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Mac and Linux Users Can Make VoIP Calls Too

Source: www.voip-news.com

Mac and Linux users can now make computer to phone VoIP calls with Raketu’s RakOut WebPhone. The program is in beta. The service doesn’t require any downloading.

“With the introduction of our RakOut WebPhone service, Raketu for the first time extends our dialout computer-to-phone services to Mac and Linux users, and provides all our users access to our communications services from any browser without a download,” said Greg Parker, president and CEO of Raketu. “The Raketu WebPhone is also great for travelers who can easily connect to the Internet at a cafe, kiosk, or from their hotel rooms and make free or lowest cost calls to anywhere in the world.”

To try the service, go to http://www.raketu.com/rakoutweb.html.

Published on August 22nd, 2008 under , , , , , , , , , ,

OpenMoko urges Android to release everything as source code

Source: goebel.net

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While I was in Barcelona at the Mobile World Congress 2008, I received a message from Sean Moss-Pultz, CEO of OpenMoko, producer of the world’s most open mobile phones. Their Freerunner, Neo 1973 and Dash Express devices use the open source operating system Linux and people can install every software they want on it with just an apt-get. Where other companies have a Linux kernel with a locked proprietary stack on top of it, the OpenMoko phones are open from top to bottom. You can use your own tools, compile your own kernel. Everything barring a few small drivers is open source under GNU General Public License (GPL).

In Barcelona I talked to a representative of the LiMo foundation who doesn’t want to be quoted with his name. He revealed that LiMo Linux is in fact a closed shop. The only aim of the LiMo companies is to produce cheap handsets with a versatile operating system that doesn’t cost them a dime. Most end users won’t even notice that it’s Linux because they are not allowed to install any software for security reasons. More open is Android of Google’s Open Handset Alliance, he said, but the most open system is OpenMoko.

Read what their CEO Sean Moss-Pultz thinks about the Android and other actual developments! He has answered my interview questions by email.

What’s the actual status of Openmoko?

We limited our production of handsets for developers. Our goal was to sell a small number to an enthusiastic crowd. When we sold out in 3 days, we realized that we need to build another batch of phones. From our standpoint the developers are engineers in our company. We don’t have more than 10,000, currently. As the project became more noticeable we got inquiries from many different directions. So, for the next release of FreeRunner we will plan for more at the start and get ready for ramp up of consumer oriented products. The coolest thing about a Neo is what it doesn’t do. It doesn’t lock you out. It’s a GNU/Linux computer. It does what you want.

What is the most difficult thing about building a GSM phone from scratch with Linux?

OpenMoko started as a project inside FIC (Taiwan) and has recently been turned into it’s own company. So, we’ve had to build a open software stack, build a team, build a product, plan a future, and build a company, while everyone gets to watch.Most of the challenges, I would say, are philosophical in nature. Not technical.

In an closed company you go through various stages of hardware development. These stages are hidden from the general public. Prototype hardware is built and passed out to a few select internal developers. Later, more hardware is built. In a pilot run. This is distributed internally to more engineers in the company. Finally, it’s presented to the public like it just came out of the oven.

OpenMoko is inside out. Our prototype are shared with developers around the world. Why? because our engineers are outside the company as well as inside.

In some ways we are like a reality TV show. Showing how one builds a gadget of the future. It’s like a cross of Survivor, Dirty jobs, and ice road truckers.

What can your handset do, the Neo1973? Give us some specs and tell what is so great about it, compared to normal mobile phones!

The hardware specs for the phone are on openmoko.org, but in short its a GSM phone, with GPS, WiFi, Bluetooth, 3D graphics acceleration and accelerometers. But this is not a spec war and this is not a beauty contest. Neo branded phones unlock the hardware and unlock the software. The software on the phone, the applications you use are totally open. If you program you can change them. If you don’t program you will download popular programs that others have built.

Which people do already have such a handset, the Neo1973? Can people buy it somewhere? Is it planned to be sold to the general public some day?

Our Neo 1973 has been onsale since July of 2007. We’re totally sold out now and won’t make anymore. Our next produce Neo FreeRunner is coming soon.I think we primarily appeal to technologists now and will stay this way for the some time to come. But this is not at all limiting. What I find most appealing about OpenMoko is that we just have to provide the right framework for change to happen. Our community is the one that pushes the revolution. The more people that develop for this platform, the larger the target market becomes.

We’ve found a strong and influential niche. In the age where mass market TV advertising is dead, this is crucial. Marketing a product initially to the masses is impossible, I would argue. People have too many choices and not enough time.

OpenMoko stands out because we are different. We speak directly to the needs of an extremely creative group. Our goal is to provide them tools and inspiration so they can realize the have power to revolutionize the world. OpenMoko is a company from their community. We will amplify their voice.

How did the OpenMoko project start? Whose idea was it and who pushed it forward?

About a year and a half ago I was a product manager at First International Computer (FIC) — a large Taiwanese OEM, charged with Defining the product roadmap for our division. I was quite limited, unfortunately, by having to create only Windows Mobile devices.I quickly realized that it didn’t need to be like this. I could step outside the box any time I liked.

The phone that I really wanted to create was the modern equivalent of the programmable calculator. A device that is simple to use, but almost infinitely extensible by the end user.

The main idea was that the driving force behind the Internet is Free and Open Software (FOSS). It’s the superconductive medium that powers the Internet. Without FOSS the Internet would be trapped in 1995.

In a nutshell, OpenMoko is about spreading this technology to mobile devices. Letting people everywhere “Free your phone.” It’s the birth of a new Internet. Not merely a revision, not simply 2.0, but rather a connected, interconnected experience wherever you wander.
Without FOSS the mobile phone still lives in 1973.

Our first open mobile device is called the “Neo 1973″. It’s internet connected, location aware, and completely FOSS. In a way, I see the mobile industry as a matrix. The industry is hindered by proprietary systems and Neo is trying to tear down the walls unplug humans from the matrix and give them back their power.

I took this idea and pitched it to our senior management team with the help of Timothy Chen — a very smart businessman. Without him, this whole project would only be another unfulfilled entry in my sketchbook.

How is Openmoko organized today? How do you include all those Linux developers worldwide? Is there a boss or a structure?

We are a fully independent company now:http://biz.yahoo.com/bw/080102/20080102005213.html?.v=1

Lots of people trying to make great open mobile devices.

What is your opinion about Android?

We support FOSS endeavors. In our philosophy, a software platform needs to be free from the iron to the eyeballs. That means FOSS code from the lowest levels that talk to hardware to the highest levels that present images to users. We hope Android moves in this direction. We encourage them to.

Is Openmoko involved with Android?

Yes. We lobby them to join the FOSS movement and release everything as source code, all the way down to the drivers like we do.

Has Openmoko been contacted by Android?

Yes.

Is Openmoko source code involved in Android?

Our source code is freely available GPL.

Maybe Android source code is involved in Openmoko?

If they posted GPL code and our community found that it was good and useful it would get used. That’s what FOSS is all about. This is how FOSS gets stronger for everyone.

How does the launch of Android affect the Openmoko project?

It’s rather humbling. We never expected a company like Google to endorse our concept of freeing the phone. It’s also exciting because we realize that with their support of developers many new open applications will come to the FOSS platform.

Why did Harald Welte leave? He was Openmoko’s “Senior Software Archtitect System Level” and we were very proud that he was from our city, Berlin.

Berlin should be proud. Harald is a great programmer and was key to getting The first phone, Neo 1973, shipped. He did a huge amount of work and is still a part of every Neo that ships.

What does this change?
(http://gnumonks.org/~laforge/weblog/2007/11/16/#20071116-leaving_openmoko)

We have our goals which Harald helped create, and we are meeting those goals and going beyond them. We are prepared because of his diligence.

How do you see mobile communications in ten years? Everything seems to “open” now. Verizon and AT&T open their network, Google bids for an open spectrum at 700 Mhz, Mobile Wimax promises more open mobile communications…

You could say there were two theories. In one theory the user pays for bandwidth (time on line) and the device (phone, set top box etc) is free. In the reverse world, bandwidth is free (like free WiFi) and people buy great devices.In one world you pay premiums for bandwith, in the other you pay premiums for devices.

Opening the network…levels the playing field and gives people more choices. This is what Openmoko is all about.

Published on February 21st, 2008 under , , , ,

Broadcom hooks up with Trolltech for Linux VoIP

Source: www.theregister.co.uk

Days after Trolltech announced it had signed up with LiMo Foundation, after dropping out of the LiPS Forum last year, it has signed a deal with Broadcom to optimise its code for the chip vendor’s VoIP hardware.

Broadcom has several multimedia processors suited to low-power applications. This deal focuses on its VoIP (BCM1103) processor and latest multimedia co-processor (BCM1180), the combination of which enables everything from video conferencing to Gigibit Ethernet, which should indicate the range of devices that the companies will be targeting.

While it’s possible to do VoIP, and even video conferencing, in software, having dedicated hardware reduces the power consumption massively, and can also enable devices without a high-end central processor. It does reduce flexibility to some extent - and can be more expensive - but the embedding of dedicated VoIP hardware should make VoIP more accessible for low-end devices, if properly supported by the software.

By working closely with Broadcom, Trolltech can be sure its platform properly supports the Broadcom chips, and the companies can pitch the combination of hardware and software to handset manufacturers.

Trolltech dropped out of LiPS last year, apparently as a result of that group selecting the GTK graphical layer rather than Trolltech’s Qtopia product - though that is disputed by Trolltech, who claim they were frustrated by the slow speed of progress in LiPS.

LiMo certainly seems to be the faster-developing Linux platform, spurred on by the (still largely theoretical) threat from Google’s Android, so Broadcom would do well to have their chips designed in. Still, claims that such a platform will make mobile-video conferencing a reality should be taken with the usual scepticism. ®

Published on January 10th, 2008 under , , ,

Call me for free with Tringme!

Source: goebel.net

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Much has been said about startups like Ribbit, Tringme or Flashphone which use the Flash browser plugin for click to call widgets. Aswath Rao even declares 2008 the Year of Flash based VoIP Clients. I can only say that you don’t have to wait till next year to call me for free using Flash. I love my Tringme call widget:

These calls are entirely free to you, because the caller speaks into the Flash widget on my website using a headset or the laptop’s built in phone and speaker. On Linux the sound is a little bit weird. The automatic voice, which says "please wait while we connect your call" before every connection, sounds like a 45 rpm record played on 33. The phone call itself sounds like Mickey Mouse, but still the the words are understandable. On Windows everything works just perfect.

Also to me these calls are entirely free. Other than my widgets from Sitfono and Voxalot where I have to pay to call the person who wants to contact me.

I achieve this by using FWD as SIP provider to power the Tringme widget. The Tringme account website says "Connect my phone and voicemail widget to Phone number or extension". Unfortunately it accepts only numbers and no SIP addresses in this input mask, but as a workaround I have simply put my FWD number there. In the "TringPhone SIP Settings" part of the account configuration I left my FWD login data. Which means that every Tringme call is in fact a free FWD on net call. You can probably do the same with Gizmo Project’s SIP account data and phone numbers, as well as with many other VoIP providers.

Also there is another widget for people who don’t want to talk to me, but just leave a voicemail.

Only seconds later I get a call and a voice says "You have a Tringme" before it plays the message. The Tringme widgets are much better than Gizmocall which also allows free calls from a website.

You could call me for free by simply typing http://www.gizmocall.com/mgoebel in your browser’s address bar. This website also uses Flash, but additionally you have to install a plugin for Windows or Mac. For ten months yet Gizmo owes us a Linux plugin. Although the company’s CEO, Michael Robertson, even has his own Linux distribution, Linspire.

But why bother? The Flash browser plugin gets more and more versatile and works on all platforms. It’s a new way to disrupt the telco industry, circumventing the PSTN and offering a new option for free phone calls that so many people appreciate.

So, if you want, please give me a Tringme call!

And, before you ask: No, I couldn’t get Truphone’s Facebook application running, which should basically do the same like Tringme, only that it uses Java. After one week of tinkering I gave up. But congratulations for winning the "Red Herring 100 Global" Award.

Next monday is the real Google Phone day

Source: goebel.net

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I am really looking forward to next Monday when the software development kit (SDK) for Android, the new operating system from Google for mobile handsets, comes out. Hopefully that brings answers.

When they launched the Android last Monday there was very much buzz but few to be seen. Valleywag pretends to have screenshots of the first Googlephone app, but that’s not very much of an information.

On tuesday I interviewed Florian Seiche, Vice President Europe of HTC, the most important smart phone producer in Google’s Open Handset Alliance. But whenever I digged deeper he said that we have to “wait till monday when the SDK comes out”.

At least he could tell me that Android has nothing to do with Openmoko or other Linux versions for smartphones. No Openmoko developers worked for the Android, no code sharing or whatever. Before I had the suspicion that Google’s new mobile OS was in fact powered by the community solution Openmoko.

But that’s not the case. Even Sean Moss-Pultz, initiator of Openmoko and responsible hardware product manager at First International Computer (FIC), doesn’t have much knowledge about the Android, he told me in an email. He doesn’t know the code yet and is waiting for something to compare.

So let’s wait for Monday, November 12, 2007! That`s the real Google Phone day.

Published on November 10th, 2007 under , , , , ,

Google Phone Might Come Our Sooner

Source: snapvoip.blogspot.com


The Wall Street Journal carried an article about Google Powered Phone, (Google Phone, Gphone) today. But the Journal is basically saying what we have been saying for some time now, first article here, and then the update here, both with photos that were mocked up Google phone. Even the first article got DUGG. Of course Google’s support of open Broadband, Open access to 700MHz spectrum may have had something to do with Google Phone.

The article cites unnamed sources as saying Google has been talking to Taiwan’s HTC and South Korea’s LG Electronics about making phones that will run the Google mobile OS.
But I am yet to find a real Gphone photo.
Google might select T-Mobile, supposedly the most consumer-friendly of the major U.S. cellular carriers, as the Google phone’s wireless operator of choice. The Google based phones are expected to wrap together several Google applications like its search engine, Google Maps, YouTube and Gmail, that are already available on some mobile devices. The most radical element of the plan, though, is Google’s push to make the phones’ software "open" right down to the operating system, say Linux!, the layer that controls applications and interacts with the hardware. That means independent software developers would get access to the tools they need to build additional phone features.
WSJ Article

Asterisk packages for Debian

Source: snapvoip.blogspot.com

Daily Asterisk News has a post covering Asterisk packages for Debian Linux distribution(s).

Published on October 10th, 2007 under , ,

Dialogic® HMP Software for Linux increases density and features while new Dialogic® T1/E1 octal-span board doubles system density

Source: snapvoip.blogspot.com

LOS ANGELES–(BUSINESS WIRE)–Dialogic Corporation (“Dialogic”), a global provider of world-class products and technologies for media and signal processing, has extended its market leadership in VoIP host media processing technologies and multimedia development platforms with its latest interface board and software releases. Designed for and tested with conferencing and contact center solution developers, these products enable pure IP and hybrid media solutions.

Now shipping is a new interface board for Dialogic® Host Media Processing (HMP) Software, which features octal density, software-selectable T1/E1 interfaces and 128 ms G.168 echo cancellation offload. In tandem with the board release, Dialogic has introduced a new, high-density Linux version of its HMP software, which provides support for its existing family of single-, dual- and quad-density T1/E1 HMP Interface Boards, complementing its current Windows® offering. Both products broaden the market opportunities for solution developers and OEMs to bring existing and new applications onto Dialogic’s unique hybrid TDM-IP media server and media gateway platform.

The Dialogic® DNI2410TEPEHMP Digital Network Interface Board (DNI2410) is a full- size PCI Express board that supports eight T1/E1 interfaces and was designed using the next-generation Dialogic® DM3 Media Board architecture, which delivers backward compatibility for existing applications developed to the Dialogic® R4 and Dialogic® Global Call application program interfaces. The octal-density T1/E1 board, matched with a rich set of flexibly licensed host-based media resources and a 1U or 2U rack mount server, creates a highly competitive platform for deploying enhanced media gateways, conference and collaboration servers, hybrid IVR and contact center systems.

Envox Worldwide, a leading global provider of voice solutions, has been working with Dialogic HMP Software and Dialogic HMP Interface Boards since they were first introduced in late 2006. “We have had great success deploying HMP Interface Boards in high density, high volume conference service applications with our customers,” said Mark D. Flanagan, president and CEO of Envox Worldwide. "The performance and flexibility of the Dialogic HMP Software and Dialogic HMP Interface Boards have exceeded what we could do on traditional DSP based boards, and added the hybrid IP component as well. We are also looking forward to deploying Envox-based voice solutions on the new octal span DNI2410 board, which promises to boost rack space density by 2X and, at the same time, reduce the system costs for our customers.”

The combination of Dialogic HMP Interface Boards and Dialogic HMP Software delivers one of the most flexible and competitive platforms on the market for developing media servers and media gateways. Media functions such as video, voice and speech processing, conferencing, fax, as well as IP signaling, RTP, secure RTP, and extensive coder support are distinct licensable components of Dialogic HMP Software, enabling flexible solution design. Full-density echo cancellation on the new DNI2410 board enables significant density and performance improvement. “High-performance echo cancellation is a MIPs-intensive process,” explained Brian Peebles, Chief Technology Officer for Dialogic. “The echo cancellation offload function on the DNI2410 opens up the host processor to run rich, high-density media and IP resource loads. In concert with new dual-core and quad-core host processors, it enables us to support increasingly dense hybrid TDM-IP solutions while maintaining consistently high audio quality.”

Pronexus Inc., an established developer of IVR software based on Dialogic technologies, worked with the new DNI2410 board during its final beta and test cycle. “The new DNI2410 board was everything we expected from a professional telephony board. Not only did applications developed with our VBVoice® toolkit work without a problem, they did so at a very high density using modern PCI Express technology,” said Jason Carter, R&D Quality Assurance Engineer at Pronexus. “The octal density board opens new opportunities for our customers to be competitive, and compliments the existing single, dual, and quad-density Dialogic® HMP Interface Boards to allow us a complete range of system density in 1U and 2U rack mount servers when using Dialogic HMP Software.”

Other customers agree. Apex Voice Communications is a leading global supplier of multimedia application servers and another long-time customer of Dialogic® media and signaling products. Executive Vice President Elhum Vahdat reported, “I was impressed at how easy it was to integrate the Dialogic HMP Interface Boards into our existing software. Now we have a hybrid product solution from Dialogic that is field-proven, cost-effective and flexible for any application, and it has positioned our TDM deployments for migration to VoIP technology with just a software upgrade.”

Linux developers can now take advantage of the single-, dual- and quad-span Dialogic HMP Interface Boards supported under the newly released Dialogic® Host Media Processing Software Release 3.1LIN, as well as a 50% increase in density to 600 channels per server. The new octal density DNI2410 board is immediately available and supported by Dialogic® Host Media Processing Software Release 3.0 for Windows, with corresponding Linux support planned for Q4 2007.

For more information on the new octal-span Dialogic HMP Interface Board and the new Linux release of Dialogic HMP Software including product, sales and development support information, please visit dialogic.com.

Published on September 11th, 2007 under , , , ,

Dialogic® HMP Software for Linux increases density and features while new Dialogic® T1/E1 octal-span board doubles system density

Source: snapvoip.blogspot.com

LOS ANGELES–(BUSINESS WIRE)–Dialogic Corporation (“Dialogic”), a global provider of world-class products and technologies for media and signal processing, has extended its market leadership in VoIP host media processing technologies and multimedia development platforms with its latest interface board and software releases. Designed for and tested with conferencing and contact center solution developers, these products enable pure IP and hybrid media solutions.

Now shipping is a new interface board for Dialogic® Host Media Processing (HMP) Software, which features octal density, software-selectable T1/E1 interfaces and 128 ms G.168 echo cancellation offload. In tandem with the board release, Dialogic has introduced a new, high-density Linux version of its HMP software, which provides support for its existing family of single-, dual- and quad-density T1/E1 HMP Interface Boards, complementing its current Windows® offering. Both products broaden the market opportunities for solution developers and OEMs to bring existing and new applications onto Dialogic’s unique hybrid TDM-IP media server and media gateway platform.

The Dialogic® DNI2410TEPEHMP Digital Network Interface Board (DNI2410) is a full- size PCI Express board that supports eight T1/E1 interfaces and was designed using the next-generation Dialogic® DM3 Media Board architecture, which delivers backward compatibility for existing applications developed to the Dialogic® R4 and Dialogic® Global Call application program interfaces. The octal-density T1/E1 board, matched with a rich set of flexibly licensed host-based media resources and a 1U or 2U rack mount server, creates a highly competitive platform for deploying enhanced media gateways, conference and collaboration servers, hybrid IVR and contact center systems.

Envox Worldwide, a leading global provider of voice solutions, has been working with Dialogic HMP Software and Dialogic HMP Interface Boards since they were first introduced in late 2006. “We have had great success deploying HMP Interface Boards in high density, high volume conference service applications with our customers,” said Mark D. Flanagan, president and CEO of Envox Worldwide. "The performance and flexibility of the Dialogic HMP Software and Dialogic HMP Interface Boards have exceeded what we could do on traditional DSP based boards, and added the hybrid IP component as well. We are also looking forward to deploying Envox-based voice solutions on the new octal span DNI2410 board, which promises to boost rack space density by 2X and, at the same time, reduce the system costs for our customers.”

The combination of Dialogic HMP Interface Boards and Dialogic HMP Software delivers one of the most flexible and competitive platforms on the market for developing media servers and media gateways. Media functions such as video, voice and speech processing, conferencing, fax, as well as IP signaling, RTP, secure RTP, and extensive coder support are distinct licensable components of Dialogic HMP Software, enabling flexible solution design. Full-density echo cancellation on the new DNI2410 board enables significant density and performance improvement. “High-performance echo cancellation is a MIPs-intensive process,” explained Brian Peebles, Chief Technology Officer for Dialogic. “The echo cancellation offload function on the DNI2410 opens up the host processor to run rich, high-density media and IP resource loads. In concert with new dual-core and quad-core host processors, it enables us to support increasingly dense hybrid TDM-IP solutions while maintaining consistently high audio quality.”

Pronexus Inc., an established developer of IVR software based on Dialogic technologies, worked with the new DNI2410 board during its final beta and test cycle. “The new DNI2410 board was everything we expected from a professional telephony board. Not only did applications developed with our VBVoice® toolkit work without a problem, they did so at a very high density using modern PCI Express technology,” said Jason Carter, R&D Quality Assurance Engineer at Pronexus. “The octal density board opens new opportunities for our customers to be competitive, and compliments the existing single, dual, and quad-density Dialogic® HMP Interface Boards to allow us a complete range of system density in 1U and 2U rack mount servers when using Dialogic HMP Software.”

Other customers agree. Apex Voice Communications is a leading global supplier of multimedia application servers and another long-time customer of Dialogic® media and signaling products. Executive Vice President Elhum Vahdat reported, “I was impressed at how easy it was to integrate the Dialogic HMP Interface Boards into our existing software. Now we have a hybrid product solution from Dialogic that is field-proven, cost-effective and flexible for any application, and it has positioned our TDM deployments for migration to VoIP technology with just a software upgrade.”

Linux developers can now take advantage of the single-, dual- and quad-span Dialogic HMP Interface Boards supported under the newly released Dialogic® Host Media Processing Software Release 3.1LIN, as well as a 50% increase in density to 600 channels per server. The new octal density DNI2410 board is immediately available and supported by Dialogic® Host Media Processing Software Release 3.0 for Windows, with corresponding Linux support planned for Q4 2007.

For more information on the new octal-span Dialogic HMP Interface Board and the new Linux release of Dialogic HMP Software including product, sales and development support information, please visit dialogic.com.

Published on September 11th, 2007 under , , , , ,

Dialogic® HMP Software for Linux increases density and features while new Dialogic® T1/E1 octal-span board doubles system density

Source: snapvoip.blogspot.com

LOS ANGELES–(BUSINESS WIRE)–Dialogic Corporation (“Dialogic”), a global provider of world-class products and technologies for media and signal processing, has extended its market leadership in VoIP host media processing technologies and multimedia development platforms with its latest interface board and software releases. Designed for and tested with conferencing and contact center solution developers, these products enable pure IP and hybrid media solutions.

Now shipping is a new interface board for Dialogic® Host Media Processing (HMP) Software, which features octal density, software-selectable T1/E1 interfaces and 128 ms G.168 echo cancellation offload. In tandem with the board release, Dialogic has introduced a new, high-density Linux version of its HMP software, which provides support for its existing family of single-, dual- and quad-density T1/E1 HMP Interface Boards, complementing its current Windows® offering. Both products broaden the market opportunities for solution developers and OEMs to bring existing and new applications onto Dialogic’s unique hybrid TDM-IP media server and media gateway platform.

The Dialogic® DNI2410TEPEHMP Digital Network Interface Board (DNI2410) is a full- size PCI Express board that supports eight T1/E1 interfaces and was designed using the next-generation Dialogic® DM3 Media Board architecture, which delivers backward compatibility for existing applications developed to the Dialogic® R4 and Dialogic® Global Call application program interfaces. The octal-density T1/E1 board, matched with a rich set of flexibly licensed host-based media resources and a 1U or 2U rack mount server, creates a highly competitive platform for deploying enhanced media gateways, conference and collaboration servers, hybrid IVR and contact center systems.

Envox Worldwide, a leading global provider of voice solutions, has been working with Dialogic HMP Software and Dialogic HMP Interface Boards since they were first introduced in late 2006. “We have had great success deploying HMP Interface Boards in high density, high volume conference service applications with our customers,” said Mark D. Flanagan, president and CEO of Envox Worldwide. "The performance and flexibility of the Dialogic HMP Software and Dialogic HMP Interface Boards have exceeded what we could do on traditional DSP based boards, and added the hybrid IP component as well. We are also looking forward to deploying Envox-based voice solutions on the new octal span DNI2410 board, which promises to boost rack space density by 2X and, at the same time, reduce the system costs for our customers.”

The combination of Dialogic HMP Interface Boards and Dialogic HMP Software delivers one of the most flexible and competitive platforms on the market for developing media servers and media gateways. Media functions such as video, voice and speech processing, conferencing, fax, as well as IP signaling, RTP, secure RTP, and extensive coder support are distinct licensable components of Dialogic HMP Software, enabling flexible solution design. Full-density echo cancellation on the new DNI2410 board enables significant density and performance improvement. “High-performance echo cancellation is a MIPs-intensive process,” explained Brian Peebles, Chief Technology Officer for Dialogic. “The echo cancellation offload function on the DNI2410 opens up the host processor to run rich, high-density media and IP resource loads. In concert with new dual-core and quad-core host processors, it enables us to support increasingly dense hybrid TDM-IP solutions while maintaining consistently high audio quality.”

Pronexus Inc., an established developer of IVR software based on Dialogic technologies, worked with the new DNI2410 board during its final beta and test cycle. “The new DNI2410 board was everything we expected from a professional telephony board. Not only did applications developed with our VBVoice® toolkit work without a problem, they did so at a very high density using modern PCI Express technology,” said Jason Carter, R&D Quality Assurance Engineer at Pronexus. “The octal density board opens new opportunities for our customers to be competitive, and compliments the existing single, dual, and quad-density Dialogic® HMP Interface Boards to allow us a complete range of system density in 1U and 2U rack mount servers when using Dialogic HMP Software.”

Other customers agree. Apex Voice Communications is a leading global supplier of multimedia application servers and another long-time customer of Dialogic® media and signaling products. Executive Vice President Elhum Vahdat reported, “I was impressed at how easy it was to integrate the Dialogic HMP Interface Boards into our existing software. Now we have a hybrid product solution from Dialogic that is field-proven, cost-effective and flexible for any application, and it has positioned our TDM deployments for migration to VoIP technology with just a software upgrade.”

Linux developers can now take advantage of the single-, dual- and quad-span Dialogic HMP Interface Boards supported under the newly released Dialogic® Host Media Processing Software Release 3.1LIN, as well as a 50% increase in density to 600 channels per server. The new octal density DNI2410 board is immediately available and supported by Dialogic® Host Media Processing Software Release 3.0 for Windows, with corresponding Linux support planned for Q4 2007.

For more information on the new octal-span Dialogic HMP Interface Board and the new Linux release of Dialogic HMP Software including product, sales and development support information, please visit dialogic.com.

Published on September 11th, 2007 under , , ,

Dialogic® HMP Software for Linux increases density and features while new Dialogic® T1/E1 octal-span board doubles system density

Source: snapvoip.blogspot.com

LOS ANGELES–(BUSINESS WIRE)–Dialogic Corporation (“Dialogic”), a global provider of world-class products and technologies for media and signal processing, has extended its market leadership in VoIP host media processing technologies and multimedia development platforms with its latest interface board and software releases. Designed for and tested with conferencing and contact center solution developers, these products enable pure IP and hybrid media solutions.

Now shipping is a new interface board for Dialogic® Host Media Processing (HMP) Software, which features octal density, software-selectable T1/E1 interfaces and 128 ms G.168 echo cancellation offload. In tandem with the board release, Dialogic has introduced a new, high-density Linux version of its HMP software, which provides support for its existing family of single-, dual- and quad-density T1/E1 HMP Interface Boards, complementing its current Windows® offering. Both products broaden the market opportunities for solution developers and OEMs to bring existing and new applications onto Dialogic’s unique hybrid TDM-IP media server and media gateway platform.

The Dialogic® DNI2410TEPEHMP Digital Network Interface Board (DNI2410) is a full- size PCI Express board that supports eight T1/E1 interfaces and was designed using the next-generation Dialogic® DM3 Media Board architecture, which delivers backward compatibility for existing applications developed to the Dialogic® R4 and Dialogic® Global Call application program interfaces. The octal-density T1/E1 board, matched with a rich set of flexibly licensed host-based media resources and a 1U or 2U rack mount server, creates a highly competitive platform for deploying enhanced media gateways, conference and collaboration servers, hybrid IVR and contact center systems.

Envox Worldwide, a leading global provider of voice solutions, has been working with Dialogic HMP Software and Dialogic HMP Interface Boards since they were first introduced in late 2006. “We have had great success deploying HMP Interface Boards in high density, high volume conference service applications with our customers,” said Mark D. Flanagan, president and CEO of Envox Worldwide. "The performance and flexibility of the Dialogic HMP Software and Dialogic HMP Interface Boards have exceeded what we could do on traditional DSP based boards, and added the hybrid IP component as well. We are also looking forward to deploying Envox-based voice solutions on the new octal span DNI2410 board, which promises to boost rack space density by 2X and, at the same time, reduce the system costs for our customers.”

The combination of Dialogic HMP Interface Boards and Dialogic HMP Software delivers one of the most flexible and competitive platforms on the market for developing media servers and media gateways. Media functions such as video, voice and speech processing, conferencing, fax, as well as IP signaling, RTP, secure RTP, and extensive coder support are distinct licensable components of Dialogic HMP Software, enabling flexible solution design. Full-density echo cancellation on the new DNI2410 board enables significant density and performance improvement. “High-performance echo cancellation is a MIPs-intensive process,” explained Brian Peebles, Chief Technology Officer for Dialogic. “The echo cancellation offload function on the DNI2410 opens up the host processor to run rich, high-density media and IP resource loads. In concert with new dual-core and quad-core host processors, it enables us to support increasingly dense hybrid TDM-IP solutions while maintaining consistently high audio quality.”

Pronexus Inc., an established developer of IVR software based on Dialogic technologies, worked with the new DNI2410 board during its final beta and test cycle. “The new DNI2410 board was everything we expected from a professional telephony board. Not only did applications developed with our VBVoice® toolkit work without a problem, they did so at a very high density using modern PCI Express technology,” said Jason Carter, R&D Quality Assurance Engineer at Pronexus. “The octal density board opens new opportunities for our customers to be competitive, and compliments the existing single, dual, and quad-density Dialogic® HMP Interface Boards to allow us a complete range of system density in 1U and 2U rack mount servers when using Dialogic HMP Software.”

Other customers agree. Apex Voice Communications is a leading global supplier of multimedia application servers and another long-time customer of Dialogic® media and signaling products. Executive Vice President Elhum Vahdat reported, “I was impressed at how easy it was to integrate the Dialogic HMP Interface Boards into our existing software. Now we have a hybrid product solution from Dialogic that is field-proven, cost-effective and flexible for any application, and it has positioned our TDM deployments for migration to VoIP technology with just a software upgrade.”

Linux developers can now take advantage of the single-, dual- and quad-span Dialogic HMP Interface Boards supported under the newly released Dialogic® Host Media Processing Software Release 3.1LIN, as well as a 50% increase in density to 600 channels per server. The new octal density DNI2410 board is immediately available and supported by Dialogic® Host Media Processing Software Release 3.0 for Windows, with corresponding Linux support planned for Q4 2007.

For more information on the new octal-span Dialogic HMP Interface Board and the new Linux release of Dialogic HMP Software including product, sales and development support information, please visit dialogic.com.

Published on September 11th, 2007 under , , , ,

Dialogic® HMP Software for Linux increases density and features while new Dialogic® T1/E1 octal-span board doubles system density

Source: snapvoip.blogspot.com

LOS ANGELES–(BUSINESS WIRE)–Dialogic Corporation (“Dialogic”), a global provider of world-class products and technologies for media and signal processing, has extended its market leadership in VoIP host media processing technologies and multimedia development platforms with its latest interface board and software releases. Designed for and tested with conferencing and contact center solution developers, these products enable pure IP and hybrid media solutions.

Now shipping is a new interface board for Dialogic® Host Media Processing (HMP) Software, which features octal density, software-selectable T1/E1 interfaces and 128 ms G.168 echo cancellation offload. In tandem with the board release, Dialogic has introduced a new, high-density Linux version of its HMP software, which provides support for its existing family of single-, dual- and quad-density T1/E1 HMP Interface Boards, complementing its current Windows® offering. Both products broaden the market opportunities for solution developers and OEMs to bring existing and new applications onto Dialogic’s unique hybrid TDM-IP media server and media gateway platform.

The Dialogic® DNI2410TEPEHMP Digital Network Interface Board (DNI2410) is a full- size PCI Express board that supports eight T1/E1 interfaces and was designed using the next-generation Dialogic® DM3 Media Board architecture, which delivers backward compatibility for existing applications developed to the Dialogic® R4 and Dialogic® Global Call application program interfaces. The octal-density T1/E1 board, matched with a rich set of flexibly licensed host-based media resources and a 1U or 2U rack mount server, creates a highly competitive platform for deploying enhanced media gateways, conference and collaboration servers, hybrid IVR and contact center systems.

Envox Worldwide, a leading global provider of voice solutions, has been working with Dialogic HMP Software and Dialogic HMP Interface Boards since they were first introduced in late 2006. “We have had great success deploying HMP Interface Boards in high density, high volume conference service applications with our customers,” said Mark D. Flanagan, president and CEO of Envox Worldwide. "The performance and flexibility of the Dialogic HMP Software and Dialogic HMP Interface Boards have exceeded what we could do on traditional DSP based boards, and added the hybrid IP component as well. We are also looking forward to deploying Envox-based voice solutions on the new octal span DNI2410 board, which promises to boost rack space density by 2X and, at the same time, reduce the system costs for our customers.”

The combination of Dialogic HMP Interface Boards and Dialogic HMP Software delivers one of the most flexible and competitive platforms on the market for developing media servers and media gateways. Media functions such as video, voice and speech processing, conferencing, fax, as well as IP signaling, RTP, secure RTP, and extensive coder support are distinct licensable components of Dialogic HMP Software, enabling flexible solution design. Full-density echo cancellation on the new DNI2410 board enables significant density and performance improvement. “High-performance echo cancellation is a MIPs-intensive process,” explained Brian Peebles, Chief Technology Officer for Dialogic. “The echo cancellation offload function on the DNI2410 opens up the host processor to run rich, high-density media and IP resource loads. In concert with new dual-core and quad-core host processors, it enables us to support increasingly dense hybrid TDM-IP solutions while maintaining consistently high audio quality.”

Pronexus Inc., an established developer of IVR software based on Dialogic technologies, worked with the new DNI2410 board during its final beta and test cycle. “The new DNI2410 board was everything we expected from a professional telephony board. Not only did applications developed with our VBVoice® toolkit work without a problem, they did so at a very high density using modern PCI Express technology,” said Jason Carter, R&D Quality Assurance Engineer at Pronexus. “The octal density board opens new opportunities for our customers to be competitive, and compliments the existing single, dual, and quad-density Dialogic® HMP Interface Boards to allow us a complete range of system density in 1U and 2U rack mount servers when using Dialogic HMP Software.”

Other customers agree. Apex Voice Communications is a leading global supplier of multimedia application servers and another long-time customer of Dialogic® media and signaling products. Executive Vice President Elhum Vahdat reported, “I was impressed at how easy it was to integrate the Dialogic HMP Interface Boards into our existing software. Now we have a hybrid product solution from Dialogic that is field-proven, cost-effective and flexible for any application, and it has positioned our TDM deployments for migration to VoIP technology with just a software upgrade.”

Linux developers can now take advantage of the single-, dual- and quad-span Dialogic HMP Interface Boards supported under the newly released Dialogic® Host Media Processing Software Release 3.1LIN, as well as a 50% increase in density to 600 channels per server. The new octal density DNI2410 board is immediately available and supported by Dialogic® Host Media Processing Software Release 3.0 for Windows, with corresponding Linux support planned for Q4 2007.

For more information on the new octal-span Dialogic HMP Interface Board and the new Linux release of Dialogic HMP Software including product, sales and development support information, please visit dialogic.com.

Published on September 11th, 2007 under , , , , ,

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