Micromax A92 vs Nokia 5.3

Key differences

Calculated from recorded specifications using minimum difference thresholds. These are differences, not an overall ranking. For three phones, numeric highlights compare the two extremes.

• Screen diagonalA92: 1.55 in smaller diagonalA92: 5 in · 5.3: 6.55 in
• ChipsetMediatek MT6577 (40 nm) / Qualcomm SM6125 Snapdragon 665 (11 nm)A92: Mediatek MT6577 (40 nm) · 5.3: Qualcomm SM6125 Snapdragon 665 (11 nm)
• Rear camera layoutSingle / QuadA92: Single · 5.3: Quad
• Depth5.3: 2.3 mm thinner5.3: 8.5 mm · A92: 10.8 mm
• HeightA92: 17.3 mm shorterA92: 147 mm · 5.3: 164.3 mm
• Release year2013 / 2020A92: 2013 · 5.3: 2020

Relative size, not calibrated actual size. Front and side outlines share one scale and a bottom baseline. Generic outlines use recorded body dimensions, excluding camera bumps.

1. 1. A92

   Height

   147 mm

   Width

   77 mm

   Depth

   10.8 mm+2.3 mm versus 5.3

   Weight

   Unknown

2. 2. 5.3

   Height

   164.3 mm+17.3 mm versus A92

   Width

   76.6 mm

   Depth

   8.5 mm

   Weight

   185 g

Screen size

Approximate rectangular screens calculated from recorded diagonal and aspect ratio at one relative scale. Rounded corners and cutouts are not subtracted. These are not phone outlines or calibrated actual sizes.

1. 1. A92 5 in · 5:3 About 71.2 cm² rectangular area
2. 2. 5.3 6.55 in · 20:9 About 103.6 cm² rectangular area

5.3 has approximately 45.6% more rectangular screen area than A92.

Memory variants

Each row compares the same storage capacity. Cells show recorded RAM alternatives, not combined maxima. Not recorded does not mean unavailable in every market.

Practical features

Explicit Yes and No values are shown directly. Qualified or regional records retain their details. Unknown means the record is missing.

Battery capacity

Capacity is not battery life. No endurance test is implied.

Open a section for more detail. Scroll inside a table to keep phone names visible; on narrow screens, swipe sideways or use the arrow keys while the table is focused. Unknown means missing data, not No. Recorded zero values are shown as recorded.