January 2008

iPhone May Become Open to New Applications Soon

The iPhone may become more open soon.

iPod Touch

How open the environment is depends on the support they provide in the new release, as discussed in the Forbes article below:

Macworld may be over, but for a group of developers the most important Apple news has yet to be unveiled: the much-anticipated iPhone software development kit (SDK).
Developers say they can’t wait to get their hands on the SDK, which is expected to be released in late February and will allow third-party developers to create native applications for Apple’s (nasdaq: AAPL - news - people ) iPhone.
http://www.forbes.com/technology/2008/01/26/iphone-apple-developers-tech-wire-cx_ew_0128iphone.html

This follows the trend of communication products allowing third-party applications and developers, sometimes with low barrier to entry to the third-parties. Google Android, Nokia, Symbian, and now Apple have available environments for creating new applications. This provides new opportunities for unified communications products like mCUE which have, in the era of Web 2.0, come from unlikely sources and small startup companies (such as digg.com, facebook.com, skype.com, and others).

News/Editorial

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Google CEO Eric Schmidt Comments on the Next Generation Unified Web

According to Google CEO Eric Schmidt, in the video below, the future of the Web, and communications, uses many applications which fit together using internet data stored on multiple servers in many sources (”in the cloud”).

(Paraphrased) “Applications are small, data is in the cloud, applications can run on any device, PC or mobile phone, applications are very fast, and customizable. Applications are distributed by social networks, email, forwarded between users, virally. This is a very different method than implemented previously… very different from the mainframe era.”

The hallmark of unified communications and fixed-mobile convergence is running communications applications on any device, in any location, and using services from any source. For this to occur, the user needs application frameworks smart enough to simplify the multiple protocol problem which now faces most application developers. There are many protocols involved in communicating between anyone and anywhere. Multi-session and Multi-protocol frameworks are a way to make this happen.

News/Editorial

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WiMAX Demo with Remote Controlled BMW Cars

Intel Demo’s WiMAX at CES with Race Cars

Small video cameras are mounted inside the race cars, and the video is steamed back to the main booth so the drivers can see where they are going. Control signals for the cars and the drivers videos are streamed back and forth across a WiMAX network.
Intel Wimax Race Track

Intel WiMax Race Car

Demonstrations

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mCUE Unified Communications Software Lands First on Linux

Open Handset Alliance and Google’s Android has company. Java-based, D2 mCUE provides a multi-identity, multi-session, multi-protocol engine, enabling users to simultaneously log into multiple communications services such as SIP, Google Talk, Yahoo, AIM, and others, delivering Fixed Mobile Convergence (FMC) and Unified Communications (UC).

read more | digg story

News/Editorial

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Embedded Mobile Convergence for Dual-mode Phones

Designs for FMC emerge in the marketplace from leading companies looking ahead into unified communications. “Case in point: D2 Technologies, a company that concentrates on creating software platforms for IP Communications, has introduced the industry’s first embedded mobile convergence software to power the next generation of converged multi-mode mobile communications devices. This week at the International CES in Las Vegas, the company unveiled what it hopes will be game changing software.” - ‘Still Waiting for the UC Revolution?’, Tim Gray, TMCnet.com

D2 Technologies Addresses Intersection of Fixed Mobile Convergence (FMC) and Unified Communications

[…] D2’s mCUE pairs an innovative, patent pending communications user interface (CUI) with the company’s vPort MP VoIP software platform to address the needs of OEMs and service providers delivering integrated Fixed Mobile Convergence (FMC) and Unified Communications (UC) functionality. […]

D2 Technologies mCUE


mCUE is specifically designed for mobile embedded devices, making it an ideal platform for smartphones and mid-range “feature phone” class devices. Its user interface offers the latest advances in unified communications including presence-centric and push-to-X control over all types of sessions including voice, IM, SMS, and e-mail messaging. It includes an innovative presence-based converged contact list for all services and tools for managing multiple accounts, services and networks.

mCUE(TM), created by D2 Technologies, is the first embedded mobile convergence software for the next generation of converged multi-mode mobile communications devices. D2’s mCUE pairs a patent pending communications user interface (CUI) with the company’s vPort MP VoIP software platform to address the needs of OEMs and service providers delivering integrated Fixed Mobile Convergence (FMC) and Unified Communications (UC) functionality. mCUE provides a complete embedded software framework for multi-mode mobile handsets for enterprise and consumer use, such as dual-mode cellular plus Wi-Fi phones.mCUE is specifically designed for mobile embedded devices, making it an ideal platform for smartphones and mid-range “feature phone” class devices. Its user interface offers the latest advances in unified communications including presence-centric and push-to-X control over all types of sessions including voice, IM, SMS, and e-mail messaging. It includes an innovative presence-based converged contact list for all services and tools for managing multiple accounts, services and networks.

mCUE Highlights

* Turnkey software solution for multi-mode and WiFi phones
* Unified Communications functionality with enterprise FMC and VCC
* Converged Contact List
* Field-proven VoIP technology integration
* Multi-Protocol & Multi-Session (SIP/XMPP)

D2’s mCUE software bridges the functionality of IP communications with the coverage of mobile networks to provide the best communication experience for mobile users. Because it is interoperable with enterprise IP-PBXs and UC systems as well as service provider networks, mCUE provides enterprise users with mobile access to full directory services, extension calling, corporate IM, and other features typically only available on IP desk phones or PC-based soft phones. Its user interface, built on top of a multi-identity, multi-session, multi-protocol engine, enables users to simultaneously log into multiple different communications services such as SIP, Google Talk, Yahoo!, MSN, AIM, and others.
mCUE Software Architecture

mCUE utilizes D2’s Internet Service Interface (ISI) layer, a unique interface enabling multiple IM, VoIP and e-mail services as well as concurrent sessions. It can be customized to meet specific OEM application requirements and can be rebranded by service providers looking for revenue enhancing customer opportunities. Furthermore, its complete Java-based user interface framework for Linux can be ported to other GUI platforms.

D2’s vPort MP VoIP software engine gives mCUE seamless FMC mobility through IMS-SIP and VCC functionality. vPort leads the market in embedded VoIP performance, efficiency and platform support, enabling networking, signaling and voice processing functions to execute as an integrated solution on a single processor, thereby driving down costs.

Announcements

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iPod Touch vs Nokia N810 vs Sony Mylo, Ready as Anywhere-Mobile-Internet

Three unified communication devices compared:

Three devices currently available in the market. Note that the Sony Mylo featured here is the second generation model, officially announced at the CES.

iPod Touch

iPod Touch

Nokia N810

Nokia N810

Sony Mylo

Sony Mylo

Screen Size 3.5¿ 4.13¿ 3.5¿
Screen Resolution 480×320 800×480 800×480
Operating System Mobile OS X Linux Linux
Multimedia Formats AAC, MP3, H.264 3GP, AVI, WMV, MP4, H263, H.264, MPEG-1, MPEG-4, RV (RealVideo)
MP3, WMA, AAC, AMR, AWB, M4A, MP2, RA (RealAudio), WAV
WMA/WMA DRM, MP3, AAC, ATRAC and MPEG-4
Connectivity Wi-Fi Wi-Fi, Bluetooth Wi-Fi
Storage Internal - 8/16GB 2 GB Internal, expandable using mini SD upto 8GB 1 GB internal
Flash Support No Adobe Flash 9 - desktop version Adobe Flashlite 3
Browser Safari Firefox based Netfront
VoIP support No Skype/Gizmo Skype
Input Interface Virtual QWERTY Virtual QWERTY/Slideout QWERTY Slideout QWERTY
GPS No Yes No
Third party software No Yes No
FM Radio No Yes No
Content Aggregator No RSS RSS with podcast
Integrated speakers No Yes Yes
Integrated camera for video call No VGA webcam 1.3 MP camera
Instant Mesaging No Yes Yes

Highly usable mobile internet devices are now available!

Dual-mode devices are still yet to come, for 2008.

Technology

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WiMax and FMC create Unified Communications

WiMAX, the Worldwide Interoperability for Microwave Access, is a telecommunications technology aimed at providing wireless data over long distances in a variety of ways, from point-to-point links to full mobile cellular type access. It is based on the IEEE 802.16 standard, which is also called WirelessMAN. The name WiMAX was created by the WiMAX Forum, which was formed in June 2001 to promote conformance and interoperability of the standard. The forum describes WiMAX as “a standards-based technology enabling the delivery of last mile wireless broadband access as an alternative to cable and DSL.”

802.16d

The standard is correctly called 802.16-2004 and was developed by the IEEE 802.16 Task Group d. Therefore the project was called 802.16d, but the standard never was. However, since this standard is frequently called 802.16d.

802.16e

802.16e is an amendment to 802.16-2004, and the amendment is properly referred to as 802.16e-2005. 802.16e-2005 is not a standard in its own right — since it is only an amendment, the original document (802.16-2004) has to be read and then the amendments added to it.

Fixed WiMAX

This is a phrase frequently used to refer to systems built using 802.16-2004 (’802.16d’) and the OFDM PHY as the air interface technology.

Fixed WiMAX deployments do not cater for handoff between Base Stations, therefore the service provider cannot offer mobility.

Mobile WiMAX

A phrase frequently used to refer to systems built using 802.16e-2005 and the OFDMA PHY as the air interface technology. “Mobile WiMAX” implementations can be used to deliver both fixed and mobile services.

Uses

The bandwidth and reach of WiMAX make it suitable for the following potential applications:

  • Connecting Wi-Fi hotspots with each other and to other parts of the Internet.
  • Providing a wireless alternative to cable and DSL for last mile broadband access.
  • Providing high-speed data and telecommunications services.
  • Providing a diverse source of Internet connectivity as part of a business continuity plan. A wireless network can be “always connected”.
  • Providing highly mobile connectivity.

With WiMax in a dual-mode cell phone, the WiMax connection acts as an additional voice connection using VoIP.
Hello soft

Using Voice Call Continuity (VCC), calls can be seamlessly transferred between the VoIP network and the cellular network. This allows true mobility of voice communication! Hello soft

Technology

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