Nothing fancy; just shutdown.Also how specific is the shut down command? I can still do the full shutdown manually at the end of every day,so what I want is for it to be put into standby automatically every time I turn the ignition off rather than a full power down,is this possible with either of these units? This is purely for short stops like 5 minutes or so where I don't want to have to wait for it to do a full reboot every time,but I can just tap play to wake it up again from where it was before being put into standby.
Current configs with regular motherboards; I just shut off the car; the AUX voltage off sends the command to shut down. I know its shutting down because I put in a "shutdown" wave file such that I could hear it shutting down. Now without those motherboard pins on the Joggler; you would shut down the AUX.
Putting the Joggler in suspend mode will not work cuz you cannot wake it up and today with any carpc it is not recommended to do this anyways.
Anything you want that you can do. The Joggler cannot be put into suspend mode and woken up. You can only do a system shutdown and startup.So how about my question earlier,can the intelligent power supply be set to turn it off fully (i.e. power off) or just to put it into standby on ignition off?
USB Interface: This serves several important purposes.
-The most important purpose is that it gives the SDC an unprecedented level of control over the power state of the PC. 'Regular' SDC's use the PC's power button only and as such have limited control over power states. With the USB interface, the SDC can order the PC into any power state through software(standby, hibernate, shutdown). The most interesting application (IMHO) is that the PC can be placed into standby, and if left alone for too long, booted back up, and then put into hibernate.
-The USB interface also provides interface opportunities - allowing settings to be viewed and changed through a software interface, as well as monitoring voltages/temperatures, perhaps controlling some auxiliary outputs, etc. All my interfacing has been in C# .NET 2.0 and in the end should be compatible with other languages via a DLL or similar.
-The USB interface also allows a bootloader to be used, allowing firmware to be easily updated through software without a programmer or any other hardware required.
Of course, as a failsafe, the SDC is designed to operate just fine as a traditional SDC when the USB interface is not available (cable unplugged, software crashes, etc)