For All Home Entertaiment Needs "Pearl Media Center PC"

The Pearl Media Center has a touchscreen LED panel 320mm in width, 2.39:1 aspect and 1080p resolution support. The display covers the compact keyboard and it slides and inclines 60 degrees to better view when using as a notebook. Also, in the sides of the LED display there is some multimedia lighting sensors for easy access to music, pictures, movies, TV, volume control, navigation keys to Media Center and other keys like play, pause, stop, forward /backward, REC and On/Off.Under the left Multimedia panel is the Blu-ray drive. Note that it doesn’t works with a tray, it works just, like a car’s DVD Player or Dell Hybrid Studio Drive.





But, the big secret of this multimedia player is in the Pearl Receiver. The receiver works through a wireless connection with the Pearl Mob ile Media Center and connects to home theater and TV, reprod uces the screen and sound coming from the Computer. It works with some classic outputs like HDMI, optical and aux. port for sound, and video component.




The Pearl Media Center is a computer for home entertainment and basic work like office, internet, instant messaging, watching movies, listening to music, seeing pictures and light 3D games. It is powered with Intel’s Atom Processor and Nvidia ION Technology, for multimedia functions.




There is an energy adapter to power the Pearl Receiver. Also, it could be configured to send images and sound to the Mobile Station, so you could watch TV on the computer in any room of the house in the range of the Pe arl Receiver (like 10 meters stable).At last, the two spheres works like support and one works like energy adapter for the mobile station and connecting it in the back of the Pearl MMC.




The computer can works just like a digital picture frame, sound stations and still connect to the Pearl Receiver sending sound/image if the user wants.
A trick that could be used in the Pearl Media Center is the voice recognition to change music and pictures, change chan nel o f TV and pause a movie when the user is busy.

FUTURE COMPUTER TECHNOLOGY:Touchscreen OLED Wrist Computers

OLED is a Flexible Plastic Display technology making use of Organic Light Emitting Diode (OLED) to produce an emission electroluminescent layer in a film of organic compounds which emit light in response to electric current. It can be used from Television screens, Computer monitors, Mobile phones, Watches to Advertising Billboards. OLEDs are also used in light sources for space illumination and in large-area light-emitting elements.


OLED display functions without a backligh, making it possible to display deep black levels and can be thinner and lighter than Liquid Crystal Display (LCD). The OLED technology is used in commercial applications such as displays for mobile phones and portable digital media players, car radios and digital cameras among others.

OLED Display Technology in Hi-Tech Mobile Phones

OLEDs have been used in most Motorola and Samsung colour cell phones, as well as some HTC, LG and Sony Ericsson models. Nokia has also recently introduced some OLED products including the N85 and the N86 8MP, both of which feature an AMOLED display. OLED technology can also be found in digital media players such as the Creative ZEN V, the iriver clix, the Zune HD and the Sony Walkman X Series. The Google and HTC Nexus One smartphone includes an AMOLED screen, as does HTC's own Desire and Legend phones. However due to supply shortages of the Samsung-produced displays, certain HTC models will use Sony's SLCD displays in the future.

Hewlett Packard Plastic Display Screens for US Military, Commercial in 3 to 5 Years

Hewlett Packard Computer Research and Development Labs, Palo Alto, California has demonstrated last week the New Inventions they believed would be commercialized within Three to Five years. It was a Flexible Plastic Sheet with a 50-micron thick coating that eventually could replace glass computer displays in future.


HP Researchers said the screens would be rolled out to the US military this year 2011, in the form of "Solar Powered Plastic Display Wrist Watch" that could display maps, circuit, diagrams and troop positions for a Soldier. The displays uses technology similar to that of an e-book reader without glass.


A larger radio device would relay maps and diagrams to troops in the field and short-range technology would transmit them from the radio to the watch. The displays are black and white, but eventually will be colour as techniques are perfected. The other candidate use of the Technology are Large plastic screen billboards.


Hewlett Packard have also developed a form of 3D Telecasting called "Immersive 3D" that will telecast live events such as sports and rock concerts in 3D without a need for expensive cameras and projectors.

Sony Nextep OLED Touchscreen Wrist Computers in 2020

Concept Designer and Technologist, Hiromi Kiriki was strongly in believe that within Ten years, Flexible OLED Touchscreens will be common, when he proposed the desgned of "Sony Nextep".


Sony Nextep Computers are the Gadgets and Devices, those are developed to be worn as a bracelet, constructed with flexible OLED touchscreens. Earmarked for the year 2020, features like a holographic projector, with pull-out extra keyboard panels and social networking compatibility, make the concept plausible. This future computer is predict to be released to the market in 2020.

DuPont Cheap Durable 50 Inches OLED TV Display

Science Based Products and Services company, DuPont stated in a press release in May 2010 that they can produce a 50-inch OLED TV in two minutes with a new printing technology. If scaled up in terms of manufacturing, the total cost of OLED TVs produced can be greatly reduced. Dupont also states that OLED TVs made with this less expensive technology can last up to 15 years if left on for a normal eight hour day.

FUTURE HAND PHONE

Back to the era of when the cell phone was introduced in 1983 where the first commercial hand phone which was Motorola DynaTAC 8000x.The introduction of this new gadget was extremely exploded in the science and technology fields. It was in big size and bulky so it was not easy to bring them along together.Illustration 1 shows how was the first generation phone and then when the revolution of hand phone started. From the first generation (1G) long time ago up to fourth generation (4G) there are many new communication companies were developed such as Celcom, Maxis, T-Mobile, Softbank and many more. The production of hand phones are getting bigger since there are lots of producers such Nokia, Samsung, Sony Ericsson and the size become much more smaller also much more functions and applications. Who knows ten years later the hand phone maybe doesn’t look alike what we have seen today as the innovation are continuous. The future hand phone also may cover many functions from other gadget that can be used in one hand phone only.

DESCRIPTIVE OF FUTURE PHONE

Simple-most of this concept phone hold on this main purpose- simple, however, it does not mean this kind of phone is lack in term of function. This concept phone is perfect in all prospects. So, in can be concluded that this kind of phone is simple but perfect. We can observe just from its physical concept, it truly told us that what we had said before is true.

Light-as we can see before, our great-grandfather used that kind of bulky phone. It such wasting way of use because it requires a lot of energy. As a result we might easily exhausted and tire. At the same time, we might be ashamed as we have to hold this big bulky phone all over the street while we get call from somebody. Huh! I can stand this way all my life time! I must create and develop one new light and small phone. That might be the dialog of Motorola-the first developer that introduce the new small and simple phone-Motorola MicroTAX 9800X.

Portable-as we flashback to back era when the phone was first introduced to the public, we can see that there was a huge giant hand phone which size almost like our arm. Whenever we are going some where and we need to bring that ‘giant’ how do you think we are carrying that? Its weird right and we can only bring it in our car not our pocket. Yes from the time being the size of the phone become smaller and more portable. But how do you think in the future? The phone will be more portable as we can say we might not realize we are bringing it together with us. Maybe one day you will get shock when you see the phone just look alike with the lipstick.

Eco friendly- as the time changes the resources used to produce parts of the phone are going to decrease and also will cause pollutions. Most of the unused parts cannot be recycled so this will cause pollution. So the future phone is made from suitable and recycle resources to produce it components.This what is going to be in the future as when the phone are not being used anymore it can be recycled and why it is call eco friendly phone.