Cameras: Difference between revisions
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=== [https://store.ui.com/collections/unifi-protect-cameras/products/uvc-g4-bullet Ubiquiti Camera G4 Bullet] === |
=== [https://store.ui.com/collections/unifi-protect-cameras/products/uvc-g4-bullet Ubiquiti Camera G4 Bullet] === |
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A higher resolution version of the G3 bullet, but requires 802.3af PoE (not the passive PoE used by most nodes). |
A higher resolution version of the G3 bullet, but requires 802.3af PoE (not the passive PoE used by most nodes). |
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| + | === [https://store.ui.com/collections/unifi-protect-cameras/products/unifi-video-g3-flex-camera Ubiquiti Camera G3 Flex] === |
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| + | A cheaper version of the G3 Bullet, but requires 802af PoE like the G4 Bullet. |
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== Other Cameras == |
== Other Cameras == |
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=== [https://smile.amazon.com/Amcrest-Security-Waterproof-5-Megapixel-IP5M-B1186EW-28MM/dp/B08K1M34ZQ/ Amcrest UltraHD 5MP Outdoor POE Camera] === |
=== [https://smile.amazon.com/Amcrest-Security-Waterproof-5-Megapixel-IP5M-B1186EW-28MM/dp/B08K1M34ZQ/ Amcrest UltraHD 5MP Outdoor POE Camera] === |
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| − | Amcrest make rugged, cheap, security cameras.They require 12V external or |
+ | Amcrest make rugged, cheap, security cameras.They require 12V external or 802.3af PoE (most nodes use 24V Passive PoE). They don't provide a public snapshot page, but you can add this by installing software on one of your nodes from [https://github.com/kn6plv/amcrest-cam here]. |
=== [https://smile.amazon.com/gp/product/B0815KT8WC/r Ricoh Theta SC2 (360° Camera)] === |
=== [https://smile.amazon.com/gp/product/B0815KT8WC/r Ricoh Theta SC2 (360° Camera)] === |
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| − | Ricoh Theta are a range of 360° degree |
+ | Ricoh Theta are a range of 360° degree cameras which create a merged image from two fish eye lenses. The image cannot be directly displayed from the camera onto the mesh and require some addition [https://github.com/kn6plv/SphericalCam web-based viewing software] running on a Raspberry Pi. The cameras have internal flash storage for photos and an internal battery, but can also be powered from micro-USB. The camera is controlled over WiFi using the [https://developers.google.com/streetview/open-spherical-camera/reference OSC API]. |
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| + | == Power == |
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| + | While some cameras can be powered using the passive 24V PoE (the same as most nodes), many cannot. For these case power converters or injectors are required. |
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| + | === [https://smile.amazon.com/gp/product/B07HG6XCKX/ 24V to 12V Converter] === |
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| + | This converter accepts a passive 24V PoE input and spits it into separate non-PoE ethernet and 12V outputs. Useful for camera such as Amcrest which support external 12V power. |
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| + | === [https://smile.amazon.com/Injector-Adapter-1000Mbps-802-3af-Compliant/dp/B07V24C4M8/ 802.3af Injectors] === |
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| + | 802.3af injectors (there are many) can be used to provide power to many of the non-passive PoE cameras. |
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Revision as of 21:56, 8 June 2022
Camera are an easy additional to a node, and is often the first thing a node owner will add. Some camera have lots of experienced and helpful users; other are more experimental.
Camera pages
Recommended Cameras
The recommended cameras are easy to setup, and require no extra software to access from the mesh.
Ubiquiti Camera G3 Bullet
One of the easier camera to start with, supporting the same passive PoE voltage as the nodes, so can be plugged into the same power injectors or into the auxiliary ethernet port found on some nodes.
Ubiquiti Camera G4 Bullet
A higher resolution version of the G3 bullet, but requires 802.3af PoE (not the passive PoE used by most nodes).
Ubiquiti Camera G3 Flex
A cheaper version of the G3 Bullet, but requires 802af PoE like the G4 Bullet.
Other Cameras
Other cameras that can be used, but require extra software before they can be viewed on the mesh.
Amcrest UltraHD 5MP Outdoor POE Camera
Amcrest make rugged, cheap, security cameras.They require 12V external or 802.3af PoE (most nodes use 24V Passive PoE). They don't provide a public snapshot page, but you can add this by installing software on one of your nodes from here.
Ricoh Theta SC2 (360° Camera)
Ricoh Theta are a range of 360° degree cameras which create a merged image from two fish eye lenses. The image cannot be directly displayed from the camera onto the mesh and require some addition web-based viewing software running on a Raspberry Pi. The cameras have internal flash storage for photos and an internal battery, but can also be powered from micro-USB. The camera is controlled over WiFi using the OSC API.
Power
While some cameras can be powered using the passive 24V PoE (the same as most nodes), many cannot. For these case power converters or injectors are required.
24V to 12V Converter
This converter accepts a passive 24V PoE input and spits it into separate non-PoE ethernet and 12V outputs. Useful for camera such as Amcrest which support external 12V power.
802.3af Injectors
802.3af injectors (there are many) can be used to provide power to many of the non-passive PoE cameras.