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  • Hey all, just changed over the backend after 15 years I figured time to give it a bit of an update, its probably gonna be a bit weird for most of you and i am sure there is a few bugs to work out but it should kinda work the same as before... hopefully :)

NAB Recon thread. Feel free to post any product information you come across.

It's Arri's 100th BD should be something good....... CP3's at Zeiss, maybe a full frame line based on Otus.....
 
Not sure about Blackmagic cameras, but a nice surprise. DaVinci Resolve 14. (Skipping 13?)

W1K6z8g.jpg
 
Or on BM time, you keep adding to it.
 
The fantasy OLED pricing continues:

http://4k.com/news/uk-prices-unveiled-for-sonys-2017-a1-oled-4k-hdr-tv-range-19394/

I'm sure they (industry) could offer an P3 OLED TV for around $1500.

Manufacturing rec2020 and HDR compliant low cost monitors[\b][\i]

Let's have a discussion on the Rec2020 HDR future. From what I read rec2020 related is doable now. OLED can be fitted with wide gamut filters, so an OLED rec2020 monitor is doable now, but is going have less brightness due to the lower brightness at those primary color frequencies (LG interview I think). A good possibility fur rex2020 grading monitor now without much/any HDR support.


Blue OLED Quantum Dot filtered

However, as I've said before, now the industry is thinking, I read that they plan an OLED with Quantum dot color filter, using blue OLED. That should be a lot brighter than current and have better coverage. If a sufficient 100% efficiency primary can be made made it will yield cool low powered bright rec2020 display. Samsung has invested in this type of primary technology, and the US military in the type of technology for lighting applications. They have proved short life previously before the introduction of the S4 phone, I think with conventional 25% OLED blue primary for extra life, and not at a wide color gamut range. But that was then, now, I haven't heard, but the introduction is in future. It makes me think if the reintroduction of Samsung OLED rumor last year. Maybe this is actually planned. I could achieve broadly the same result with the existing LG technology currently with my own methodology, but I don't know how ideal it would be. Anyway, a good day after first a test run of much needed rec2020 grading monitors.


Microled QD filters and direct drive QD

Next what Samsung is planning, and probably others. To put Quantum dots on microled arrays as filters. Blues are now I ever of the better less time manufacture (unless that has changed too). HDR wide color volume support would be guaranteed I expect. Again another test candidate for rec2020 now HDR grading monitors. Problem is industry is being hamstrung tip elcheapo consumer technology, rather than being able to pay for higher end state if the art technologies that costs more to manufacture even though people are paying more for consumer versions anyway. What has happened, is that direct drive quantum dot led has proven to have shorter life (I forget the primaries) and that will have to be solved before it can be used like OLED cheaply. I suggest constraint to solve the issue, though I shouldn't give away thinking, many people can't grasp how to get from A to B, even the direction at times. I doubt at QD levels purity of individual QD is such an issue, however quanity of pure QD might be if they accept mixtures with less pure (in the manufacture there can a mixture of purity leading to high reject rates, and sorting is an issue. There are a number of manufacturing processes, and I think I read this about one).


Microled and microled/nanoled manufacture

Microled has a high native color range itself, but costs and performance vary between less. This means a filter maybe needed, and I have ways for that past rec2020. Even with conventional wide color gamut filters post rec2020 is possible now, if only they could be made small enough. Unfortunately I don't know enough about the microled technology itself. But the sizes seem large, and I wonder if they can have a smaller process like a wafer, but because the physical sizes are so large even at 8k, they could used automated repair mechanisms, where a panel with defect can have individual defect removal and replacement repair through stamping techno no goes, which is a way to manufacture silicon chips that came up ten to twenty years ago, and is actively pursued. Any deviation is performance and expected life time adjustment is then mapped (as every pixel can be) and stored in panel flash area. However, inclusion of performance detection circuits in each pixel might enable full auto calibration. But again, any of these things are good for a test run on rec2020 HDR compliant monitors.

Other

There are other things I have worked on involving lasers.


Doing it now

So, we are being done over for decades, and a kick starter campaign could solve this (but attract the other manufactures to release competitive products). Pro's are probably content with more expensive then lesser consumer products that have to be replaced every 2-3 years if cheap enough compared to post $10k products.
Unfortunately Apple and HP are maybe the largest manufactures that likely could fork out to mass produce non-consumer pro technology. Unfortunately Apple seems content to use consumer technology in new ways that look visually speaking in PC's. But a kick starter could approach Apple or HP, or dozens of Chinese or Indian manufacturers to do it. They get development money and a license to use, the investors get the totality. This has been what I have been considering with new crowd funding startup tax regime approaches for other products.
 
Bright Tangerine and HyperChargeBattery™
 

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