Difference between revisions of "Single Board Computers"
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The following pages cover Single Board Computers with Zoneminder. | The following pages cover Single Board Computers with Zoneminder. | ||
Traditionally, these are ARM based; The Raspberry Pi, The Beaglebone, and others. For those not experienced with ARM these devices perform at level below an x86 based motherboard, yet offer lower power consumption and purchase cost. When using an ARM board, it is recommended to run cameras at lower resolutions (e.g. 640x480 or 800x600), and lower frame rates. | Traditionally, these are ARM based; The Raspberry Pi, The Beaglebone, and others. For those not experienced with ARM these devices perform at level below an x86 based motherboard, yet offer lower power consumption and purchase cost. When using an ARM board, it is recommended to run cameras at lower resolutions (e.g. 640x480 or 800x600), and lower frame rates. Additionally, zones should be smaller, as analysis of motion will use up CPU. Alternatively, you can avoid Modect and Mocord and use Record. | ||
Single Board Computers work well for a small home setup, or as an adjunct to a larger camera system. For large camera systems, they are not | Single Board Computers (ARM) work well for a small home setup, or as an adjunct to a larger camera system. For large camera systems, they are not usually powerful enough. | ||
Revision as of 20:58, 22 August 2019
The following pages cover Single Board Computers with Zoneminder.
Traditionally, these are ARM based; The Raspberry Pi, The Beaglebone, and others. For those not experienced with ARM these devices perform at level below an x86 based motherboard, yet offer lower power consumption and purchase cost. When using an ARM board, it is recommended to run cameras at lower resolutions (e.g. 640x480 or 800x600), and lower frame rates. Additionally, zones should be smaller, as analysis of motion will use up CPU. Alternatively, you can avoid Modect and Mocord and use Record.
Single Board Computers (ARM) work well for a small home setup, or as an adjunct to a larger camera system. For large camera systems, they are not usually powerful enough.
Usage
There are at least three ways an SBC can be used with ZM (this also applies to any computer...)
- ZM server
- ZM client (viewing ZM and displaying feeds on a monitor)
- Camera (attached via usb or other peripheral)
List
As Server
- Raspbian - General Raspbian info
As Client
- Dedicated SBC Camera Monitor Beaglebone w/Devuan Jessie & Firefox
As Camera
Resources
Zoneminder Blogspot - Notes on Various Single Board Computers
