The Display Is the Computer

Welcome to Phase 3. First, the computer was the computer. Intel inside and all that. Then, the network was the computer, as John Gage, the 21st employee of now defunct Sun Microsystems so famously intoned in 1984 (though Sun co-founder Scott McNealy is often credited with saying it). 

Today? It's the display. Google Glass. The Apple Wristband. Maybe even intelligent contact lenses.

The Cloud has reduced the need for big processors and associated hardware. Texting, tweeting and enhanced graphics have lessened demand for space. Mobility has increased the opportunity to communicate anywhere and anytime, while our insatiable appetite for evermore convenience has sparked the growth of applications and systems to fill that need.

The science behind this evolution/revolution is impressive, but so is the speed with which businesses and individuals have responded. The implication, for the future, is that our capacity to identify, accept, process and interpret information will be limited only by our desire to do so. Technology is clearly evolving to meet whatever conceptual framework in which we wish to receive and send. The only imponderable is our ability to keep up. JL

Dean Takahashi reports in Venture Beat:

As a fundamental innovation, the touchscreen display has moved far beyond the smartphone and wormed its way into tablets, notebook computers, and the emerging category of wearable computers. And its reach will only grow greater as displays become more flexible and accurate.

The display is the computer. That’s a memorable twist on an old saying from tech guru Scott McNealy, who declared “the network is the computer.” But Shane Wall, chief strategy and technology officer in the mobility group at Hewlett-Packard said that the new twist on the saying is becoming true. Increasingly, the value in the computer is captured in the display, he said. And increasingly, that value will be manifested in mobile devices.
“In order to make the computing real, we had to make fundamental changes in the input and the output of a computer,” Wall said. “It’s a common saying, and it is becoming more true everyday, that the display is the computer.”
“The mobile phone and the tablet are a tiny part of what will be a huge revolution where computing will be carried on your body, embedded in your body, worn on your body, and embedded in your car, ” Wall said. “This is a very big economic trend.”
As Microsoft was preparing its touch-oriented Windows 8 operating system, Intel did a global survey of hundreds of people and their feelings about touch. Almost 80 percent said that they wanted to interact with a computer via a touchscreen, rather than a keyboard or mouse, said Matt King, senior engineering manager at Intel.
The proliferation of touchscreens started in 2007 with the iPhone and took a big leap with the

 iPad in 2010. Intel and Microsoft have now fully jumped on the touch bandwagon with Windows 8 PCs. By the end of this year, about 18 percent of new laptops will be touch-enabled. By the end of 2015, the percentage will be 40 percent. Smaller displays for devices like the iPad Mini (5 inches to 7 inches) are also becoming more popular as a category. But one of the categories where touchscreens are needed is in the 14-inch and up size, said Paul Semenza, senior vice president and analyst at NPD DisplaySearch.
Displays are also getting bigger. Sweden’s FlatFrog has customers who are in production on 32-inch display that use its optical multitouch technology, said Ola Wassvik, chief technology officer at FlatFrog.
Richard Shim, a senior analyst at NPD DisplaySearch, said that laptop shipments peaked above 200 million units in 2011, and they declined in 2012. They are expected to hit about 182 million units, down from an earlier forecast of 199 million units earlier this year. By contrast, the tablet shipment forecast was bumped up from 256 million units to 280 million units. So 2013 is the first year when tablet sales will outnumber laptop sales. And by the end of 2014, tablet sales are expected to be double the number of notebook computer sales.
“The tablet space is where the battle is,” Shim said.
Lu-Fong Chua, product line manager for Gorilla Glass (the sturdy glass that protects touchscreens) at Corning, said that device categories are blurring as laptops, tablets, and smartphones morph and all share the same types of touchscreen surfaces. Laptops were used primarily for content creation, such as productivity apps, while tablets were considered content consumption devices. But as tablets grow up and laptops morph into 2-in-1 tablet/laptop models, the roles are changing.
Chua said demographics are changing. Young people love touch interfaces.
“I’m sure you’ve seen the videos of a baby holding a magazine and trying to swipe it to change its image,” he said.
Beyond the realm of smartphones, tablets and laptops is the category of wearables such as Google Glass.
“We’ll see displays on contact lenses,” Wall said. “It’s still early. It will be many years before we see the light of day on that. But we have some fundamental proofs on that already.”

Wall at HP said that interaction is going to change, with touch being only one of many ways to input data into a computer. You’ll be able to use gestures to communicate with devices. Cameras could be input systems. You could, for instance, visit a foreign country and point a camera at street signs. The camera app will translate the signs so you can understand them.

“It’s a land grab for what body part we can get,” Wall said. “Things are becoming much more personal, with a display embedded on the body. “
The only hold up in the technological race is the slow-motion progress on battery development.
“Moore’s Law doesn’t apply to batteries,” said Bob Senior, director of sales at Canatu, a maker of display technology.
Wall said, “The key piece, this cog, the display, will be very important in the overall economy. The investor returns for touchscreen companies have been disproportionate for the companies that have made them.”