HDTV? You Ain't Seen NOTHING yet!

Remember the Osborn? Or was it the Osborne? Actually, I knew it existed, but didn’t care. This thing was a personal computer. Like we’d ever need one of those? Those new electric typewriters with memory were the rage. THAT was something!

Flash forward and we are upon the reverse engineered UFO goodies. Oh, wait, no, that’s not exactly right.

It’s the dawning of the age of Aquarius, age of Aquarius, Ah QUAR EEEE USSS. Um, no, that was some time ago.

It’s the age of $3 US Gas. Not a good milestone.

The age of HDTV!!! Remember when “high definition” included the terms “stems and seeds?” You do? You rascal.

No, this is about High Definition TELEVISION. Personally, I feel the word TELEVISON is so…. Fifties. We need a new one there. So did you jump for the Plasma? Or the LCD projector? The DLP? Have you got the home theater with all the tricked out electronics?

Don’t put your ear directly on the high tech train tracks, then, because there’s another train coming, and you’ll hear it down the line.
UHDV is in the pipeline. On the track. In the lab. In the electron wind. Want to guess? Time’s up. ULTRA HIGH DEFINITION.

Remember the movie where they invent this skull cap that would capture your emotions and immediately the bad guy looped someone having how shall we say – some very intense happy times… and turned himself into peak experience broccoli? Is that where all this is headed? Not for a while, if ever. HOWEVER: UHDV is close to the detail of 35mm film. With 7680 x 4320 pixels, this isn’t far from the 4K (4,000 scan line) digital projection systems for big-screen movie theaters.

Donald Trump will be able to see how bad his hair looks like never before.

UHDV features 33 million pixels with a 60 frame-per-second (fps) progressive scan format.
NHK, the Japanese broadcasting giant who had HDTV in the 1980s… is behind the UHDV format, but reassures us it may be a long time before home theater UHDV becomes reality. That’s corporate talk for, “Don’t let the competition know how close we really are!”

With 32 times the bandwidth demands of HDTV, UHDV would be prohibitive for today’s broadcast, cable and satellite technology. NHK’s demo required a data rate of 24 Gbps. That was a few years back in Amsterdam where some people were close to hurling lunch because the moving car video hi-jinx was that real.

How real?

NHK cobbled together a custom camera of four CCD image sensors; then to show the output built a LCoS projector combining four eight-megapixel panels. Data storage, using 16 synchronized HDTV recorders, provided roughly 18 minutes of recording time, using 3.5 terabytes of total capacity and a screen about 12 feet high and 22 feet wide. NHK researchers called this “the sensation of reality saturation point,” in the hopes of providing a completely immersive experience: 100 degrees of visual field angle, viewing from a distance of three-quarters of the height of the screen (about nine feet) with at least 60 pixels required for each one degree of visual field angle.

And speakers? UHDV offers 24-channel sound, or 22.2, containing vertically arrayed surround sound speakers: nine above ear level, 10 at ear level, three below ear level and two low-frequency subwoofer channels.

The format, according to NHK, is not so much intended for home use as for museums, public spaces and theaters. You tell The Donald.

Once upon a time there was SHOWSCAN. Special effects pioneer Douglas Trumbull had his demo unit in a suburb of Dallas, behind a Chucky Cheese, if memory serves. I saw the demo.

The equipment and the Showscan Film Process of producing and projecting Showscan films are justifiably proprietary and patented. At the time, Showscan’s discovery was hailed as the most significant advancement in film technology since the introduction of sound in the 1929 film “The Jazz Singer”. (Not the one with Neil Diamond.) However, it remained as little more than a technological curiosity until the company developed new camera, high speed projectors, and built special theaters to showcase the revolutionary Showscan images. There was a catch-22 at work. Theaters weren't equipped for this state of the art projection so they couldn't convince investors to make films in that format. Solution: do it all in house.

I can’t remember the specs but it was scarily real, 3-D, multi channel and way ahead of multi channel… or HDTV. I do remember it ran film through the gate much faster than normal projection speeds.

Today the company’s simulation and specialty theatres are open or under construction in 24 countries around the world, located in theme parks, motion picture multiplexes, expos, world’s fairs, resorts, shopping centers, casinos, museums, and other tourist destinations where somebody wants a rush.

If NHK can even come close, well…

Enjoy your puny HDTV now while you can, citizen.

Watch FREE HDTV with an Outdoor Antenna

With an outdoor antenna you can watch HDTV for free of cost. All you need is a high definition television or an HDTV-ready television. If you have a HDTV-ready TV then you might need high-def tuners such as Humax HRA100. These are high def tuners that will enable you to watch HDTV for free. This tuner can receive broadcasts that are high-def.

You need an antenna that can be installed outdoor which is connected to your HDTV or the high-def tuner. If you are close to the tower that broadcasts high-def signals then you can use indoor antennas also. The HDTV signals are considered as line-of-sight signals and hence you get a better reception of the HDTV signals if your antenna is in line with the tower that broadcasts the HDTV signal. For this purpose it is better to install your antenna in the roof of your house.

Some of the tools and the accessories that you need to install the HDTV antenna in your roof and then to connect it to the HDTV or the high-def tuners are, Mounting hardware, wrench, drill, screwdriver, grounding wire (the length should be sufficient to run from the antenna to the ground), grounding strap, coax grounding block, and a shielded 72 ohm coaxial cable (all weather). The length of the coaxial cable will depend on the distance from the antenna and the place where you have your HDTV or the high-def tuner. A short cable to connect to the TV and the dwelling where you bring the cable from the antenna is needed. With these tools and accessories you can connect your HDTV to the antenna on the roof top of your house.

If you are planning to buy an HDTV antenna there are many models available in the market. You have the choice of choosing the right model according to the budget you have. If you need any assistance to choose the right antenna there are websites for that purpose. A simple search in a search engine would give you lots of tips on that topic. These websites have an easy to use interface that enables you to key in your address and then they give you the choice of the HDTV antenna that might suit your location. They decide on the choice by considering the tower that broadcasts HDTV signals to your location. The distance of the tower plays a role in the choice of the antenna. It is better to choose one that is certified by Consumer Electronics Association (CEA). The most popular are the ones that have multi-element in them. With multiple elements the ghost images are reduced drastically.

While installing your HDTV antenna on the roof top it is better to have an assembly that can be moved easily. You should also be able to rotate the antenna to adjust the direction of the elements so that they are in line with the broadcasting tower. If you have two or more broadcasting towers within a short angle of the placement of your antenna, then you can use devices like ¡®antenna rotator¡¯ to select the best tower from which you receive the HDTV signal. After you place the antenna make sure that you are connecting the antenna and the HDTV with the coaxial cable. Make sure that there are no metallic objects near the antenna. Metallic objects interfere with the way the antenna functions.

After you have installed your antenna tune in to some station and then adjust the angle of the antenna so that you receive a strong HDTV signal. Once you get the right quality of signal tighten the screws of your antenna and secure the antenna. Don't forget to ground the antenna to protect your HDTV from the electrical surges that may appear from time to time.

To know more about HDTV features and specifications, please visit HDTV Information Center


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