I want some of these, but have already spent about $900 this week on HA toys, and really need to know that someone got them working and that they are nice, etc.
I don't need any more $250 toys on my garage shelf =(
If someone gets one hooked up, please write at least a little mini review so I can decide to break down and at least get one. Else I would rather spend the extra hundred or two and get the Planar one.
Thanks!
Vaughn
I bought one also, tested and liked it enough buy a second. Thanks Hult for the great review and suggestions about the power supply. If yo do get around to making the mods, we would love the to know the details.
I want some of these, but have already spent about $900 this week on HA toys, and really need to know that someone got them working and that they are nice, etc.
I don't need any more $250 toys on my garage shelf =(
If someone gets one hooked up, please write at least a little mini review so I can decide to break down and at least get one. Else I would rather spend the extra hundred or two and get the Planar one.
Thanks!
Vaughn
I received one, played with it for a while, and ordered two more. I hooked it up to a mini-itx that goes under the bottom-most shelf of an under-counter kitchen cabinet for use as the kitchen PC. The LCD will be embedded in an exterior wall above the counter.
-- Screen is bright , good contrast, rectangular (no pincushion/barrelling) extends to margins, no noticeable smear, no noticeable flickering, no bad pixels. Angle of vision is tolerably wide. We don't do games, so I can't report on high-speed video.
Screen surface is better than I expected. No too much glare (there is some). The surface appears to be glass, and is not a loose plastic film. Apparently will be much more durable/cleanable than (eg) Fujitsu tablets. Still seems fragile compared to a glass touch-screen CRT though.
-- I've used 3M touch drivers before. Lots of options to suit most applications and personal preferences.
--- Mounting is straight-forward _if_ you create a lip for the top edge to hang on. I stll haven't decided how to create the decorative frame. I'm visiting a frame shop to see if there is standard framestock that will work for hanging the next two on the wall like a picture. I will probably have to fabricate the frame for the embedded kitchen LCD myself out of aluminum stock and spray/anodize it black.
-- Can't speak to heat issues yet. But I did take off the back to find that the built-in 110VAC power supply should be straight-forward to bypass and(or) remove. The system does not use the 3.3 vdc rail of the built-in supply so I should be able to replace it with an external DC-DC supply. We have distributed, battery-backed 28vdc in the house. So the entitre system (PC and LCD) will be battery-backed from the central supply and the LCD can serve as emergency lighting.
Changing the power supply has the added benefit of reducing heat production by ~10-30% because the power loss of the converter ( it is <100% efficient) will be moved external to the LCD cavity. A thermally bonded aluminum frame would also help to dissipate heat.
The kitchen PC system will be used to (among other things) to monitor and control ovens and vents. Plenty of thermocouple inputs are available so I'll instrument the cavity while I'm at it.
HTH ... Marc
I bought one also, tested and liked it enough buy a second. Thanks Hult for the great review and suggestions about the power supply. If yo do get around to making the mods, we would love the to know the details.
How did you get the touch drivers to work? I have tried a few of the 3M drivers but cannot get any of them to work. I can tell it what device and what com port, but it always times out trying to detect it. The odd thing is that if i touch the screen, the mouse jumps randomly around the screen, so it is getting input, but not the proper input or calibration. I have tried calibrating, but that did nothing. the mouse still jumps around.
OS: XP pro
usb->serial device: generic usb 1.1 to serial DB9. com, fifo, baud, all set to same as touch driver software, even tried different baud rates.
Marc --
Thank you for the detail, that's a fantastic post, and I think deserves a new thread! I'm no electrician, but I know my way around a wall-switch. Here's what I think you just said:
You have:
1) high efficiency AC--> DC conversion. Essentially, no wall-warts that suck power when not in use, and I bet the gold cart chargers do a reasonably efficient job of conversion. (generally, there are increasing efficiencies to scale)
2) Eliminated the need for localPC power supplies (eg: fans). This means that your PCs are probably silent, produce less heat, and are less likely to get fried by (bad power supply being a major cause of PC and/disk failure)
3) Have central battery backups for your house (instead of many distributed UPS), that control a bunch of stuff
4) Are all set for any future PV Solar install --> you might be able to get by without purchasing an inverter!
5) Seems like you're energy efficient, especially on lighting.
I'm curious on costs. The wiring, golf-cart chargers, and batteries don't seem very expensive. What about your controller? (I found a 10 channel for $155CAN @ http://www.escience.ca/hobby/RENDER/0001/2...035/12075.html) Does your controller integrate with an automation system?
I'm curious on costs. The wiring, golf-cart chargers, and batteries don't seem very expensive. What about your controller? (I found a 10 channel for $155CAN @ http://www.escience.ca/hobby/RENDER/0001/2...035/12075.html) Does your controller integrate with an automation system?