iPhone 12 Pro Max vs iPhone SE (2nd Gen)
iOS
iPhone 12 Pro Max
84.4%speed held · 5 min · multi-threadVS
iOS
iPhone SE (2nd Gen)
84.1%speed held · 30 min · multi-threadDead heat: both hold their speed equally well
84.4% against 84.1% of full speed · different test settings, see below
Under sustained load
Both hold their speed about equally: 84.4% and 84.1%. The runs used different settings (5 min · multi-thread against 30 min · multi-thread), so read the gap with care.
Throughput ribbonshare of full speed over time
| iPhone 12 Pro Max | Measure | iPhone SE (2nd Gen) |
|---|---|---|
| 5 min · multi-thread | Test | 30 min · multi-thread |
| 1.14 GIPS | Fastest sample | 0.81 GIPS |
| 0.96 GIPS | Second-half average | 0.68 GIPS |
| 69% | Lowest 5-second average | 35% |
| Serious | Hottest state reported | Nominal |
The devices
| iPhone 12 Pro Max | Measure | iPhone SE (2nd Gen) |
|---|---|---|
| iOS | Platform | iOS |
| – | Chip | – |
| – | GPU | – |
| iOS 27.0 | OS | iOS 26.6 |
More matchups
iPad mini (5th generation)84.6%
vs
iPhone 12 Pro Max84.4%
Dead heat: both hold their speed equally well
HONOR X7b84.9%
vs
iPhone 12 Pro Max84.4%
Dead heat: both hold their speed equally well
iPad (A16)85.4%
vs
iPhone 12 Pro Max84.4%
iPad (A16) holds its speed better under sustained load
iPhone 12 Pro Max84.4%
vs
iPhone 16 Pro85.5%
iPhone 16 Pro holds its speed better under sustained load
iPad (9th generation)76.9%
vs
iPhone SE (2nd Gen)84.1%
iPhone SE (2nd Gen) holds its speed better under sustained load
iPad Pro 12.9-inch (3rd generation)92.2%
vs
iPhone SE (2nd Gen)84.1%
iPad Pro 12.9-inch (3rd generation) holds its speed better under sustained load
Where does yours land?
Run the benchmark on your own device and compare it with either of these in the app.