Looked into this a while ago. It uses sort of uPNP and SOAP over HTTP. It doesn't comply to a particular standard. Best thing to do is use the PC control app and wireshark to monitor it.
Its probably easier to use discrete IR codes....I'm not a fan of IR but it may be the only feasible way!!
Looked into this a while ago. It uses sort of uPNP and SOAP over HTTP. It doesn't comply to a particular standard. Best thing to do is use the PC control app and wireshark to monitor it.
Its probably easier to use discrete IR codes....I'm not a fan of IR but it may be the only feasible way!!
Having come through the era of projectors being king I tended to try and deal with plasma displays the same way: fairly comprehensive control and two-way communications. But that vine has fairly dried up as manufacturers have gone away from including rs232. However, they really haven't migrated towards IP either in a strict control system sense. They tend to be moving toward http and proprietary apps that connect via some kind of cloud.
Hopefully as TVs get a little more settled on their features ( quietly snickering to myself) they might get 'round to re-tooling the control protocol. Until then, as long as they at least give us some kind of discrete power commands I'll be happy.
As you might know the PJLink protocol is a standard protocol to have access on basic functions like power on/off, switching the input source etc. Normally projectors have included this protocoll.
I think Panasonic also offers the possibility to send the rs232 codes via a lan connection to control the professional display range devices (and also the professional projectors range). Normally the port they use is 1024. But I did not try this.
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My LG LCD TV has IP control, but it's much of a hassle, and you can't power on the LCD through IP...
Looked into this a while ago. It uses sort of uPNP and SOAP over HTTP. It doesn't comply to a particular standard. Best thing to do is use the PC control app and wireshark to monitor it.
Its probably easier to use discrete IR codes....I'm not a fan of IR but it may be the only feasible way!!
Having come through the era of projectors being king I tended to try and deal with plasma displays the same way: fairly comprehensive control and two-way communications. But that vine has fairly dried up as manufacturers have gone away from including rs232. However, they really haven't migrated towards IP either in a strict control system sense. They tend to be moving toward http and proprietary apps that connect via some kind of cloud.
Hopefully as TVs get a little more settled on their features ( quietly snickering to myself) they might get 'round to re-tooling the control protocol. Until then, as long as they at least give us some kind of discrete power commands I'll be happy.
I have successfully controlled a Panasonic plasma with the PJLink module available @ amx.com - the model of the plasma was TH-65PF30. See more information about the plasma at http://panasonic.net/prodisplays/products/category_standard_pdp.html
The online event is like this:
As you might know the PJLink protocol is a standard protocol to have access on basic functions like power on/off, switching the input source etc. Normally projectors have included this protocoll.
I think Panasonic also offers the possibility to send the rs232 codes via a lan connection to control the professional display range devices (and also the professional projectors range). Normally the port they use is 1024. But I did not try this.
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