Sony ZV-E10 vs Sony ZV-E10 II: read noise comparison

The Sony ZV-E10 was measured at 31 ISO settings from ISO 50 to ISO 51200. Values are Bill Claff's (Photons to Photos) direct measurements from raw files.

At base ISO (100) read noise is 1.49 DN, or 3.7 electrons at the sensor. A second gain (dual gain) kicks in at ISO 400, cutting input-referred read noise by about 1.3 stop. Read noise keeps falling across the measured range, so the camera isn't fully ISO-invariant there. Settings above ISO 32000 don't change analog gain (digital push). Full well at base ISO is about 39,672 electrons; unity gain is around ISO 250.

The Sony ZV-E10 II was measured at 34 ISO settings from ISO 50 to ISO 102400. This model has no measurement of its own; the Sony a6700 (ES), which uses the same sensor, is shown.

At base ISO (100) read noise is 1.57 DN, or 3.8 electrons at the sensor. A second gain (dual gain) kicks in at ISO 320, cutting input-referred read noise by about 1.2 stop. From ISO 1600 up the camera is effectively ISO-invariant: raising ISO further doesn't meaningfully lower shadow noise. Settings above ISO 12800 don't change analog gain (digital push). Full well at base ISO is about 38,767 electrons; unity gain is around ISO 240.