Entries tagged with “Television”.


Image representing Yahoo! as depicted in Crunc...
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Yahoo and Intel hope products to be shown at the Consumer Electronics Show in January will mark the beginning of their Internet-fueled expansion to the world of TV. Yahoo and Intel built their success upon widespread use of personal computers, but the two companies hope products to be shown at the Consumer Electronics Show in January will mark the beginning of their Internet-fueled expansion to the world of TV as well.

The two companies have attracted several significant manufacturing and content allies in the attempt to bring new smarts and interactivity to a part of the electronics world that has remained a more passive part of people’s digital lives.

Intel and Yahoo showed off Net-enabled TV prototypes in August, but the companies’ technology will be presented in more finished form at the electronics show within products by Samsung, Toshiba, and a number of new partners that have signed on since the debut.

What exactly are they trying to achieve? For Yahoo, it’s establishment of the Widget Channel, a software foundation that can house programs for browsing photos, using the Internet’s abundant socially connected services, watching YouTube videos, or digging deeper into TV shows–and through which Yahoo will be able to show advertisements. For Intel, it’s a foothold in an industry whose microprocessors have typically been cheaper, less powerful, and less power-hungry.

Yahoo is confident the products will catch on, in part because it’s set “very low” licensing requirements, said Patrick Barry, vice president of Yahoo’s Connected TV initiative.

“We do not see it as a niche offering in a few high-end models. We see this as moving into the mainstream. In 2009 we’re going to see good penetration into the product lineups of the consumer electronics companies,” Barry said. “Beginning in 2010, I think, you’re going to see Internet-connected consumer electronics devices dominating the lineup.”

But for both companies, TVs are terra incognita. “We emerged from the ocean of the PC,” Barry said.

An anthropologist’s view
Despite years of effort, the idea to put media-centric PCs in the living room hasn’t caught on widely. But Intel, stung by its poorly received Viiv brand, has been taking the challenge seriously.

It even dispatched its top anthropologist–yes, the chipmaker employs anthropologists–to carefully study how people use TVs. In other words, Intel is trying to adapt to reality, not foist its ideas on an unwilling market.

Some people like to watch TV, but anthropologist Genevieve Bell, director of user experience for Intel, likes to watch people watching TV. Specifically, Intel concluded that unlike the PC, TVs are social. People watch it together, and what they watch turns into what they talk about. Another difference from PCs: it must be simple and reliable, she said.

When bringing the Internet to the TV, “You couldn’t just turn it into a PC,” she said.

And it’s pretty obvious why those not in the TV market would be angling for a piece of the action. People in the U.S. spend about 5 times more time watching TV than using a computer, Bell said. Globally, it’s a factor of 25; unusually, the TV and PC time is at parity in Israel, perhaps because of communication habits, she added.

More ads
For decades, people have been accustomed to advertising-supported television. The Widget Channel technology opens up some new horizons for Yahoo, though Barry said the company isn’t going to rush to plaster sponsorships over the new interface.

“We have a lot of support from the advertising community, but we’re focused on the consumer now,” Barry said. “What you’ll see initially is us trying to fall all over ourselves trying to make the consumer happy. The advertisers understand that.” He wouldn’t comment on when advertising will be launched with the technology.

Although Yahoo will eventually show ads, it won’t have a lock on them. Barry said: “We are not going to be locking down anything from a walled garden perspective, including monetization. We get a nice advantage, knowing the ins and outs, but we will not limit the platform to being addressable by us.”

There are many opportunities for ads, including the dock that can be shown across the bottom of the TV screen and in pages that fill the screen.

The Widget Channel technology is based on the Widget Engine software Yahoo got in 2005 with its acquisition of Konfabulator, and it lets programmers write a wide variety of applications. Course corrections
Intel learned from initial testing of the TV technology, Bell said. For one thing, the company found that people didn’t like the Widget Channel controls appearing on the left edge of the screen, one option the companies had demonstrated. Instead, people prefer the bottom, where they’re accustomed to seeing text already.

For another, she said, people expressed a powerful desire for a big button to make the software go away in one fell swoop–no menus or arrow keys or complication–so they could get back to watching TV when they wanted. That big button is also used to activate the Widget Channel.

And nobody wanted yet another remote control.

To help chart its long-term course, Intel gauged consumer sentiment in part by asking what people thought the future of TV would look like. People’s answers generally fit into a few categories:

• Something that would provide relevant information in real time, such as the weather right before heading to a sporting event.

• Something that would connect them to other people they care about, a variation of social networking.

• Something that would let them participate more with what they’re watching, for example by figuring out where a show’s cast members already had acted, or finding, rating, and sorting content.

Few, though, wanted a full-on Web browser, nor a keyboard to clutter up the room.

Yahoo sees the same fallow ground as Intel in the market.

TV innovations that have succeeded focused on screen size, image fidelity, and flat-screen technology, Barry said. “But the consumer electronics industry has not really explored the…connectivity that the Internet provides.”

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A large projection screen in a media room.
Image via Wikipedia

Television has come a long way from the first wavering images sent over electronic wires to the high definition broadcasts we see today. Starting out as an alternate way to communicate in the late 1800s, it didn’t take long before television became a worldwide form of entertainment.

See the timeline from 1862 to today.
1862
Italian Physics Professor, Abbe Giovanna Caselli, invents the “pantelegraph” and becomes the first person to transmit a still image over wires.

1927
American engineer, Philo Farnsworth, transmits the first all-electronic television image comprised of 50 horizontal lines. The image he transmitted was a dollar sign.

1928
Television hits the market! The first TV sold for $75.

1940
Peter Goldmark invents a colour television with 343 lines of resolution, but you won’t see them in North American homes until 1964.

1969
Through the invention of the Telestar satellite in 1962, over 600 million people watch as Neil Armstrong takes humankind’s first step on the moon.

1971
NHK in Japan begins experimenting with high line number TV systems, and discusses the feasibility of an 1125-line system – otherwise known as high definition.

1981
NHK in Japan demonstrates an analog HDTV system with 1125 lines of resolution in Los Angles for SMPTE (Society of Motion Picture and Television Engineers). Two weeks later an HDTV demonstration was presented in Washington, D.C. for the FCC (Federal Communication Commission) and other government entities.

1982
The quest for improved audio and visual quality continues as Dolby surround sound is introduced in home televisions and Japan starts producing analog HD programming.

1984
Digital televisions are marketed in North America, but it will be nearly 10 years before wide-screen TVs hit the showroom floor.

1988
The first digital HDTV broadcast of the Olympic Games in Seoul comes out of Japan.

1990
General Instrument Corporation demonstrates squeezing an HDTV-quality signal into the standard 6MHz channel required for broadcast and cable TV.

1991
Japan begins broadcasting HDTV while the U.S. begins testing high definition systems. It will take five years before both broadcasters and television manufacturers agree on a standard for HDTV that will be adopted for both the U.S. and Canada.

1996
Zenith introduces the first HDTV-compatible front projection TV.

1998
The US space shuttle provides the world with the first HDTV pictures from space.

1999
Regular network HDTV broadcasts begin in North America, but only a small percentage of the local affiliate stations are equipped to broadcast in HDTV.

2001
Internet millionaire, Mark Cuban, launches the first North American network comprised entirely of HD programming called HDnet.

2003
Discovery Channel Canada and TSN became the first two Canadian specialty channels to broadcast their signals in high definition television (HDTV).

2005
Japan unveils super hi-vision TV with 4000 scanning lines or16 times more definition than HDTV. CTV Specialty and Discovery Communications Inc. launch Canada’s first 24-hour HD channel: Discovery HD.

2007
The CEMC (Consumer Electronics Marketers of Canada) predicts that HDTV purchases in Canada will surpass 4.2 million units.

2009
As of April 7, 2009, the U.S. will stop transmitting analog signals. Canada too will eventually stop transmitting analog signals, but no date has been set. All viewers will then need a digital TV or a converter in order to watch television.

Read the full article here.

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