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Nikon Z f vs Nikon Z fc: read noise comparison

Input-referred read noise at base ISO: Nikon Z f 8.3 e⁻ (ISO 100), Nikon Z fc 5 e⁻ (ISO 100).

Dual gain: Nikon Z f ISO 800, Nikon Z fc none.

Nikon Z f

The Nikon Z f was measured at 36 ISO settings from ISO 50 to ISO 204800. Values are Bill Claff's (Photons to Photos) direct measurements from raw files.

At base ISO (100) read noise is 1.55 DN, or 8.3 electrons at the sensor. A second gain (dual gain) kicks in at ISO 800, cutting input-referred read noise by about 1.7 stop. From ISO 16000 up the camera is effectively ISO-invariant: raising ISO further doesn't meaningfully lower shadow noise. Settings above ISO 64000 don't change analog gain (digital push). Full well at base ISO is about 82,262 electrons; unity gain is around ISO 540.

Nikon Z fc

The Nikon Z fc was measured at 30 ISO settings from ISO 100 to ISO 204800. Values are Bill Claff's (Photons to Photos) direct measurements from raw files.

At base ISO (100) read noise is 1.40 DN, or 5 electrons at the sensor. From ISO 12800 up the camera is effectively ISO-invariant: raising ISO further doesn't meaningfully lower shadow noise. Settings above ISO 51200 don't change analog gain (digital push). Full well at base ISO is about 55,261 electrons; unity gain is around ISO 360.

Nikon Z f vs Nikon Z fc read noise table

ISONikon Z fNikon Z fc
501.338–
641.444–
801.320–
1001.5481.404
1251.9451.670
1602.0422.056
2002.2972.828
2502.6762.990
3203.5063.605
4004.2872.532
5005.0983.031
6406.1053.117
8002.3463.864
10003.0104.925
12503.5806.063
16004.3477.062
20005.3898.694
25006.40910.629
32007.89013.086
40009.51416.111
500012.04220.112
640014.72324.761
800017.75330.696
1000023.10337.014
1280027.85839.671
1600028.84049.867
2000036.00260.969
2560047.17774.543
3200060.12992.411
4000076.639115.360
5120096.336149.086
64000122.786–
80000154.343–
102400194.012274.374
128000242.191–
204800382.681537.455

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Data: Photons to Photos · © William J. Claff