| 9:40 pm on Oct 1, 2009 (gmt 0)|
soooooooo instead of the wire just going into the back of the laptop, it goes into the back of a pad that your laptop sits on top of. hmmmm
so if you are hauling your laptop around you need to remember 3 things
if you are sitting around on the couch and your battery is running low but you just want to plug it in and keep going... sit the pad on your lap thats plugged in.
some things are just stupid to do wirelessly and this is one of them. sure its cool for a bunch of mobile devices that you can throw on 1 pad and they all charge but this use of the tech seems silly.
| 4:26 am on Oct 5, 2009 (gmt 0)|
Sounds like a great idea actually. If they can standardize these pads among manufacturers and then allow a variety of devices to charge wirelessly that could be quite convenient.
| 5:15 pm on Oct 7, 2009 (gmt 0)|
HA HA HA .they can't even use a standarized power supply or motherboard!
| 6:28 pm on Oct 7, 2009 (gmt 0)|
The announcement prompted me to dig a bit deeper... There is a good demo video on TED that shows the potential of wireless energy transfer.
Kudos to Dell (did I really just write that?) for adding this feature to their new model.
Think big: did anyone patent parking lot recharge pads for electric vehicles yet? ;)
| 6:43 pm on Oct 7, 2009 (gmt 0)|
As a demonstration of technology, it is interesting, however, as a practical feature, it is a non-starter.
If is could suck energy from a wall-mounted coil up to twenty feet away with an efficiency of more than 90%, it might be useful but nothing less capable than that is likely to be adopted for laptops.
If Dell want to introduce something new and useful, how about pushing an industry-standard power supply (that uses an IBM connector because the Dell ones are useless).
| 5:25 pm on Oct 9, 2009 (gmt 0)|
Well, if there was a standard, it would be Really Nifty to build this into aircraft tray tables....
| 10:53 am on Oct 10, 2009 (gmt 0)|
More generally, a standard DC supply voltage needs to be agreed (not just for laptops but all DC devices). With a standard connector, many things become easier.
One thing that puzzles me is why laptops tend to use 18V or thereabouts for power supplies - you would think 10V to 15V would be more sensible since they could then be plugged directly into a car's electrical system (provided adequate filtering was used).
| 3:04 pm on Oct 10, 2009 (gmt 0)|
My old toshiba portege 7010c ( that I use for listening to radio 4 via iplayer and email )runs on 15v DC at 3 amps ..I just checked the power brick ..
| 7:25 pm on Oct 11, 2009 (gmt 0)|
I wonder how would "laptop-toothbrush" crossover look? Can we charge Oral-B on it?
| 10:43 pm on Oct 11, 2009 (gmt 0)|
| 9:27 am on Oct 12, 2009 (gmt 0)|
I just checked three supplies I have to hand...
Toshiba : 15V
IBM : 16V
Dell : 19.5V
There's no reason why these should be different, they just are. All that's needed is a standard voltage and maybe three different ratings (for netbooks, laptops and desktop-replacements, maybe 50W, 75W and 100W) with a connector designed so that a 100W supply can be used on a 50W laptop but not vice-versa.
| 8:56 pm on Oct 12, 2009 (gmt 0)|
but they they can't make 150 bux everytime you lose your cord and PS.