- Jan 17, 2017
- 15,055
- 25,389
And the reviewer is still getting his "test for clarity of image" wrong.. thankfully he starting to to talk FOV finally, but again is missing the boat on a proper comparison.
Truth of the matter is the tighter FOV = longer ID distance...
If you need to see details further away get a camera with a tighter FOV / stronger lens.
Comparing a 8MP with a Lens: 124° Wide Angle View with a 2.8MM lens vs a 8MP with a Lens f=4.0mm - the 4mm lens camera should always do better with details at a distance in good lighting conditions.
It is a completely misleading to suggest a 2.8mm lens camera has any chance to compete vs a 4mm at 50 feet away.. even at 25 feet away.
The Reolink RLC-810A image capture is at 50 feet according to the reviewer, and the Reolink camera specs are 8MP with a 4mm lens. Which has a narrower FOV than the 2.8mm 8MP Annke C800 ( a Hikvision OEM camera ) he is comparing it to.
Once again, this is a deceptive review when claiming this is a "clarity review" - when really it is more a question of pixels on target.
Truth of the matter is the tighter FOV = longer ID distance...
If you need to see details further away get a camera with a tighter FOV / stronger lens.
Comparing a 8MP with a Lens: 124° Wide Angle View with a 2.8MM lens vs a 8MP with a Lens f=4.0mm - the 4mm lens camera should always do better with details at a distance in good lighting conditions.
It is a completely misleading to suggest a 2.8mm lens camera has any chance to compete vs a 4mm at 50 feet away.. even at 25 feet away.
The Reolink RLC-810A image capture is at 50 feet according to the reviewer, and the Reolink camera specs are 8MP with a 4mm lens. Which has a narrower FOV than the 2.8mm 8MP Annke C800 ( a Hikvision OEM camera ) he is comparing it to.
Once again, this is a deceptive review when claiming this is a "clarity review" - when really it is more a question of pixels on target.
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