Digimanie.cz | Panasonic Lumix S5: Dual Native ISO V-Log Comparison @digimaniecz | Uploaded 3 years ago | Updated 6 minutes ago
Panasonic Lumix S5 (DC-S5) full frame mirrorless camera has a 24MPx sensor with dual native ISO capability. That means it has two separate circuit which can be used for a base ISO sensitivity. In V-Log mode, the camera has two native sensitivities, ISO 640 and ISO 4000. In practise, it should mean that ISO 4000 will have a less noise than lower ISO 3200.
So, is that true? You may look at out comparison test. Most of the samples are aligned as ISO 640 - ISO 4000 - ISO 3200, so you may compare bot of the native sensitivities and and also you can compate ISO 3200 and ISO 4000. Some of the samples in the end are provided in ISO 4000 and ISO 3200 only (usually because the low-light would not allow to use ISO 640).
The non-graded and color-graded versions of the footage are both shown. For grading, I have used the oficial V-Log-V709 LUT provided by Panasonic. Each scene is accompanied by a footage which is 2x enlargened in order to make the noise more visible and the comparison easier.
Panasonic Lumix S5 (DC-S5) full frame mirrorless camera has a 24MPx sensor with dual native ISO capability. That means it has two separate circuit which can be used for a base ISO sensitivity. In V-Log mode, the camera has two native sensitivities, ISO 640 and ISO 4000. In practise, it should mean that ISO 4000 will have a less noise than lower ISO 3200.
So, is that true? You may look at out comparison test. Most of the samples are aligned as ISO 640 - ISO 4000 - ISO 3200, so you may compare bot of the native sensitivities and and also you can compate ISO 3200 and ISO 4000. Some of the samples in the end are provided in ISO 4000 and ISO 3200 only (usually because the low-light would not allow to use ISO 640).
The non-graded and color-graded versions of the footage are both shown. For grading, I have used the oficial V-Log-V709 LUT provided by Panasonic. Each scene is accompanied by a footage which is 2x enlargened in order to make the noise more visible and the comparison easier.
