calculateppi.com
English
English

Redmi Note 13 Pro — 445.8 PPI

The Redmi Note 13 Pro features a 6.67-inch 1.5K AMOLED 120Hz display at 1220 × 2712 pixels with 446 PPI.

445.8
PPI
Retina-class

At 446 PPI, this is an exceptionally high pixel density. Well beyond the perceptual limit for most viewing scenarios. Common on flagship phones where manufacturers prioritize display specifications.

Resolution
1220 × 2712
Screen size
6.67″
Aspect ratio
0.45:1
Dot pitch
0.057 mm
Total pixels
3,308,640 px
Megapixels
3.31 MP
Retina estimate
Yes ✓
Min. view distance
7.7″ / 19.6 cm
Released
2023

How sharp is the Redmi Note 13 Pro display?

The phone panel measures 445.8 PPI from its1,220 × 2,712 resolution across a 6.67″ diagonal.At a typical phone viewing distance of 10–14 inches (25–35 cm), individual pixels become indistinguishable beyond roughly 7.7″ / 19.6 cm — the 20/20 visual-acuity limit for this density. At 445.8 PPI, the panel is comfortably in Retina-class territory for its use case.

At 446 PPI, this is an exceptionally high pixel density. Well beyond the perceptual limit for most viewing scenarios. Common on flagship phones where manufacturers prioritize display specifications.

Redmi Note 13 Pro vs the phone lineup

Across the 71 phones in this database, the average pixel density is447.1 PPI. The Redmi Note 13 Pro sits at 445.8 PPI —1.3 PPI below the category average, sharper than 39% of its peers.

For context outside the phone class: 445.8 PPI is about 2.0× the density of the 27" 5K Monitor reference display (217.6 PPI).

More Xiaomi devices

Compare with similar phones

Calculate any screen's PPI

PPI Calculator

√(W² + H²) ÷ size | PPI ±0.1
Resolution Presets
Device Presets
Screen size
in
Use the diagonal printed on the box or spec sheet.
—
PPI
—

Retina estimate
—
Dot pitch
—
Total pixels
—
Megapixels
—
Aspect ratio
—
Min. distance
—
StandardHighUltra HighRetina

See the pixel density

—

Higher PPI packs more pixels into the same physical area, producing smaller pixels and finer detail.

Relative Pixel Size:—
Simulated Dot Pitch:—
PPI = √(W² + H²) ÷ diagonal