iPhone 15 Pro Max
iPhone 15 Pro Max · Iphone
- SoC
- mt6735p
- RAM
- 16 GB
- Resolution
- 1540x720
- Android API
- 8.1 (27)
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 iphone iPhone 15 Pro Max reports its platform as mt6735p. The CPU configuration is 8-core, Cortex-A53, running up to 299 - 1300 MHz. The GPU is ARM Mali-T720. 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
16 GB of RAM is ample for any current workload, including multitasking-heavy use and on-device AI. Display resolution is 1540x720.
This record reflects Android API level 27 (8.1). Android 8–9 — legacy; many banking and DRM apps drop support at this level.
Trust & buying notes
Because this entry runs Android 8.1, treat it as a reference for older inventory: refurb shops sometimes flash old firmware to make a device look "stock," so a modern build date with this API level is a red flag.
Identity
- MANUFACTURER
- iPhone
- BRAND
- iPhone
- MODEL
- iPhone 15 Pro Max
- PRODUCT
- iPhone
Operating System
- API
- 8.1 (27)
- KERNEL
- 3.18.79
- PLATFORM
- mt6735p
SoC / CPU
- CPU
- MT6753
- CORES
- 8
- FAMILY
- Cortex-A53
- CLOCK_SPEED
- 299 - 1300 MHz
- REVISION
- r0p4
GPU
- GPU_VENDOR
- ARM
- GPU_MODEL
- Mali-T720
- GPU_VERSION
- 3.1 v1.r18p0-00cet0.78299f586f7919862c85cb764ae43fad
Memory & Storage
- RAM
- 16 GB
Display
- RESOLUTION
- 1540x720
Sensors
- ACCELEROMETER
- msa
- ALSPS
- LIGHT
- FINGERPRINT_SENSOR
- madev
Connectivity
- WIFI
- CONSYS_MT6735
Audio & Power
- CHARGER
- SWITHING_CHARGER
Other
- LENS
- MAINAF
- PMIC
- mt6311
- OTHER
- unk10 unk38 unk49 unk63
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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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