LCD and colour TFT LCD displays used to be a long obsession of mine, but since it's popularity has increased it no longer seems hi-tech anymore.
My obsession with LCD displays began when I was 10 or 11, I was given a simple casio calculator and was fascinated with how the text were made visible on the screen, I also imagined that it was a handheld computer.
When I was 14 I bought a simple pocket organiser that had monochrome pixels that displayed three different shades, I was fascinated with how it was able to display text by arranging the pixels to make them visible and almost 3d, I've now learned that this process is called subpixel rendering.
I also became obsessed with the introduction of mobile phones in the late 90's, since these devices gave great use to the LCD monochrome display market and subsequently pushed the technology of LCD's futher. When I was 16 I saw my first colour LCD display in a camcorder, my eyes almost melted at the sight of this thin colourfull vibrant display that imitated the information from the lens
When I was 18 and had the money the spend of things, I purchases my first colour display device, It was HP jornada MS Pocket PC with a 256 colour display. I didn't relalise untill that moment that LCD displays had a restricted colour palette.
A year later I bought my first compact digital camera with a LCD display, it was expensive at the time since it had only been introduced in the market for 2 years, the display was excellent but in todays standards it would be described as being power consuming, low resolution screen and low magapixel CMOS.
In that year colour displays with a palette of 256 were introduced into mobile phones and then it evolved into higher colour palette with built in cameras and then moved into TV/PC markets for viewing. I've followed the history right through becuase my obsession has been follwing its growth,evolution and technology development since its early days as a monchrome watch.
I just loved the way the LCD display pixelated images and text with great clarity and how each pixel displays an individual colour to manipulate a each pixel into an image, I wanted to know how they managed to create a great palette of colours on each pixel, back then it seemed such a fascination that I could own a LCD that recreated an image from an LCD lens.
I currenly own a Samsung 940 MW LCD computer display/HD TV, standard definition is hindering the potential of my display to use all of its pixels, rather it seens to smear colour like a bad artist.
The familiarity of the technology and the popularity of the colour TFT LCD displays has slowly killed of my fascination with the technology, I've watched the growth but can't see much future for it, it has reached it's potential. I'm now following the technology of e-ink, a new flexible display that doesn't use glass or polarisation to manipulate pixels. I can see this technology taking over LCD in the advertisement displays and portable market where LCD first started off.