Well that’s about it for the core hardware components of this project, if I have missed anything I will be sure to add it as I go with the guide. Â As a result I wont go into this unless I get time □ Â The CA-42 cable is utilised to get serial connectivity to the Dockstar, a really good guide on adding a serial header to the device can be found here : Highly recommended read. eSATA SheevaPlug GuruPlug Server Standard GuruPlug Server Plus Seagate FreeAgent DockStar (limited support: only if you added a serial console). This post will describe how to add a SuperDroid serial cable compatible header to the Dockstar. Â I have since purchased a Gigabit version to use. Â Initially I tested with a 100mbit Step down adapter however I had duplexing issue with the network interface on the Dockstar and I couldn’t seem to change these settings. Â The Dockstar itself takes 12VDC so i tested the current draw of the unit with both cameras running and it came well under 1AMP, therefore when the 48VDC POE provides is step down to 12VDC I had plenty of current to play with. This means we won't need to waste a port on the Dockstar, as the male USB. (Hope that made sense) □įor my setup I have the following Hardware Ħ) Relevant tools to dismantle the Dockstar and Cameras.Īt home I use a POE switch so I try to power everything I can off this. I picked up an IOGEAR USB->DVI external graphics adapter for 50 open box at. You have remove the screws under the rubber pads and strongly pull apart the blue from the black parts to access it. Below is a list of components required to achieve a homegrown dual USB to IP camera. Serial Connector Linksys engineers were really cool with this device, you dont need a soldering iron as they already placed the connector inside.
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