Its available by default on all shared and reseller hosting servers. Please check this link for scripts supported by Softaculous

http://www.softaculous.com/softwares

Clients on dedicated solutions can contact us at sales@imageleet.com to get Softaculous installed.

In our internal testing is came out performing very well on virtual private servers consuming about half of memory/CPU resources than apache, so clients who are having problems with CPU and Memory usage in VPS then litespeed could be the answer.

We provide litespeed for VPS as addon for $14 Monthly fee allowing 500 Concurrent connections and unlimited virtual hosts. We will install it on your VPS with full cpanel integration.

VPS Packages

Executable path of yamdi on our servers is

/usr/bin/yamdi

Yamdi accepts six parameters

-i  Source Flv file.

-o Resulting Flv file.

-x Yml File with resulting metadata information.

-c A string that will be written into the creator tag.

-l Adds the onLastSecond event.

-h Displays a description of the available parameters

Other open source tools available for manipulating metadata are

flvtool++ : Its based on Flvtool2 which was coded for facebook video project.

Flvmeta: Product out of googlecode it is able to inject all known metadata tags into the onMetaData event, as well as insert an onLastSecond event.  It has very low memory footprint and can handle large files.

Not to mention every VPS is setup with ffmpeg, Red5 flash media server, mencoder, mplayer, flvtool2, x264 and other goodies for your video hosting needs.

Virtual Private Servers

phpmotion has been one of the most popular free media CMS script available. It has just got better with the Stable V2 release. phpmotion is fully customizable with very efficient template system, but what make this a truly great Video CMS is clean coding and simplistic approach. First script i have seen which implemented the video conversion by taking multiple routes which has got even better with V2. Many paid scripts till now use static conversion system which include clip-share, however this was thankfully being worked upon in version 4.

you can check the phpmotion demo at

http://phpmotion.imageleet.com/

Subversion is meant to be a better CVS, so it has most of CVS’s features. Generally, Subversion’s interface to a particular feature is similar to CVS’s, except where there’s a compelling reason to do otherwise

Details

With six majors movie studios on its side, Blu-Ray won in the past weeks the wide support of various retailers such as Wal-Mart, BestBuy or movie distribution companies such as NetFlix.

According to the reports from the Japanese media and the major news agencies, Toshiba is expected any day now to announce its official withdrawal from the long-standing battle.

However, no official announcement has been made so far, but Toshiba issued a statement as the rumors are running rampant.

“The media reported that Toshiba will discontinue its HD-DVD business. Toshiba has not made any announcement concerning this. Although Toshiba is currently assessing its business strategies, no decision has been made at this moment,” said the Japanese company according to Next-Gen.

With or without an official announcement, Blu-Ray is already praised as the winning format.

The reasons behind Blu-Ray’s success are various and, besides a constant support form the movie studios, there are also some factors that have played in favor of Sony’s format.

While both formats, HD-DVD and Blu-Ray, offer a similar quality of the image (though with a slightly advantage for Blu-Ray which can deliver 48 Mbps, compared to 8 Mbps for DVD, 10 Mbps for HDTV broadcast and 36.55Mbps for HD-DVD), Blu-Ray provides full 1080p and has a storage capacity of 50 GB instead of the 30 GB promised by HD DVD.

The Blu-Ray format provides as many as 7.1 channels of native, uncompressed surround sound and it has won the support of the major movie studios by unveiling a better security in order to protect the movies, with technologies like AACS, ICT, BD+ and BD-ROM Mark.

Blu-Ray discs have the same physical size as the DVD, with a diameter of 120 mm, but the main difference resides in the disc structure.

By using a disc structure with a 0.1mm optical transmittance protection layer, the Blu-Ray disc diminishes aberration caused by disc tilt. This also allows for disc better readout and an increased recording density. The Blu-Ray disc’s tracking pitch is reduced to 0.32um, almost half of that of a regular DVD.

However, besides the technical details, another key factor in the success of the Blu-Ray standard was the PS3’s integrated unit.

While for the PS3 itself the Blu-Ray units was rather a disadvantage because of the repeated delays and the expensive initial price tag, thanks to its gaming console, Sony soon surpassed HD-DVD in terms of movies sold both in the US and in Europe.

What can we expect from now on? While for Toshiba and the early adopters of HD DVD, the Blu-Ray victory is definitely bad news, for the majority of consumers it could be a relief and it will speed up the migration to the high-definition entertainment.

As the battle was dragging on for years, no one rushed to fully adopt one format or another, but with a single format on the market, the dilemma has disappeared.

Also, it is very clear that by being the major winner, Sony will try to speed up the adoption of the Blu Ray format amongst consumers and we can expect price cuts for both players and discs.

But winning the battle with HD DVD does not mark the end of Blu Ray’s pains and aches. Sony must find an adequate strategy to cope with the growing competition from online movie services like iTunes, Movies Store or Amazon Unbox, whose success could transform the newly triumphant format in a secondary storage medium, with no impact on the enormous business that is the movie industry.

Ulf Leonhardt at the University of St Andrews, UK, and his colleagues accomplished the feat by firing lasers down an optical fibre, exploiting the fact that different wavelengths of light move at different speeds within an optical fibre. They first shot a relatively slowmoving laser pulse through the fibre, and then sent a faster “probe wave” chasing after it. The first pulse distorts the optical properties of the fibre simply by travelling through it. This distortion forces the speedy probe wave to slow down dramatically when it catches up with the slower pulse and tries to move through it. In fact, the probe wave becomes trapped and can never overtake the pulse’s leading edge, which effectively becomes a black hole event horizon, beyond which light cannot escape.

This “laser black hole” could allow physicists to examine what happens to light on both sides of a event horizon – “a feat that is utterly impossible in astrophysics”, the authors note in their paper. Cosmologists have already worked out exactly how light should change frequency as it approaches an event horizon – from the outside or the inside of a black hole – and sure enough, the team observed exactly these shifts in their experiment. It should also be possible to use the artificial event horizon to help test whether anything can escape from a black hole. In the 1970s, Stephen Hawking predicted that hot black holes could radiate particles, dubbed Hawking radiation, but it’s tough to check this using telescopes, because they’d be swamped by noise. The team calculates that their laser black hole shares this property, and that it will “radiate” photons if it heats up to about 1000 °C. Ray Rivers at Imperial College London is impressed by the work’s potential to test astrophysical phenomena: “They’ve done some clever stuff to give us a chance of seeing Hawking radiation for the first time.” Leonhardt presented the results at the Cosmology Meets Condensed Matter meeting in London last month.

Author: Zeeya Merali