Verizon, China Mobile, Alcatel-Lucent and Intel Select Vidyo for LTE Demos

Barcelona, Spain is presently buzzing with close to 50,000 international visitors to the Mobile World Congress, where the best and the brightest companies and products from all over the globe are being exhibited, and in-depth sessions covering the industry’s key growth areas are being held.  It’s a veritable “who’s who” of the Mobile industry and Vidyo is in the center spotlight of several exciting demos from leading players in the market. Check out who is featuring Vidyo at Mobile World Congress!

  • Alcatel-Lucent and Verizon Wireless in a live 4G multi-continent gaming and live video conferencing demonstration between Barcelona and a moving 4G LTE-enabled vehicle in the United States.
  • Alcatel-Lucent in a demonstration of high-quality video conferencing via TD-LTE, between passengers driving in a brand new Audi A8 automobile wired for broadband with LTE, cruising the neighborhood around the Arts Hotel in Barcelona, and people at the LTE TDD/FDD International Summit inside the hotel.
  • Intel in a demonstration featuring a multiparty HD Vidyo™ conference using WiMAX and LTE, connecting three Intel-based tablets running Windows® 7 positioned at different booths located within the MWC Exhibit Hall, and a PC desktop participant at a remote location, connected via the Internet.

If you happen to be at MWC in Barcelona right now (lucky you!) make sure to experience Vidyo in a live multi-player, multi-continent gaming and multi-party audio/video conferencing by visiting the Verizon Wireless booth (Hall 8, Stall 8C55) and/or the Alcatel-Lucent booth (Hall 6, Stall 6C23).  You can also view the WiMAX and LTE demonstration at Intel’s Booth (Stall 8B192 in Hall 8).

Here is a clip of the demonstration of gaming and VidyoConferencing over Verizon’s 4G network at the Alcatel Lucent booth:

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Read the full release here: “Vidyo Featured in Demonstrations of HD Video Conferencing via LTE at Mobile World Congress

VidyoConferencing via WiMax

Since the first commercial launch of Mobile WiMAX (IEEE802.16e) approximately two years ago in Baltimore, Maryland, 4G broadband communications have become a sudden reality for vast metropolitan area populations world-wide. By the end of this year, Clear will have launched close to eighty WiMAX networks in the U.S alone - with Clear, Sprint, Timewarner, Comcast, and Best Buy, all selling 4G network service plans for various devices: 4G-ready PCs, 4G USB adapters, 3G/4G hotspots, and 4G/WiFi hotspots to consumers and enterprises.

From a very rudimentary perspective, netbooks, notebooks, slate tablets, and smart phones can be utilized as the traditional cellular phone – in terms of staying connected while traveling in a car, bus, train, etc. Consumers, who had to search out a coffee shop or book store in order to get on the Internet, can now stay connected to the web throughout the city.

Recently, the Internet has unleashed a flurry of uses for both the consumer and the enterprise (e.g. communications, entertainment, collaboration, multimedia, and services like Google Maps, Netflix, etc.). In the midst of all this, a slew of smartphones (like Sprint EPIC 4G, Sprint HTC EVO 4G, Apple iPhone 4, etc.) and slate tablets (the Apple iPad, ExoPC Slate, etc.) have been released like hot cakes into markets.

Sanjiv Gupta, Senior Technical Marketing Engineer at Intel

What makes these smartphones and tablets so versatile and invaluable to the end-user is not just the sexy size, look and feel. There are an infinite number of creative applications and services that can be developed, downloaded, and utilized from an app store, store front, market, etc. using a variety of operating systems such as Meego, Linux, Android, and Windows.  All these applications and services require broadband communications in order to function superbly.

On top of that, when you add entire population centers (Manhattan, Chicago, San Francisco, Dallas, Los Angeles, Baltimore, Atlanta, Portland, Seattle, Phoenix, etc.) sending and receiving huge amounts of Internet data all at the same time, this requires a multi-lane highway with quality of service for each lane: a far left lane for fast power users and far right lane for slower Internet browsers… This is exactly the self fulfilling prophecy behind Mobile WiMAX which was formulated and developed into the one and only 4G reality in the world today by IEEE.

One company, Vidyo Inc., stands poised to harness the broadband infrastructure by offering high definition, low-latency, error resilient multi-point videoconferencing on conference room systems, desktop, and mobile systems strung along the IP network. Intel and Vidyo have performed video conferencing over WiMAX demonstrations during the past several years (Intel Developer Forum 2010 at the Intel Pavilion in the Moscone Center, in San Francisco), Intel Developer Forum 2009 (click here to see Dadi Perlmutter’s Keynote demo on stage at Moscone Center, San Francisco), Computex 2009 (Sean Maloney’s Keynote demo on stage at TICC building, Taipei, Taiwan). For Computex 2009, a Vidyo conference was showcased over the Amsterdam, Netherland’s Worldmax WiMAX network into the TICC Keynote, and for IDF2009, a Vidyo conference was showcased over the Portland, Oregon’s Clear WiMAX network into the Moscone Center keynote.

In addition to being equipped with a USB webcam and a noise cancelling headset, each of the Intel PCs (Intel Core 2 Duo or i3/i5/i7 core processor-based) was loaded with VidyoDesktop software with its configurations managed by the VidyoPortal.  The VidyoRoom was set-up remotely by Vidyo.

Vidyo’s proprietary distributed computing solution significantly eliminates long delays, choppy frames, and broken pictures, etc. in multipoint video conferencing over the Internet – Vidyo technology divides and buckets the video bitstreams into highly reliable and low reliable channels. In this way, the video components allow the distributed system to dynamically adapt to changing network conditions (e.g. network bandwidth, packet loss, jitter, network delay, etc.).

The multiple bit stream components also allow for the distributed IP network to adapt to the dynamic nature of computer processing amongst all the client devices engaged in the video conference. WiMAX, as the wireless broadband communication medium, offers speeds which are ten times faster than 3G with corresponding 10MHz channel bandwidth as well as a QoS infrastructure which intelligently allocates an appropriate modulation scheme for users on the network.

Hence, Vidyo in conjunction with WiMAX offers the most robust video conferencing solutions/experiences to date - especially for clients who are un-tethered to a wired network (DSL, Cable Modem, etc.) and on the go.

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Sanjiv S. Gupta is a Senior Technical Marketing Engineer at Intel Corp with focus on WiMAX enablement world wide – primarily in U.S., Latin America, India and the EU. He has been with Intel Corporation for twelve years and has been directly responsible for the marketing/integration of Intel’s graphics and wireless components into OEM PCs worldwide.  Sanjiv S. Gupta received a BSEE from the University of Colorado, Boulder and a MSEE from the University of Texas, Arlington in 1988 and 1995, respectively.  His experience in high technology spans more than twenty years with past roles as Senior Microwave Design engineer at Texas Instruments, Senior Product Engineer at Cirrus Logic, and Senior Technical Marketing Engineer at Brooktree Corp.

Make IT Personal

If your life is anything like mine, you may find yourself longing for a personal assistant.  Someone who can off load mundane tasks that consume time but aren’t core to your daily objectives.  Of course such a luxury is not in most of our household budgets, but what if your smart phone were truly smart enough to perform this role?

VidyoMobile Technology Demonstration on Samsung Galaxy, iPad and iPhone 4

VidyoMobile Technology Demonstration on Samsung Galaxy, iPad and iPhone 4

Justin Rattner’s keynote address in the final day of the Intel Developer’s Forum focused on context computing – making the machine more aware of the user’s surroundings so that it could best provide information and services without being specifically asked to do so.  One application that is being co-developed between Intel and Fodor enables a hand held travel companion to proactively identify nearby points of interest, restaurants, and even make recommendations with regard to appropriate attire based upon weather conditions.  The device utilizes a variety of “hard” (accelerometer, GPS, etc.) and “soft” (web searches, calendar, etc.) sensors to learn about the user’s behavior, tastes and preferences such that the device become better at anticipating the user’s interests over time.

This technology is intriguing with a great many applications that can enhance the user’s quality of life, but as is the case with most behavior altering technologies, there is a cost. Increasingly, our interactions during the course of the day are with machines, lacking a certain critical element – the human element.  For example, if I were touring a vacation spot and didn’t have a device to tell me where to eat, I would stop to ask one of the locals where the best restaurants are in town. In doing so, I may engage in conversation and learn something new about the area and satisfy my basic human need for interaction with other people.

But perhaps there is a compromise.  What if my smart phone could be my personal assistant and off load mundane tasks but then connect me face to face with other people when I am ready for human interaction?  This is the beauty of VidyoMobile – making sure that your personal assistant remains… well… personal.

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Related Links:

- VidyoMobile Demonstration
- BusinessWeek Article: Virtual Meetings for Real-World Budgets
- TechCrunch Article: Vidyo Bets On The iPad And iPhone for the Future of Videoconfering
- PC Mag’s Article:  Video Telephony: The Next Big Thing. Again.

Paul Otellini’s Keynote at the IDF

Today marked the beginning of the 2010 Intel Developer Forum (IDF) where Intel announced the new and improved features for its upcoming 2nd Generation Intel® Core™ processors.

Paul Otellini at the 2010 Intel Developer Forum

Paul Otellini at the 2010 Intel Developer Forum

Intel also demonstrated a “dual processor, next-generation Intel® Xeon® processor server running Vidyo* video conferencing software that utilizes the 32 threads available on the system, and takes advantage of the AES New Instructions set (AESNI). Next-generation Xeon™ processors for 2 socket servers and workstations run 8 cores and 16 threads per processor and are on schedule for production in the second half of 2011.”

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Related Links:

- Video: Paul Otellini’s full Keynote
- Intel’s Press Release: Intel Details 2011 Processor Features, Offers Stunning Visuals Built-in