23117RA68G · 8 variants · 2,231 samples
Android
16 Unknown
Battery
5000 mAh
Technology
Li-poly
Chipset
garnet
Memory
12GB · 512GB
Display
1220x2712 (120Hz)
Model
23117RA68G
Android
16 Unknown
Battery
5000 mAh
Technology
Li-poly
Chipset
emerald
Memory
12GB · 512GB
Display
1080x2400 (120Hz)
Model
23117RA68G
Android
16 Unknown
Battery
5000 mAh
Technology
Li-poly
Chipset
emerald
Memory
8GB · 256GB
Display
1080x2400 (120Hz)
Model
23117RA68G
Android
16 Unknown
Battery
5000 mAh
Technology
Li-poly
Chipset
emerald
Memory
8GB · 128GB
Display
1080x2400 (120Hz)
Model
23117RA68G
Android
16 Unknown
Battery
5000 mAh
Technology
Li-poly
Chipset
garnet
Memory
8GB · 128GB
Display
1220x2712 (120Hz)
Model
23117RA68G
Android
16 Unknown
Battery
5000 mAh
Technology
Li-poly
Chipset
emerald
Memory
8GB · 256GB
Display
1080x2400 (120Hz)
Model
23117RA68G
Android
16 Unknown
Battery
5000 mAh
Technology
Li-poly
Chipset
garnet
Memory
8GB · 256GB
Display
1220x2712 (120Hz)
Model
23117RA68G
Android
16 Unknown
Battery
5000 mAh
Technology
Li-poly
Chipset
parrot
Memory
12GB · 256GB
Display
1220x2712 (120Hz)
Model
23117RA68G
Screen-on time
8h 30min
estimated on a full charge
Estimated battery life
13h 0min
estimated on a full charge
See your own charging speed, screen-on time and battery health in real time with Battery Guru.
Get Battery GuruSpotted a mistake?
Specs or numbers look off for the Redmi Note 13 Pro? Let us know and we'll fix it.
The Redmi Note 13 Pro packs a 5000 mAh Li-poly battery and lasts about 13h 0min on a full charge with around 8h 30min of screen-on time. Every figure is aggregated anonymously from real Note 13 Pro owners using Battery Guru (1 samples), so it reflects everyday usage rather than lab claims.
Based on 1 anonymized sample from Battery Guru.
Aggregated Battery Guru data shows the Redmi Note 13 Pro lasts about 13h 0min on a full charge, with roughly 8h 30min of screen-on time.
The Note 13 Pro has a 5000 mAh Li-poly battery.
It is aggregated anonymously from real Note 13 Pro owners using the Battery Guru app (1 samples), reflecting real-world usage rather than manufacturer specifications.