Now you're just arguing semantics.
Your interpretation of the word 'upcoming' is clearly different to mine.
And the dictionary's...
Haha, I'm not even going to bite.
Now you're just arguing semantics.
Your interpretation of the word 'upcoming' is clearly different to mine.
And the dictionary's...
Emerging? Yes. Up-and-coming? Definately.
Upcoming? Not really.![]()

Thank you, I learnt something new today
So what's so great about the OLED stuff then?
The only problem that i see with OLED is that with any bright sunlight in the room and they fade badly. Obviously you can pull the curtains but in the summer youd have to have a dark room im sure..
Hopefully they'll have it sorted. The OLED phone I had was like that ; I know it's a phone but it's the same tech . It was amazing when it wasnt sunny/indoors ; going outdoors even with the sun in wasn't good at all.
they will still be “fairly expensive”.
Kim forecast that LG's OLED TVs won’t cost less than LCD screens until 2016.
He said that price reductions will come as the result of a 20-30 per cent drop in material costs, achieved through switching to more cost-effective OLED panel production methods.
So how well are these theoretically able to calibrate? Black depth, contrast ratios, colour accuracy, etc? Anything posted anywhere regarding this?
what are your thoughts?
![]()

I dont understand. Is that supposed to look good? Looks like a washed out, grey, blurry image to me![]()
In general lifetimes are published for full power or certain specified conditions so actual available lifetime could be longer.Here's the big problem with OLED.. Apparently the lifetime on blue can be as low as 11,000 hours.
Here's the big problem with OLED.. Apparently the lifetime on blue can be as low as 11,000 hours. That still works out at 458 days of constant usage, which could be fine for a device you're only using a few hours per day, but if it's something you leave on then it won't last so long..
![]()
You realise the CCFL backlight bulbs used in almost all the LCD monitors in use right now are rated much lower than 50,000 hours right?However they have one blue component giving 50,000 hours ,why do they have three different components for blue?
The two are not really comparable because the compounds in an OLED screen degrading at varying rates will throw the colour balance completely out of whack long before the blue compound actually reaches the end of its life. I've no idea how long it would be before the imbalance is no longer correctable, but it's bound to be some time well before 50,000 hours.You realise the CCFL backlight bulbs used in almost all the LCD monitors in use right now are rated much lower than 50,000 hours right?