc2385_main_mipi_rawgc2355mipi_rawgc2235mipi_rawgc2365mipi_rawov3630_mipi_rawgc2385mipi_rawgc2235submipi_rawgc2365submipi_rawgc0339mipi_rawgc0310mipi_yuvgc030amipi_raw
LENS
FM50AF FM50AF_gc5005 FM50AF_a5142
SOUND
amp_yad
MODEM
joya82_wet_kk_hspa_b1258
OTHER
dummy_cam_cal kd_camera_hw dummy_eeprom
DevCheck AI · v1.0.4

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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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