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Sony a6000 vs Sony a6300: read noise comparison

Input-referred read noise at base ISO: Sony a6000 5 e⁻ (ISO 100), Sony a6300 3.9 e⁻ (ISO 100).

Dual gain: Sony a6000 none, Sony a6300 ISO 400.

Sony a6000

The Sony a6000 (ILCE-6000) was measured at 25 ISO settings from ISO 100 to ISO 25600. Values are Bill Claff's (Photons to Photos) direct measurements from raw files.

At base ISO (100) read noise is 2.45 DN, or 5 electrons at the sensor. From ISO 1600 up the camera is effectively ISO-invariant: raising ISO further doesn't meaningfully lower shadow noise. Settings above ISO 10000 don't change analog gain (digital push). Full well at base ISO is about 32,205 electrons; unity gain is around ISO 200.

Sony a6300

The Sony a6300 (ILCE-6300) was measured at 28 ISO settings from ISO 100 to ISO 51200. Values are Bill Claff's (Photons to Photos) direct measurements from raw files.

At base ISO (100) read noise is 1.61 DN, or 3.9 electrons at the sensor. A second gain (dual gain) kicks in at ISO 400, cutting input-referred read noise by about 1.1 stop. From ISO 1000 up the camera is effectively ISO-invariant: raising ISO further doesn't meaningfully lower shadow noise. Settings above ISO 5000 don't change analog gain (digital push). Full well at base ISO is about 38,355 electrons; unity gain is around ISO 240.

Sony a6000 vs Sony a6300 read noise table

ISOSony a6000Sony a6300
1002.4451.613
1252.8481.892
1603.1602.266
2003.6052.751
2504.3473.294
3205.0983.945
4006.1052.282
5007.3112.676
6408.8153.249
80010.7033.945
100013.0864.823
125015.7805.979
160019.0277.311
200023.2649.126
250028.44311.236
320034.53513.929
400043.71317.268
500053.81720.821
640064.00021.259
800082.71128.051
10000103.25033.359
12800102.53729.041
16000128.89036.758
20000163.14444.942
25600203.65757.282
32000–73.009
40000–91.773
51200–113.772

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Data: Photons to Photos · © William J. Claff